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Pressemitteilung Alles aus einer Hand: AMKmotion zeigt Antriebslösungen bis 500 Ampere Alles andere als von der Stange – auf der FABTECH in Las Vegas (21. bis 23. Oktober 2026) präsentiert AMKmotion am Stand S46059, im Automation Pavillion (South Hall, Level 2), wie sich auch sehr individuelle Kundenanforderungen in maßgeschneiderte Systemlösungen umsetzen lassen. Anwender erhalten alles aus einer Hand und können so ihre Gesamtkosten senken. „Natürlich bieten wir auch Standard – doch in vielen Projekten bewegen wir uns dort, wo es sehr anspruchsvoll wird. Wir arbeiten eng mit unseren Kunden zusammen, um für jede Achse die optimale Architektur zu definieren“, sagt Peter Giesche, Vice President International Sales bei AMKmotion. Wie flexibel der Hersteller elektrischer Antriebssysteme reagieren kann, beweist er in Las Vegas. Im Automation Pavillion (South Hall, Level 2) demonstriert AMKmotion am Stand S46059 Servomotoren mit hoher Leistungsdichte und Effizienz. Diese lassen sich beispielsweise über Wicklung und Baugröße exakt anpassen. AMKmotion deckt das komplette Spektrum an Antriebslösungen innerhalb des Strombereichs von 1 bis 500 Ampere ab. Anwender erhalten stets die perfekte Lösung – nie überdimensioniert – was sich positiv auf die Kosten auswirkt. AMKmotion bietet sowohl zentrale als auch dezentrale Antriebslösungen an – und kombiniert beide Ansätze zu hybriden Systemen. Das steigert Energieeffizienz und Flexibilität, vereinfacht die Verkabelung und schafft Platz im Schaltschrank. Fokus auf Produkten Ein Beispiel für die anwendungsspezifische Flexibilität sind die SKT Hohlwellenmotoren für hohe Axiallasten. Je nach Anwendungsfall sind sie mit Sackloch für kurze Hübe oder mit durchgehender Hohlwelle für unbegrenzte Hübe erhältlich. Durch die gezielte Kombination von Spindel und Motor können Kraft und Geschwindigkeit optimal aufeinander abstimmen werden. Pressemitteilung Zu den Messe-Highlights zählen neue und weiterentwickelte Lösungen – darunter der ihD, ein dezentraler Servowechselrichter mit Einkabelverdrahtung für die Daisy-Chain-Technik. Leistung, STO (Safe Torque Off), 24 Volt und Kommunikation laufen über eine einzige Leitung. Im Vergleich zu zentralen Konzepten sinken die Kosten für die Verkabelung um bis zu 70 Prozent. Durch die Integration der Regelelektronik direkt auf dem Motor verringert sich der Aufwand beim ihD-DT5 weiter. Für dieses innovative Konzept wurde der Servowechselrichter in den Jahren 2025 und 2026 von renommierten Fachmagazinen mit gleich zwei Produkt-Awards ausgezeichnet. Dazu kommt das KE/KW-System: Die Kompakteinspeisung KE erzeugt die Zwischenkreisspannung und versorgt den Kompaktwechselrichter KW mit Leistung. Der Hybridverteiler KHY führt Signale und Versorgungsspannungen aus der zentralen Ebene zusammen und fungiert als Schnittstelle zur dezentralen Welt. Komponenten in der Praxis Am Messestand können die Besucher die Lösungen für dezentrale Antriebstechnik erleben. AMKmotion demonstriert, wie die hybriden Komponenten ineinandergreifen, um kompakte und flexible Automatisierungslösungen zu realisieren – oft sogar ohne Schaltschrank. Auf der FABTECH erklärt AMKmotion wie dezentrale Antriebstechnik die Automatisierung beschleunigen und vereinfachen kann. In Anwendungen wie Greifen, Biegen, Schneiden oder Schweißen sind höchste Dynamik und kompakte Bauweise entscheidend. Um dies zu ermöglichen, sitzt der Wechselrichter direkt auf oder in unmittelbarer Nähe zum Motor. In Kombination mit dezentraler Einspeisung, integriertem Motion Controller und Synchron-Servomotor entsteht eine kompakte mechatronische Einheit, die Verkabelung reduziert und Platz im Schaltschrank spart – ein entscheidender Vorteil für Effizienz und Flexibilität. AMKmotion auf der FABTECH: Stand S46059, im Automation Pavillion (South Hall, Level 2) Pressemitteilung Service für Redaktionen: Meta-Title: AMKmotion zeigt Antriebslösungen bis 500 Ampere auf der FABTECH 2026 Meta-Description: AMKmotion präsentiert auf der FABTECH 2026 neue Antriebslösungen – von Servomotoren bis 500 A bis zu schaltschranklosen Konzepten für Factory Automation. Social Media: Alles aus einer Hand: Auf der FABTECH 2026 zeigt AMKmotion Antriebslösungen, die höchste Flexibilität, Effizienz und Dynamik bieten – von Servomotoren bis 500 Ampere über kompakte Multiachssysteme bis hin zu schaltschranklosen Konzepten für die Factory Automation. Neu im Fokus: der prämierte dezentrale Servowechselrichter ihD. Bildunterschriften Bild 1: Mit seinem innovativen hybriden Verkabelungskonzept und einem um 300 Grad drehbaren Stecker für den Motor- und Geberanschluss reduziert der neue Servowechselrichter ihD von AMKmotion den Installationsaufwand erheblich. Bild 2: Der ihD-DT5 kombiniert Servowechselrichter und Motor zu einer kompakten Einheit, wodurch sich der Verkabelungsaufwand weiter minimiert. Pressemitteilung Bild 3: Das Servo-Antriebssystem KE/KW – AMKmotion hat diese Produktreihe nach oben abgerundet. Bild 4: Bei den SKT Hohlwellenmotoren für hohe Axiallasten können durch die gezielte Kombination von Spindel und Motor, Kraft und Geschwindigkeit optimal aufeinander abstimmen werden. Bildnachweis: AMKmotion GmbH + Co KG Über AMKmotion AMKmotion ist Entwickler und Hersteller von elektrischen Antriebssystemen und versteht sich als langfristiger Partner für den industriellen Maschinen- und Anlagenbau. Der Anspruch des Unternehmens ist, seinen Kunden durch die Integration von individuellen und nachhaltigen Lösungen zur Technologieführerschaft zu verhelfen. Grundlage hierfür sind die bei AMKmotion gelebte Hands-on-Mentalität und das in mehr als 60 Jahren Unternehmensgeschichte erarbeitete Know-how. Besonderen Stellenwert genießen die persönliche Beratung und die vertrauensvolle Zusammenarbeit mit den Kunden. Pressemitteilung Das Unternehmen wurde 1963 als AMK Arnold Müller GmbH & Co. KG gegründet, ist seit 2021 Teil der Arburg-Familie und firmiert seitdem als AMKmotion GmbH + Co KG. Das Portfolio umfasst elektrische Antriebstechnik, Steuerungstechnik und industrielle Automatisierungstechnik. AMKmotion beschäftigt insgesamt 500 Mitarbeiter. Neben seinem Stammsitz in Kirchheim unter Teck verfügt AMKmotion über Produktionsstandorte in Weida (Thüringen) sowie im bulgarischen Gabrovo. Dazu kommen zwölf Vertretungen auf der ganzen Welt. Kontakt AMKmotion GmbH + Co KG Anja Schaber Marketing Manager Gaußstraße 37-39 73230 Kirchheim unter Teck Germany www.amk-motion.com anja.schaber@amk-motion.com Phone +49 7021 5005 373 Mobile +49 152 5305 5372 http://www.amk-motion.com/ mailto:anja.schaber@amk-motion.com

Press release Everything from a single source: AMKmotion showcases drive solutions up to 500 amps Anything but off the shelf – at FABTECH (October 21-23 Oktober 2026, Las Vegas) AMKmotion will demonstrate in booth S46059, Automation Pavillion (South Hall, Level 2), how even very individual customer requirements can be implemented in customized system solutions. Users get everything from a single source, enabling them to reduce their overall costs. “We offer standard solutions too, of course – but in a lot of the projects we’re involved with, things get very demanding. We work closely with our customers to define the optimal architecture for every axis,” says Peter Giesche, Vice President International Sales at AMKmotion. Just how flexibly the manufacturer of electric drive systems is able to respond will be shown in Las Vegas. At Booth S46059, Automation Pavillion (South Hall, Level 2), AMKmotion will demonstrate servo motors with high levels of power density and efficiency. They can be precisely adapted based on their winding and frame size, for example. With a current range from 1 to 500 amps, AMKmotion covers the entire spectrum of drive solutions. Users always get the perfect solution – never oversized – and this has a positive impact on costs. AMKmotion offers both central and decentralized drive solutions – and also combines both approaches to create hybrid systems. This increases energy efficiency and flexibility, simplifies cabling and creates space in the switch cabinet. Focus on products A prime example of application-specific flexibility is the SKT hollow shaft motors designed for high axial loads. Depending on the application, they are available with a blind hole for short