maxon Product Range 2026/27

Get an overview of the extensive range of DC brushed and brushless motors, drives, encoders, control electronics, and the variety of possible combinations. Make a preliminary selection based on the power and size, commutation, or bearings. Quickly find what you’re looking for, including sterilizable drives for use under special ambient conditions or drives with integrated electronics.

Product Range 2026/27

View the entire range of products online → Wide selection of brushed and brushless DC motors, compact drives, gearheads, sensors, controllers and drive systems → Easy to configure shop.maxongroup.com

23–45_Market Solutions We have the right solution for every market – an overview

47–70_Selection Guide Find the right drive technology for your needs

46_New Products All new products at a glance 67_Accessories Overview Find the necessary accessories to connect maxon motors to the matching controllers 71–98_Technology – Short and to the Point Compact explanations of the most important technical principles 100–101_Standard Specification An overview of product types, design principles, and basic technical features Selection Guide A clear and comprehensive presentation of the entire drive portfolio: motors, gearheads, sensors, and electronics. Categorization by power, size, and version helps simplify the preselection process. Special solutions can be identified at a glance.

103–124_Servo Motors Servo motors with or without integrated electronics for precise motion tasks

127–237_Brushless DC Motors (BLDC) Brushless DC motors with ironless or iron core winding

239–260_Frameless BLDC Motors Compact motor kits for direct integration into custom designs

263–300_Brushed DC Motors (DC) Brushed DC motors with ironless winding

303–323_Linear Solutions Compact screw drives with steel or ceramic screws

325–401_Gearheads Precision planetary, strain wave, and angular gearheads

403–438_Sensors Magnetic, optical, and inductive encoders, DC tachometers, and resolvers 441–474_Control Electronics Servo controllers, amplifiers, positioning controllers, and multi-axis motion controllers

Disclaimer maxon assumes no liability for the accuracy of this documen- tation. Furthermore, changes are reserved. maxon is not liable for direct or indirect damages resulting from the use of this documentation. Mandatory legal provisions remain reserved.

477–486_Accessories Brakes, end caps, and connecting cables

489–499_Ceramic Custom ceramic components and standard components, such as ceramic axles, shafts, or screws

© 2026 maxon. All rights reserved. Any use, in particular reproduction, editing, translation and copying without prior written approval is not permitted (contact: maxon international ltd., Brünigstrasse 220, CH-6072 Sachseln, +41 41 666 15 00, www.maxongroup.com). Infringements will be prosecuted under civil and criminal law. The mentioned trademarks belong to their respective owner and are protected under trademark laws. Subject to change without prior notice.

501–504_Contacts We are at home all over the world – find out how to contact us

A look at the canton of Obwalden in central Switzerland: this is where maxon is at home, right in the foothills of the Alps.

Explore the world of maxon innovations Editorial

It is my great pleasure to present our latest catalog to you. It’s worth taking a look inside: we’ve given it a careful refresh to make it even easier for you to access our drive and system portfolio. If you’d like to take a closer look at the markets in which we have particular expertise, I recommend the new “Market Solutions” section. It provides a concise overview of the wide range of application areas in which our drive solutions deliver outstanding performance—whether in industrial automation, aerospace, mobility, medical technology, or robotics. For all these fields, we have specialized teams who understand the specific requirements. If you prefer to dive directly into the world of maxon through our products, we’ve simplified that as well: the new structure of the catalog presents our portfolio more clearly and intuitively. For nearly every drive requirement, we offer a suitable solution—thanks to the variety and combinability of our products. Need a gearbox for your drive? We have the right option. Want to include control as well? Our control electronics are perfectly matched to our drives. One topic that is becoming increasingly important is Func- tional Safety in safety‑critical applications. We are deeply committed to this field. That’s why I’m especially pleased that we’ve been able to expand our portfolio in this area, including with our IDX Safe servo motor. If you still don’t find the ideal solution in the catalog, that’s no problem. If there’s one thing we truly excel at, it’s developing customized solutions. Whatever drive challenge you want to tackle, our experts and engineers are always ready to support you with their know‑how. Don’t hesitate to contact us if you need assistance with your project. This year, maxon is celebrating a small anniversary, our company turns 65. There is one principle that has guided us throughout all these years: we consistently put our customers at the center. And we remain committed to that. I hope you enjoy exploring our world of drive technologies. Eugen Elmiger CEO maxon Group