strokes or with a through hollow shaft for unlimited stroke lengths. By optimally matching the screw and motor, force and speed can be perfectly aligned to the application requirements. Press release Trade fair highlights include new and refined solutions – among them the ihD, a decentralized servo inverter with single-cable wiring for daisy-chain connection: power, STO (Safe Torque Off), 24 volts and communication all run through a single cable, reducing wiring costs by up to 70 percent compared to centralized concepts. With the control electronics built into the motor, the ihD- DT5 is easier than ever to set up. In recognition of this concept, the servo inverter received two product awards from renowned industry magazines in 2025 and 2026. In addition to this there is the KE/KW system: the compact power supply (KE) generates the DC bus voltage and powers the compact inverter (KW). The hybrid distributor (KHY) bundles signals and supply voltages from the central level and acts as an interface to the decentralized domain. Components in practice Visitors will be able to experience the solutions live at the booth. AMKmotion shows how the hybrid components mesh to create compact and flexible automation solutions – often without the need for a switch cabinet. At FABTECH, AMKmotion demonstrates how decentralized drive technology accelerates and simplifies automation. Applications such as gripping, bending, cutting and welding demand maximum dynamics within minimal installation space. In order to make this happen, the inverter is mounted directly on or close to the motor. In combination with a decentralized power supply, an integrated motion controller, and a synchronous servo motor, this creates a compact mechatronic unit that reduces wiring and saves space in the switch cabinet – a key advantage when it comes to efficiency and flexibility. AMKmotion at FABTECH: booth S46059, Automation Pavillion (South Hall, Level 2) Press release Service for editorial departments: Meta-Title: AMKmotion will be showcasing drive solutions up to 500 amps at FABTECH 2026 Meta Description: At FABTECH 2026, AMKmotion will be presenting new drive solutions – from servo motors up to 500 A to cabinet-free concepts for factory automation. Social media: Everything from a single source: at FABTECH 2026, AMKmotion will be showcasing drive solutions that deliver maximum flexibility, efficiency, and dynamic response – from servo motors up to 500 amps to compact multi- axis systems and cabinet-free concepts for factory automation. In the spotlight: the award-winning decentralized servo inverter ihD. Captions Image 1: With its innovative hybrid cabling concept and 300-degree rotatable plug for motor and encoder connections, AMKmotion’s new ihD servo inverter significantly simplifies installation. Image 2: The ihD-DT5 combines the inverter and motor in a compact unit, further reducing wiring complexity. Press release Image 3: The KE/KW servo drive system – AMKmotion has now rounded out this product family at the top end. Image 4: The SKT hollow shaft motors are designed for high axial loads. By optimally matching the screw and motor, force and speed can be perfectly aligned to the application requirements. Image credits: AMKmotion GmbH + Co KG About AMKmotion AMKmotion specialises in the development and manufacture of electric drive systems and sees itself as a long-term partner in the field of industrial mechanical engineering and plant engineering. The company’s aim is to help its customers achieve technological leadership by integrating individual and sustainable solutions. The basis for this is AMKmotion’s hands-on mentality, combined with expertise acquired in more than 60 years of company history. We attach particular importance to personal advice and trusting cooperation with customers. The company was founded in 1963 as AMK Arnold Müller GmbH & Co. KG. It has belonged to the Arburg family since 2021 and has operated under the name AMKmotion GmbH + Co KG since then. The portfolio includes electric drive technology, control technology and industrial automation technology. Press release AMKmotion has a total workforce of 500 people. In addition to its headquarters in Kirchheim unter Teck, AMKmotion has production sites in Weida (Thuringia) and in Gabrovo, Bulgaria, as well as twelve branch offices around the world. Contact AMKmotion GmbH + Co KG Anja Schaber Marketing Manager Gaußstraße 37-39 73230 Kirchheim unter Teck Germany www.amk-motion.com anja.schaber@amk-motion.com Phone +49 7021 5005 373 Mobile +49 152 5305 5372 http://www.amk-motion.com/ mailto:anja.schaber@amk-motion.com

Servo motors SKT Hollow shaft synchronous servo motors – for high axial loads 2 SKT Hollow shaft synchronous servo motors Flexible bearing configurations Extremely short cycle times High forces Powerful and precise The SKT hollow shaft motor is the ideal solution for linear applications requiring high force and maximum positioning accuracy. An optional heavy duty bearing enables the motor to reliably accommodate exceptionally high axial forces. The preloaded bearing arrangement also allows direct integration of a screw-nut system, providing a compact, rigid, and backlash-free drive solution with maximum precision and minimal installation effort. The SKT offers a cost-effective alternative to hydraulic and linear motors, particularly in applications requiring high forces combined with variable velocities. Precise positioning 3 Flexible bearing configurations Powerful and flexible The integrated axial bearing system reliably handles high process loads, resulting in a robust, long-life design. Adapter flanges allow a variety of screw-nut systems to be connected with maximum flexibility. Mechanical and electrical customization enables the motor to be optimally matched to the specific application, ensuring efficient and precise motion control. Engineered for your application The flexible design supports a wide range of applications. The blind-bore version is ideal for short-stroke applications. The hollow through-shaft enables unlimited stroke lengths and allows media such as compressed air to be routed through the motor. By carefully matching the screw and motor, force and velocity can be optimized to deliver the ideal solution for virtually any application. Applications Industry: Machine tools Industry: Press automation Industry: Plastics industry Typical applications • Punching • Bending Your benefits • Flexibility • Compact unit • Reduced design effort Your benefits • Faster cycle times • High repeatability • Energy efficiency Your benefits • Rigid, precise bearing support • Faster cycle times • Lower operating costs Typical applications • Presses • Assembly and joining presses Typical applications • Enjector-Axis/-System • Deep drawing 4 Flange size 142, 190, 260 mm Ø Hollow shaft 35, 65, 105 mm Power range 0,9 - 78 kW Maximum speed 500 - 3500 [min-1] Maximum torque 65 - 1.280 [Nm] Cooling type Convection and liquid-cooled International protection code IP54 Brake Available with and without brake Encoder EnDat 2.1/2.2 light, Hiperface, Hiperface DSL Single-cable solution Optional available Certification C-CSA-US Technical data Example of an electric press: Press force: Fp = 25kN Stroke: Sv = 0.5m Press stroke: Sp = 0.1m Screw pitch: h = 20mm Press cycle: t = 2s Number of revolutions over the pressing stroke: A = Sp/h A = 0.1m/0.02m A = 5 revolutions Service life: L10h = t * Z L10h = 2s * 76 million L10h = 152 million s L10h = 42222h Bearing life of A-bearing (L10) with different axial force Fa in [kN]. 5 10 15 20 25 0 200 400 600 800 1000 0 Se rv ic e lif e [m ill io n re vo lu ti on s] Axial force [kN] Operating principle and application guidelines Motor bearing sizing for SKT motors A bearing service life curve is available for each motor type to aid selecting the correct size of motor. The example shows how the bearing life can be calculated for a particular application. From the diagram: L10 = 380 million revolutions at 25kN Number of cycles: Z =L10/A Z = 380 million/5 Z = 76 million cycles 30 35 40 45 50 Fmax_stat [kN] 5 SKT hollow shaft motors are designed for very high axial loads. For versions equipped with standard bearings, axial force may be applied to the motor hollow shaft in either the pulling (Z) or pushing (D) direction. Heavy duty bearing versions are available with: • bearings designed for both directions of force, and • bearings designed for one specified direction of force only. Maximum axial force may be applied only in the specified direction of force (D or Z). The permissible direction of force is identified in the type code. Direction of force on hollow motor shaft D = Compressive, Z = Tensile, B = Ball bearings on both sides, R = Roller bearings on both sides The direction of force always refers to the motor hollow shaft (threaded spindle). Please note that the forces acting on the motor mounting flange are in the opposite direction. Compressive On both sides Tensile Anti-twist protection During linear motion, torque acts at the end of the screw opposite to the motor‘s direction of rotation. This torque must be absorbed by a suitable linear guide. Mounting structure Radial forces or overturning moments reduce the life cycle of the screw-nut system. When designing the mounting structure, ensure that the motor and screw-nut system are precisely aligned and that no radial forces are introduced. Screw-nut system SKT motors are designed for use with screw-nut systems such as roller screws and ball screws. As a general rule: roller screws can transmit higher forces with smaller diameters, while ball screws provide better dynamic performance and are generally more cost-effective. Several motors on one fixed screw, e.g. format adjustmentOne motor on a fixed screw Direction of force 6 SKT rotating-nut principle In the SKT design, the screw nut is connected directly to the motor’s hollow shaft. The rotary motion of the screw nut is converted into linear motion of the screw. The screw itself does not rotate but moves only in the axial direction. Directly driving the screw nut offers significant advantages over conventional rotating- screw systems: • higher travel speeds • improved dynamic performance through the torsionally rigid connec- tion of the screw nut Elimination of mechanical transmission components such as belts and couplings As a result, dynamic performance, torsional stiffness and positioning accura- cy are not adversely affected. The motor bearings support the process loads directly, making the system suitable for high-load applications. At the same time, machine design is significantly simplified. The SKT principle also enables new machine concepts, such as mounting multiple motors on a single stationary screw. Motor type Standard Adapter No. J* [kgcmˆ2] Screw ø [mm] Flange D1=D5 [mm] L1 [mm] D2 [mm] D3 [mm] D4 [mm] D6 [mm] L2 [mm] D7 [mm] G1 L3 [mm] Standard load applications SKT7 –* – 32 B* 50 min. 20 max. 49 max. 95 9.5 95 50 50 65 M8 20 SKT10 AN10-01 103 63 A 95 max. 21 – 13.5 140 65 22 115 M12 20 SKT13 AN13-01 616 100 A 150 max. 54 – 17.5 212 105 55 176 M16 20 Heavy-duty applications SKT10 AS10-01 104 63 A 95 max. 24 – 13.5 140 65 25 115 M12 25 SKT13 AS13-01 766 100 A 150 max. 74 – 17.5 212 105 75 186 M16 25 * Motor flange SKT7 is suitable for a flange nut to DIN69051, no adapter is necessary. SKT hollow shaft motor with screw-nut systems Motor flange to screw-nut interface The screw nut is mounted to the motor flange using a matching adapter, which must be ordered separately. The SKT7 motor is an exception. Its motor flange is designed to accept a flange nut conforming to DIN 69051 directly. The dimensions required for selecting the appropriate screw nut are shown in the following overview. Motor Screw and nut system Adapter Thread depth Insertion depth Flange A (lead screw adapter SKT 10/13) Breather hole Flange B (rotor shaft SKT7) Do not completely seal! 7 Overview for adjusting speed and axial force via the pitch of the screw Axial forces SKT10 heavy duty, SKT13 standard and heavy duty Axial forces SKT7 and SKT10 standard load Linear speeds at different pitches 0 10 20 30 40 50 60 70 10 20 30 40 50 60 70 80 90 100 110 120 130 Torque [Nm] A xi al f o rc e [k N ] 0 Pitch 25 mm Pitch 20 mm Pitch 15 mm Pitch 10 mmPitch 5 mmPitch 3 mm F = Axial force [kN] M = Torque [Nm] h = Screw pitch [mm] SKT7 and SKT10 > 48kN only SKT10 F = M · 2 π h 0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 0 500 1000 1500 2000 2500 3000 3500 4000 Li n ea r sp ee d [m /s ] Speed [U/min] 10 mm 15 mm Pitch 20 mm Pitch 50 mm Pitch 70 mm 5 mm V = Linear speed [m/s] n = Speed [U/min] h = Screw pitch [mm] V = n · h 60 · 1000 0 100 200 300 400 500 600 50 100 150 200 250 300 350 400 450 500 550 600 6500 Pitch 40 mm Pitch 10 mm Pitch 5 mm A xi al f o rc e [k N ] Torque [Nm] Pitch 70 mm Pitch 20 mm F = Axial force [kN] M = Torque [Nm] h = Screw pitch [mm] SKT10 heavy-duty and SKT13 > from 135-216 kN SKT10 heavy-duty and SKT13 heavy-duty > 216kN only SKT13 heavy-duty F = M · 2 π h 8 The information in this brochure is intended solely as the description of a product range. Deviations are possible due to the specific nature of the prod- ucts and ongoing further developments. Before using data for calculations or designs, please check the latest status in advance and request product-specific dimensions and datasheets. Rights reserved to make technical changes! V2026/01_260720 AMKmotion GmbH + Co KG Gaußstraße 37-39 73230 Kirchheim unter Teck Germany Phone +49 7021 5005-0 info@amk-motion.com www.amk-motion.com SKT Type code Axial force direction B: both sides/Balls R: both sides/Rollers Z: tensile D: compressive Hollow shaft Idle speed D: Hollow through-shaft S: Blind hollow shaft (hollow shaft closed on one-side) Cooling type O: Convection-cooled F: Forced-ventilation W: Liquid-colled Holding break B: with brake O: without brake Encoder type Q: inductive multiturn absolute encoder F: optical multiturn absolute encoder Number of poles Continuous static torque (approx.) in Nm Motor size X - - -XX XXXXXX X XX-- 7 10 13

AMKmotion showcases drive solutions up to 500 amps Anything but off the shelf – at FABTECH (October 21-23, 2026, Las Vegas) AMKmotion will demonstrate in booth S46059, Automation Pavillion (South Hall, Level 2), how even very individual customer requirements can be implemented in customized system solutions. Users get everything from a single source, enabling them to reduce their overall costs. “We offer standard solutions too, of course – but in a lot of the projects we’re involved with, things get very demanding. We work closely with our customers to define the optimal architecture for every axis,” says Peter Giesche, Vice President International Sales at AMKmotion. Just how flexibly the manufacturer of electric drive systems is able to respond will be shown in Las Vegas. At Booth S46059, Automation Pavillion (South Hall, Level 2), AMKmotion will demonstrate servo motors with high levels of power density and efficiency. They can be precisely adapted based on their winding and frame size, for example. With a current range from 1 to 500 amps, AMKmotion covers the entire spectrum of drive solutions. Users always get the perfect solution – never oversized – and this has a positive impact on costs. AMKmotion offers both central and decentralized drive solutions – and also combines both approaches to create hybrid systems. This increases energy efficiency and flexibility, simplifies cabling and creates space in the switch cabinet. Focus on products A prime example of application-specific flexibility is the SKT hollow shaft motors designed for high axial loads. Depending on the application, they are available with a blind hole for short strokes or with a through hollow shaft for unlimited stroke lengths. By optimally matching the screw and motor, force and speed can be perfectly aligned to the application requirements. Trade fair highlights include new and refined solutions – among them the ihD, a decentralized servo inverter with single-cable wiring for daisy-chain connection: power, STO (Safe Torque Off), 24 volts and communication all run through a single cable, reducing wiring costs by up to 70 percent compared to centralized concepts. With the control electronics built into the motor, the ihD-DT5 is easier than ever to set up. In recognition of this concept, the servo inverter received two product awards from renowned industry magazines in 2025 and 2026. In addition to this there is the KE/KW system: the compact power supply (KE) generates the DC bus voltage and powers the compact inverter (KW). The hybrid distributor (KHY) bundles signals and supply voltages from the central level and acts as an interface to the decentralized domain. Components in practice Visitors will be able to experience the solutions live at the booth. AMKmotion shows how the hybrid components mesh to create compact and flexible automation solutions – often without the need for a switch cabinet. At FABTECH, AMKmotion demonstrates how decentralized drive technology accelerates and simplifies automation. Applications such as gripping, bending, cutting and welding demand maximum dynamics within minimal installation space. In order to make this happen, the inverter is mounted directly on or close to the motor. In combination with a decentralized power supply, an integrated motion controller, and a synchronous servo motor, this creates a compact mechatronic unit that reduces wiring and saves space in the switch cabinet – a key advantage when it comes to efficiency and flexibility. AMKmotion at FABTECH: booth S46059, Automation Pavillion (South Hall, Level 2) For the press: Please download the texts and images Press material More news All news and press releases 30.03.2026 | Press AMKmotion meets individual requirements Anything but off the shelf – at the premiere of all about automation in Wels (May 20 and 21, 2026) AMKmotion will demonstrate in Hall 22, Booth 422,… Read more 22.09.2025 | Press ihD servo inverter for dynamic drive solutions Efficient, flexible and space-saving – AMKmotion’s new ihD servo inverter sets new standards in decentralized drive technology. With its innovative… Read more 05.03.2025 | News AMKmotion product receives award Product of the year 2025: AMKmotion wins in the drive technology category AMKmotion was nominated in the “Product of the Year 2025” competition… Read more

YOUR SOLUTION PARTNER Our drive for your technology leadership Product portfolio The AMKmotion product portfolio comprises the areas of electric drive technology, control technology and industrial automation technology. Whether decentralised or centralised drive solutions, servo motors or motion controller - with our individual solutions we help you to achieve technological leadership. Decentralized drive solutions Decentralised drive solutions allow you to design your machines and systems completely flexibly to meet your requirements. Centralized drive solutions Our central drive solutions with scalable output levels are unbeatable when it comes to systems with multiple axes and continuous outputs greater than 10 KW. Servo motors The outstanding power density and energy efficiency of our servo motors open up new possibilities in machine design, making your machine more dynamic and economical. Motion controller AMKmotion’s motion controllers always ensure highly accurate synchronisation of the servo axes, even over several levels. Software Software solutions individualized to your needs. Customized solutions We develop solutions that are tailored to your specific application. Solutions We aspire to help you achieve technological leadership by integrating individual and sustainable solutions. The basis for this is our hands-on mentality, our in-depth knowledge of the industry and the expertise we have acquired in more than 60 years of company history. Sheet metal processing With hydraulic systems, fast product changes often require long restart times. The solution: our hybrid and electromechanical drives. Solution in detail Solution overview Printing and paper technology Printing and paper technology requires stable and synchronized continuous drives, and numerous axes have to be synchronized, too. This is a clear case for our liquid-cooled servo motors and compact servo controllers. Solution in detail Solution overview Factory automation The switch to energy-saving, sustainable, economical and environment-friendly electromechanical solutions is easy with our modular, decentralized drive systems with integrated motion function. Enjoy all the advantages of fluid power replacement and benefit from short machine downtimes. Solution in detail Solution overview Plastics processing High-torque drives are needed to tackle the short cycle times in the production processes used in plastics processing. Hydraulic components have mostly been used for this purpose up to now. These are anything but energy-efficient, however. The solution: our compact electromechanical drives. Solution in detail Solution overview Pharmacy Only components with a high protection class and easy-to-clean surfaces are used for production facilities in the pharmaceuticals industry. With our decentralized drive solutions, you meet all hygiene requirements and benefit from an efficient motor design as well as a sophisticated, hybrid cabling concept. Solution in detail Solution overview Textile The cost pressure in the textile industry is enormous. This requires innovative and indestructible drives – such as our robust motor concepts with high velocities and high levels of system rigidity. Solution in detail Solution overview Packaging With hydraulic systems, fast and frequent product changes often require long restart times. To minimize these, we offer hybrid and electromechanical drive solutions that not only give you all the benefits of fluid power replacement but also meet the packaging industry’s requirements in terms compactness, precision and flexibility. Solution in detail Solution overview News News & Press Success Stories Events & Fairs 07.07.2026 | Press AMKmotion showcases drive solutions up to 500 amps Anything but off the shelf – at FABTECH (October 21-23, 2026, Las Vegas) AMKmotion will demonstrate in booth S46059, Automation Pavillion (South Hall,… Read more Las Vegas, USA FABTECH USA 2026 21.10.2026 - 23.10.2026 South Hall Level 2, Automation Pavillion Stand: S46058 Read more 30.03.2026 | Press AMKmotion meets individual requirements Anything but off the shelf – at the premiere of all about automation in Wels (May 20 and 21, 2026) AMKmotion will demonstrate in Hall 22, Booth 422,… Read more

PowerPoint-Präsentation Cyber- Security at AMKmotion Security by design for modern drive systems Details Introduction to the Cyber Resilience Act (CRA) and its relevance for machine manufacturers and operators01 • The increasing connectivity of machines and equipment is resulting in ever closer integration between IT and OT systems*. Ethernet-based communication, remote access and digital services are now integral components of modern automation solutions. At the same time, this creates new attack surfaces for cyberattacks. • As a result, cybersecurity is no longer limited to traditional IT systems: it is becoming increasingly important for machines and production facilities as well. Potential consequences include machine downtime, production outages and the loss of data and application-specific know-how. • As such, cybersecurity is becoming a fundamental prerequisite for functional safety, availability, reliability and competitiveness. Tampering and cyberattacks can directly affect safety-related machine functions. * IT (Information Technology): Systems used to process, store and transmit data, such as office IT, servers, networks and cloud services. OT (Operational Technology): Systems used to control and monitor machines and equipment, such as controllers, drives, sensors and industrial networks. AMKmotion GmbH + Co KG July 2, 2026 3 Why cybersecurity?01 Cybersecurity as an obligation and a responsibility • Cybersecurity protects the functional safety, availability, integrity and confidentiality of machines and equipment • Machines and drive systems are increasingly becoming part of connected overall systems. Security incidents have a direct impact on: • operator safety • production continuity and delivery capability • operational reliability • reputation and liability • Cybersecurity affects the entire lifecycle of a machine – from development and startup through service and retrofit • Responsibility lies not just with IT departments, but also with machine builders and automation specialists AMKmotion GmbH + Co KG July 2, 2026 4 Relevance for machine manufacturers and operators02 AMKmotion GmbH + Co KG July 2, 2026 5 Cybersecurity is becoming a regulatory requirement • Overview of key frameworks • DIN EN IEC 62443 series State of the art for industrial systems • NIS2 Requirements relating to organizational measures, operations and incident handling • Cyber Resilience Act (CRA) Requirements for products with software and interfaces, as well as their manufacturers • Cybersecurity is not solely an IT issue; it is also highly relevant to products and machines Regulatory framework for cybersecurity03 CE marking as the legal foundation02 • CE marking may only be applied if a product complies with all applicable EU legislation • By applying the CE mark, the manufacturer declares compliance on its own responsibility, for example with: • the Machinery Directive / Machinery Regulation • the Low Voltage Directive and EMC Directive • other product-specific legislation • and now also with the Cyber Resilience Act As a result, CRA compliance is now part of CE conformity for all products with digital elements, including components and machines. Manufacturers bear responsibility throughout the entire product lifecycle. AMKmotion GmbH + Co KG July 2, 2026 7 CE marking as the legal foundation04 • Legal consequences of incorrect CE marking • Administrative offense or criminal offense • Market surveillance measures • Fines and liability risks CE marking – the manufacturer’s responsibility Tasks and responsibilities03 AMKmotion GmbH + Co KG July 2, 2026 9 Tasks and responsibilities05 Legal framework CRA NIS2 Legal responsibility Machine manufacturers Only in their capacity as operators of their own machine fleet Machine operators Applies to products, components and machines Products • Firmware (hardware- integrated software) • Software • Supports machine manufacturers in implementing cybersecurity requirements by means of appropriate products and functions • Complies with applicable legal and standards-based requirements • A dedicated Product Security Incident Response Team (PSIRT) provides fast and targeted support in the event of security incidents • Acts as a technical expert and trusted partner • Develops the cybersecurity concept for the machine and the overall system • Is responsible for protecting both its own data and operator-relevant data and know-how at machine level • Implements technical and organizational measures to ensure machine availability and security • Complies with applicable legal and standards-based requirements (e.g. CE marking, CRA obligations for machines, establishment of a PSIRT team) • Establishes processes for handling security incidents during machine operation Machine designs Corporate infrastructure • IT and OT networks • Production and logistics • Office areas AMKmotion as a component manufacturer Machine manufacturers as system manufacturers AMKmotion GmbH + Co KG July 2, 2026 10 Timeline Starting September 2026 • Mandatory reporting of actively exploited vulnerabilities and security incidents Starting December 2027 • Implementation of a permanent and structured vulnerability management process Objectives: • Identify vulnerabilities at an early stage • Assess risks in a transparent and verifiable manner • Implement appropriate mitigation measures promptly Requirements for machine manufacturers In the future, machine manufacturers will be required to: • systematically monitor vulnerabilities in machines and the components used • establish assessment and decision- making processes for security- related information • communicate relevant cybersecurity risks transparently to operators and customers. Key building blocks for implementation PSIRT – Product Security Incident Response Team • The central organizational unit for handling security-related incidents SBOM – Software Bill of Materials • Structured inventory of software components used • Visibility into dependencies within a product Vulnerability management and transparency Managing vulnerabilities, reporting obligations and transparency throughout the product lifecycle 06 The structured identification and tracking of security risks is becoming indispensable and is increasingly required by regulation AMKmotion GmbH + Co KG July 2, 2026 11 AMKmotion (component level) • Physical protection • Service interfaces covered and protected • Central devices protected within the switch cabinet • Secure communication • EtherCAT with single-master architecture • Controlled data flow through the master • No IP traffic -> reduced attack surface • Tamper protection • Firmware authenticity verification • Prevents malware from being installed on drives • Access and data • Only proprietary protocols are permitted • Communication via AIPEX 5 is encrypted Machine manufacturers/operators (system level) • Access management • No global administrator accounts • Remote access • Avoid unsecured connections • Risk management • Analyze security risks at an early stage • Consider and prevent foreseeable misuse • Holistic security • Ensure secure interaction between components and the overall system Cybersecurity in drive systems – responsibilities07 Security requires collaboration AMKmotion GmbH + Co KG July 2, 2026 12 Typical areas of exposure: 1. Physical access – Restrict access to production facilities, equipment and switch cabinets to authorized personnel only 2. Control systems and fieldbus networks – Protect control systems against malware and secure fieldbus networks 3. IT and network infrastructure – Implement IT security measures to protect corporate and plant networks 4. Industrial PCs and wireless connections – Protect industrial PCs against malware and avoid unsecured Wi-Fi or hotspot connections 5. Distributed systems – Protect systems against unauthorized access by means of distributed devices 6. AMKmotion secures key areas of exposure at the drive component level Risk and threat analysis for machines08 Potential areas of exposure Protective devices Relevant interfaces – checklist for machine manufacturers’ risk assessments • Service interfaces on decentralized drives are protected with screw-on covers • Central devices are protected against unauthorized access within the switch cabinet • EtherCAT is an open, high-performance interface secured through its architecture: • Single-master architecture, which virtually eliminates risks associated with sub-devices • Only the EtherCAT master can secure the EtherCAT interface and controls all data exchanged with the drives • No IP traffic, significantly reducing the attack surface of the components AMKmotion GmbH + Co KG July 2, 2026 13 Risk and threat analysis for machines09 AMKmotion protects drive components through security-by-design measures: • Firmware packages are verified for authenticity within the drive. This allows tampering attempts to be detected and prevents malware from being hidden within the drives • In addition to control communication, AMKmotion drives accept only data based on the company’s proprietary communication protocol. This protocol is used by the AIPEX 5 startup software. As a result, potential attack vectors are minimized. • All AIPEX 5 communication is encrypted and ultimately depends on the protection level of the PC and the underlying IT infrastructure AMKmotion GmbH + Co KG July 2, 2026 14 Risk and threat analysis for machines09 AMKmotion protects drive components through security-by-design measures • Service interfaces on decentralized drives are protected with screw-on covers • Central devices are protected against unauthorized access within the switch cabinet • EtherCAT is an open, high-performance interface secured through its architecture: • Single-master architecture, which virtually eliminates risks associated with sub-devices • Only the EtherCAT master can secure the EtherCAT interface and controls all data exchanged with the drives • No IP traffic, significantly reducing the attack surface of the components • Firmware packages are verified for authenticity within the drive. This allows tampering attempts to be detected and prevents malware from being hidden within the drives • In addition to control communication, AMKmotion drives accept only data based on the company’s proprietary communication protocol. This protocol is used by the AIPEX 5 startup software. As a result, potential attack vectors are minimized. • All AIPEX 5 communication is encrypted and ultimately depends on the protection level of the PC and the underlying IT infrastructure • Effective protection depends on coordinated security measures at both the component and system levels • Do not create global administrator accounts for the machine or system • Prevent the use of inadequately secured remote access connections • As part of your risk assessment, analyze foreseeable misuse scenarios and implement measures to prevent them wherever possible. AMKmotion GmbH + Co KG July 2, 2026 15 Risk and threat analysis for machines10 Additional system-level measures for machine manufacturers and operators Timeline of relevant EU regulations04 AMKmotion GmbH + Co KG July 2, 2026 17 Timeline of relevant EU regulations11 2021 2022 2023 2024 2025 2026 2027 EU Machinery Regulation Entered into force 07/2023 Mandatory from 01/20/2027Transition period EU Cyber Resilience Act EU plenary vote 03/2024 Entered into force 12/10/2024 Mandatory from 12/11/2027 Transition period Reporting obligation under Art. 14 09/11/2026 Cybersecurity at AMKmotion05 AMKmotion GmbH + Co KG July 2, 2026 19 Already implemented • Rapid response through the PSIRT (Product Security Incident Response Team) • Clearly defined processes for: • reporting, assessing and prioritizing security incidents • continuous monitoring of security- relevant topics • Central security contact point with ticketing system • structured tracking and management of security cases • clearly defined PSIRT responsibilities Currently being implemented • Risk assessments for AMKmotion products • Creation of Software Bills of Materials (SBOMs) • Development of a customer- focused patch and update strategy • Implementation of structured security testing • Regular code reviews for security-critical functions Further development • Structured external communication of security- related information • Gradual expansion of processes and transparency throughout the product lifecycle • Close coordination between internal departments, including engineering, product management, applications engineering and IT. Cybersecurity at AMKmotion – current status and next steps12 AMKmotion has established the organizational and technical foundations for cybersecurity and is already aligning its processes with future regulatory requirements under the Cyber Resilience Act (CRA). AMKmotion GmbH + Co KG July 2, 2026 20 Security incident reporting process13 Reporting by customers and machine manufacturers (e.g. unusual behavior, suspected vulnerabilities) Internal reports (e.g. engineering, service, applications engineering) External notifications (e.g. publicly disclosed vulnerabilities, security advisories) Central security contact PSIRT@amk- motion.com AMKmotion PSIRT Assessment, analysis, coordination and handling of security incidents throughout the entire product lifecycle AMKmotion infrastructure (e.g. responsible customer support contacts, service teams, structured communication channels) Notification of affected customers and partners Provision of recommended actions Provision of product updates or corrective measures AMKmotion GmbH + Co KG July 2, 2026 21 AMKmotion PSIRT team14 PSIRT@amk-motion.com AMKmotion GmbH + Co KG Gaußstraße 37-39 73230 Kirchheim unter Teck Germany +49 7021 5005 0 info@amk-motion.com Folie 1: Cyber- Security at AMKmotion Folie 2: Introduction to the Cyber Resilience Act (CRA) and its relevance for machine manufacturers and operators Folie 3: Why cybersecurity? Folie 4: Relevance for machine manufacturers and operators Folie 5: Regulatory framework for cybersecurity Folie 6: CE marking as the legal foundation Folie 7: CE marking as the legal foundation Folie 8: Tasks and responsibilities Folie 9: Tasks and responsibilities Folie 10: Vulnerability management and transparency Managing vulnerabilities, reporting obligations and transparency throughout the product lifecycle Folie 11: Cybersecurity in drive systems – responsibilities Folie 12: Risk and threat analysis for machines Folie 13: Risk and threat analysis for machines Folie 14: Risk and threat analysis for machines Folie 15: Risk and threat analysis for machines Folie 16: Timeline of relevant EU regulations Folie 17: Timeline of relevant EU regulations Folie 18: Cybersecurity at AMKmotion Folie 19: Cybersecurity at AMKmotion – current status and next steps Folie 20: Security incident reporting process Folie 21: AMKmotion PSIRT team Folie 22

PowerPoint-Präsentation Cyber- Security at AMKmotion Requirements. Responsibilities. Our solutions. Introduction to the Cyber Resilience Act (CRA)01 AMKmotion GmbH + Co KG July 2, 2026 3 • The CRA is the first European regulation to establish a minimum level of cybersecurity for all connected products available on the EU market. • Its objective is to improve cybersecurity throughout the European Union. • The new requirements apply in all EU member states. • Implementation will take place in several stages through the end of 2027. Cyber Resilience Act01 CRA • More connectivity = greater risk • Nowadays, machines and production systems are closely connected to IT and OT systems.* • Technologies such as Ethernet, remote access and digital services have become standard • → As a result, new attack surfaces are created for cyberattacks • Potential consequences of cyberattacks • Machine downtime and production outages • Data loss and loss of know-how • Cyberattacks can directly affect safety-related machine functions. • Cybersecurity is the foundation for • functional safety and confidentiality • availability and reliability • competitiveness AMKmotion GmbH + Co KG July 2, 2026 4 Why cybersecurity?02 *IT = Information Technology OT = Operational Technology • Cybersecurity is becoming a product requirement • Relevant for machines, control systems and drive systems • Applies throughout the entire lifecycle • Development → Commissioning → Service → Retrofit • Responsibility extends across multiple areas • Not limited to IT • Machine builders and automation specialists also have responsibilities • Direct impact of security incidents • Operator safety • Production continuity and delivery capability • Operational reliability • Reputation and liability AMKmotion GmbH + Co KG July 2, 2026 5 Relevance for machine manufacturers and operators03 AMKmotion GmbH + Co KG July 2, 2026 6 • Cybersecurity is becoming mandatory • Overview of key frameworks • IEC 62443 → State of the art for industrial systems • NIS2 → Requirements relating to organizational measures, operations and incident handling • Cyber Resilience Act (CRA) → Requirements for products with software and interfaces, as well as their manufacturers Regulatory framework for cybersecurity04 Tasks and responsibilities02 AMKmotion GmbH + Co KG July 2, 2026 8 • CE marking – the legal foundation • CE marking is only permitted if all applicable CE-related EU requirements have been fulfilled • The manufacturer declares conformity on its own responsibility • Risks of incorrect CE marking • Administrative offense or criminal offense • Market surveillance measures • Fines and liability risks • CE-relevant directives and regulations • Machinery Directives / Machinery Regulation • Low Voltage Directive and EMC Directive • Other product-specific requirements • New: Cyber Resilience Act (CRA) • What changes under the CRA? • Cybersecurity becomes part of CE conformity • Applies to all products with digital elements • Manufacturers bear responsibility throughout the entire product lifecycle Manufacturer responsibilities05 AMKmotion GmbH + Co KG July 2, 2026 9 AMKmotion (component level) • Physical protection • Service interfaces covered and protected • Central devices protected within the switch cabinet • Secure communication • EtherCAT with single-master architecture • Controlled data flow through the master • No IP traffic -> reduced attack surface • Tamper protection • Firmware authenticity verification • Prevents malware from being installed on drives • Access and data • Only proprietary protocols are permitted • Communication via AIPEX 5 is encrypted Machine manufacturers/operators (system level) • Access management • No global administrator accounts • Remote access • Avoid unsecured connections • Risk management • Analyze security risks at an early stage • Consider and prevent foreseeable misuse • Holistic security • Ensure secure interaction between components and the overall system Cybersecurity in drive systems – responsibilities06 Security requires collaboration AMKmotion GmbH + Co KG July 2, 2026 10 Typical areas of exposure: 1. Physical access – Restrict access to production facilities, equipment and switch cabinets to authorized personnel only 2. Control systems and fieldbus networks – Protect control systems against malware and secure fieldbus networks 3. IT and network infrastructure – Implement IT security measures to protect corporate and plant networks 4. Industrial PCs and wireless connections – Protect industrial PCs against malware and avoid unsecured Wi-Fi or hotspot connections 5. Decentralized systems – Protect systems against unauthorized access by means of decentralized devices 6. AMKmotion secures key areas of exposure at the drive component level Risk and threat analysis for machines07 Potential areas of exposure Protective devices Relevant interfaces – checklist for machine manufacturers’ risk assessments Why is this important? • Managing vulnerabilities is becoming a mandatory requirement • Transparency throughout the entire product lifecycle is essential Timeline • Starting September 2026 → Mandatory reporting of actively exploited vulnerabilities • Starting December 2027 → Mandatory implementation of a structured vulnerability management process AMKmotion GmbH + Co KG July 2, 2026 11 Vulnerability management and transparency08 Objectives • Identify vulnerabilities at an early stage • Assess risks in a transparent and verifiable manner • Implement mitigation measures quickly Requirements for machine manufacturers • Actively monitor vulnerabilities affecting machines and components • Establish clear assessment and decision-making processes for security-related information • Communicate cybersecurity risks transparently to customers and operators Key building blocks • PSIRT (Product Security Incident Response Team) → central unit responsible for handling security incidents • SBOM (Software Bill of Materials) • Structured inventory of software components used • Visibility into dependencies within a product The structured identification and tracking of security risks is becoming a mandatory and integral part of product responsibility AMKmotion GmbH + Co KG July 2, 2026 12 Vulnerability management and transparency09 Timeline of relevant EU regulations02 AMKmotion GmbH + Co KG July 2, 2026 14 Timeline of relevant EU regulations10 2021 2022 2023 2024 2025 2026 2027 EU Machinery Regulation Entered into force 07/2023 Mandatory from 01/20/2027Transition period EU Cyber Resilience Act EU plenary vote 03/2024 Entered into force 12/10/2024 Mandatory from 12/11/2027 Transition period Reporting obligation under Art. 14 09/11/2026 Cybersecurity at AMKmotion03 AMKmotion GmbH + Co KG July 2, 2026 16 Already implemented • Rapid response through the PSIRT (Product Security Incident Response Team) • Clearly defined processes for: • reporting, assessing and prioritizing security incidents • continuous monitoring of security- relevant topics • Central security contact point with ticketing system • structured tracking and management of security cases • clearly defined PSIRT responsibilities Currently being implemented • Risk assessments for AMKmotion products • Creation of Software Bills of Materials (SBOMs) • Development of a customer- focused patch and update strategy • Implementation of structured security testing • Regular code reviews for security-critical functions Further development • Structured external communication of security- related information • Gradual expansion of processes and transparency throughout the product lifecycle • Close coordination between internal departments, including engineering, product management, applications engineering and IT. Cybersecurity at AMKmotion – current status and next steps11 AMKmotion has established the organizational and technical foundations for cybersecurity and is already aligning its processes with future regulatory requirements under the Cyber Resilience Act (CRA). AMKmotion GmbH + Co KG July 2, 2026 17 Security incident reporting process12 Reporting by customers and machine manufacturers (e.g. unusual behavior, suspected vulnerabilities) Internal reports (e.g. engineering, service, applications engineering) External notifications (e.g. publicly disclosed vulnerabilities, security advisories) Central security contact PSIRT@amk- motion.com AMKmotion PSIRT Assessment, analysis, coordination and handling of security incidents throughout the entire product lifecycle AMKmotion infrastructure (e.g. responsible customer support contacts, service teams, structured communication channels) Notification of affected customers and partners Provision of recommended actions Provision of product updates or corrective measures AMKmotion GmbH + Co KG July 2, 2026 18 AMKmotion PSIRT team13 PSIRT@amk-motion.com AMKmotion GmbH + Co KG Gaußstraße 37-39 73230 Kirchheim unter Teck Germany +49 7021 5005 0 info@amk-motion.com Folie 1: Cyber- Security at AMKmotion Folie 2: Introduction to the Cyber Resilience Act (CRA) Folie 3: Cyber Resilience Act Folie 4: Why cybersecurity? Folie 5: Relevance for machine manufacturers and operators Folie 6: Regulatory framework for cybersecurity Folie 7: Tasks and responsibilities Folie 8: Manufacturer responsibilities Folie 9: Cybersecurity in drive systems – responsibilities Folie 10: Risk and threat analysis for machines Folie 11: Vulnerability management and transparency Folie 12: Vulnerability management and transparency Folie 13: Timeline of relevant EU regulations Folie 14: Timeline of relevant EU regulations Folie 15: Cybersecurity at AMKmotion Folie 16: Cybersecurity at AMKmotion – current status and next steps Folie 17: Security incident reporting process Folie 18: AMKmotion PSIRT team Folie 19

Pressemitteilung AMKmotion Produkt ausgezeichnet Produkt des Jahres 2025: AMKmotion gewinnt in der Kategorie Antriebstechnik Kirchheim unter Teck, 05.03.2025 Am Wettbewerb “Produkt des Jahres 2025“ des Fachmagazins „Industrial Production“ und „Kunststoff Magazin“ war AMKmotion nominiert. Über 3.300 Leser hatten abgestimmt und das Produkt von AMKmotion ausgezeichnet bewertet: Auf Platz 1 kam der Servowechselrichter ihD5 in der Kategorie Antriebstechnik. „Eine tolle Anerkennung für das Engagement und die Innovationskraft unseres Teams. Wir sind stolz, dass unser Servowechselrichter ihD5 in der Kategorie Antriebstechnik ausgezeichnet wurde,“ freut sich Geschäftsführer Stefan Buchner. „Ein großes Dankeschön an unser engagiertes Team und alle, die für uns gestimmt haben.“ 1. Platz „Antriebstechnik“: Servowechselrichter ihD5 Der dezentrale Servowechselrichter ihD von AMKmotion hat ein hybrides Verkabelungskonzept. Ein Kabel überträgt Leistung, STO, 24 V sowie die Kommunikation und verbindet im Daisy-Chain-Verfahren alle angeschlossenen Komponenten. Das reduziert den Installationsaufwand sowie die Kosten für die Verkabelung deutlich. Der ihD5 ist in seiner Leistungsklasse kompakter als vergleichbare Wettbewerbsprodukte im Bereich dezentrale Umrichter. Bei einem Nennstrom von 8 A bringt auch eine dreifache Überlast das Gerät nicht an seine Grenzen. 1.343 Zeichen inkl. Leerzeichen Pressemitteilung Bildunterschriften Bild 1: Der Servowechselrichter ihD bietet nicht nur eine erhöhte Überlastfähigkeit, sondern ist zudem mit AMKmotions neuer Hybridverkabelung ausgestattet. Bild 2: Erster Platz in der Kategorie Antriebstechnik: Marc Scheer, Leiter Vertriebsinnendienst (links), und Volker Schwarzkopf, Produktmanager (rechts), nahmen für AMKmotion die Auszeichnung von Andreas Mühlbauer, Chefredakteur des Magazins Industrial Production, entgegen. Bild 3: „Produkt des Jahres 2025“: Am 27. Februar 2025 wurden vom Kunststoff Magazin und Industrial Production die Preise in verschiedenen Kategorien verliehen. AMKmotion erhielt „Gold“ in der Kategorie Antriebstechnik. Bildnachweise: Bild 1 – AMKmotion GmbH + Co KG Bild 2 und 3 - Pelemedia/Manuel Hauptmann Pressemitteilung Über AMKmotion AMKmotion ist Entwickler und Hersteller von elektrischen Antriebssystemen und versteht sich als langfristiger Partner für den industriellen Maschinen- und Anlagenbau. Der Anspruch des Unternehmens ist, seinen Kunden durch die Integration von individuellen und nachhaltigen Lösungen zur Technologieführerschaft zu verhelfen. Grundlage hierfür sind die bei AMKmotion gelebte Hands-on-Mentalität und das in mehr als 60 Jahren Unternehmensgeschichte erarbeitete Know-how. Besonderen Stellenwert genießen die persönliche Beratung und die vertrauensvolle Zusammenarbeit mit den Kunden. Das Unternehmen wurde 1963 als AMK Arnold Müller GmbH & Co. KG gegründet, ist seit 2021 Teil der Arburg-Familie und firmiert seitdem als AMKmotion GmbH + Co KG. Das Portfolio umfasst elektrische Antriebstechnik, Steuerungstechnik und industrielle Automatisierungstechnik. AMKmotion beschäftigt insgesamt 500 Mitarbeiter. Neben seinem Stammsitz in Kirchheim unter Teck verfügt AMKmotion über Produktionsstandorte in Weida (Thüringen) sowie im bulgarischen Gabrovo. Dazu kommen zwölf Vertretungen auf der ganzen Welt. Kontakt AMKmotion GmbH + Co KG Anja Schaber Marketing Manager Gaußstraße 37-39 73230 Kirchheim unter Teck Germany www.amk-motion.com anja.schaber@amk-motion.com Phone +49 7021 5005 373 Mobile +49 152 5305 5372 http://www.amk-motion.com/ mailto:anja.schaber@amk-motion.com

Press release AMKmotion product receives award Product of the year 2025: AMKmotion wins in the drive technology category Kirchheim unter Teck, 2025-03-05 AMKmotion was nominated in the “Product of the Year 2025” competition organized by the trade magazine “Industrial Production” and “Kunststoff Magazin”. Over 3,300 readers voted and gave AMKmotion's product an excellent rating: The ihD5 servo inverter came in first place in the drive technology category. “A great recognition for the commitment and innovative strength of our team. We are proud that our ihD5 servo inverter has won an award in the drive technology category,” says Managing Director Stefan Buchner. “A big thank you to our dedicated team and everyone who voted for us.” 1st place “drive technology”: ihD5 servo inverter The decentralized servo inverter ihD from AMKmotion has a hybrid cabling concept. One cable transmits power, STO, 24 V and communication and connects all connected components using the daisy chain method. This significantly reduces installation work and cabling costs. In its performance class, the ihD5 is more compact than comparable competitor products in the decentralized inverter sector. With a rated current of 8 A, even a triple overload does not push the device to its limits. 1,343 characters incl. Spaces Press release Captions Image 1: The ihD servo inverter not only offers increased overload capacity, but is also equipped with AMKmotion's new hybrid cabling. Image 2: First place in the drive technology category: Marc Scheer, Head of Internal Sales (left), and Volker Schwarzkopf, Product Manager (right), accepted the award on behalf of AMKmotion from Andreas Mühlbauer, Editor- in-Chief of Industrial Production magazine. Image 3: “Product of the Year 2025": On February 27, 2025, Kunststoff Magazin and Industrial Production presented the awards in various categories. AMKmotion received “Gold” in the Drive Technology category. Image credits: Image 1 – AMKmotion GmbH + Co KG Image 2 and 3 - Pelemedia/Manuel Hauptmann Press release About AMKmotion AMKmotion specialises in the development and manufacture of electric drive systems and sees itself as a long-term partner in the field of industrial mechanical engineering and plant engineering. The company’s aim is to help its customers achieve technological leadership by integrating individual and sustainable solutions. The basis for this is AMKmotion’s hands-on mentality, combined with expertise acquired in more than 60 years of company history. We attach particular importance to personal advice and trusting cooperation with customers. The company was founded in 1963 as AMK Arnold Müller GmbH & Co. KG. It has belonged to the Arburg family since 2021 and has operated under the name AMKmotion GmbH + Co KG since then. The portfolio includes electric drive technology, control technology and industrial automation technology. AMKmotion has a total workforce of 500 people. In addition to its headquarters in Kirchheim unter Teck, AMKmotion has production sites in Weida (Thuringia) and in Gabrovo, Bulgaria, as well as twelve branch offices around the world. Contact AMKmotion GmbH + Co KG Anja Schaber Marketing Manager Gaußstraße 37-39 73230 Kirchheim unter Teck Germany www.amk-motion.com anja.schaber@amk-motion.com Phone +49 7021 5005 373 Mobile +49 152 5305 5372 http://www.amk-motion.com/ mailto:anja.schaber@amk-motion.com

EU regulation on cybersecurity Another new regulation? • Cyber Resilience Act (CRA), Regulation (EU) 2024/2847 of October 2024. • EU regulations have direct legal effect. • The CE marking framework has been expanded to include the CRA. Compliance with the CRA there- fore complements requirements such as the EMC Directive, the Low Voltage Directive and the Ma- chinery Directive as evidence of compliance with EU digital security requirements. What is new about this regulation? • The CRA is the first regulation to address the cybersecurity of products with digital elements that include interfaces enabling direct or indirect connectivity with other devices. It applies to both hardware and software. What are the objectives of the regulation? • Increase cybersecurity across the board. • Establish minimum cybersecurity requirements for products placed on the EU market. • Require manufacturers to adopt a security-by-design approach. • Ensure product security throughout the entire lifecycle: - Product monitoring obligations for manufacturers and incident reporting mechanisms. - Vulnerability management by manufacturers for the product lifetime, and for at least five years. Why is this necessary? • Cyberattacks are placing an increasing burden on industry and the economy. • The high degree of connectivity creates significant risks and potential attack vectors. Who and what is affected in industry? • Manufacturers and distributors of components with digital elements • Machine manufacturers: - The new Machinery Regulation (2023/1230) also requires protection against threats posed by malicious third parties and emphasizes compliance with additional cybersecurity requirements. • IT and IoT devices and systems, control technology. • Networks and communication interfaces (physical, logical and wireless) • Software and hardware interfaces What CRA deadlines must be observed? • The reporting obligation applies from September 11, 2026, and this includes products that are al- ready on the market! Manufacturers are subject to mandatory reporting and notification requirements for actively ex- ploited vulnerabilities and security incidents in accordance with Article 14 of the CRA. June 1, 2026 Affected interfaces in machines, systems and components Potential areas of exposure Protective devices Risk assessment by the plant operator Examples of potential areas of exposure and protective measures: 1 Restrict access to production facilities, equipment and switch cabinets to authorized personnel only. 2 Protect control systems against malware and secure fieldbus networks. 3 Implement IT security measures to protect both corporate and plant networks. 4 Protect PCs against malware and avoid the use of inadequately secured hotspots for wireless connections. 5 Protect systems against unauthorized access by means of distributed devices. 6 AMKmotion secures areas of exposure at the drive component level: a. Service interfaces on decentralized drives are protected with screw-on covers. b. Central devices are protected against unauthorized access within the switch cabinet. c. EtherCAT is an open, high-performance interface secured through the - single-master architecture. - Only the EtherCAT master can secure the EtherCAT interface and controls all data exchanged with the drives. - No IP traffic. d. Firmware packages are verified for authenticity within the drive. This prevents malware from being hidden within the drives. e. Drives accept only data packets based on the AMKmotion communication protocol, and AIPEX 5 communicates with the drives exclusively through this protocol. f. All AIPEX 5 communication is encrypted and ultimately depends on the protection level of the PC and the underlying IT infrastructure. Additional measures • Do not create global administrator accounts for your systems. • Prevent the use of inadequately secured remote access connections. • As part of your risk assessment, analyze foreseeable misuse scenarios and implement measures to prevent them wherever possible.