We are maxon Our company

The story of maxon began in Switzerland in 1961 with eight employees. Before long, the company invested in its first own facilities and a small production hall. Today, 3,200 people work for maxon—and we call the whole world our home.

A view of maxon’s headquarters in Switzerland: idyllically located on the edge of the village of Sachseln, with Lake Sarnen to the left.

Every journey has a beginning—and maxon’s began with a government mandate. The German company Braun operated a distribution subsidiary in Switzerland. In the 1950s, Swiss author- ities approached Braun with an ultima- tum: if the company wanted to continue distributing its products in Switzerland, it would also need to establish manufac- turing operations in the country. Prefer- ably in an economically weaker region. The Braun family complied, choos- ing the canton of Obwalden in the heart of Switzerland. In 1961, Interelectric AG was founded with eight employees (later renamed maxon) and soon began production. At the time, the company manufactured foil cutters for Braun shavers.

But the young company’s future was suddenly at risk: in 1967, Braun was sold to the Gillette Company. Gillette wanted to produce the foil cutters in-house but granted maxon a transition period. The ironless winding A new idea was needed and the pioneer- ing era of maxon began. The leadership team saw potential in the production of small, precise electric motors. After a brief research phase, they developed a complete range of DC motors featuring a special patented innovation: the iron- less winding. This gave the motors high efficiency, and their long service life set new standards. That first motor series was only the beginning. Innovation has always been a

top priority at maxon. Over the years, the small pioneering operation evolved into a global company. Today, maxon has 3,200 employees worldwide, operates ten production and assembly facilities, and maintains over 40 sales locations. The company remains owned by the Braun family. Five million drive units leave its production sites each year. The range of applications for our motors is vast: from insulin pumps to logistics ro- bots to NASA’s Mars rover, they perform reliably in demanding environments. What began with regulatory pressure has become an innovative company that has grown and thrived—while never abandoning the pioneering spirit of 1961. That legacy remains deeply rooted in the company to this day.

Overview

What we do

Customized solutions We offer the right solution and know-how for every drive challenge. Sometimes a small adjustment is enough, which we are happy to make. But for more complex projects, we also have the expertise required to integrate the drive system into demanding environments. Frameless BLDC Motors Frameless Motors consist of a separate stator and rotor and can be integrated into customer‑specific designs—including adaptations such as bearings or cable routing. They are ideal for systems engineering, robotics, and high‑end applications. Gearheads Planetary gearheads are among the smallest precision gearheads and are known for their reliability. Right‑angle gearboxes are available in many sizes and can be custom- ized. Strain Wave gearheads enable precise motion and high torque in a compact form factor. System approach The maxon system approach is diverse. On one hand, we build inte- grated units consisting of a motor, gearbox, electronics, and, if needed, software. On the other hand, we offer customized solutions for applications in which maxon drives are integrated into a higher‑level system.

Servo Motors Servo Motors enable precise move- ment thanks to integrated encoders or Hall sensors. They are robust, compact, and easy to integrate—with maxon electronics, customized solutions, or plug‑and‑play. Their high power density also makes them suitable for mobile applications. Modularity maxon drive solutions are based on a modular system. As a customer, you select a drive and can then choose matching gearheads, sensors, con- trollers, and accessories—either with the selection guide in the catalog or using the configurator in the online shop at www.maxongroup.com. Brushed DC Motors (DC) Brushed DC Motors feature maxon’s patented ironless winding and offer high dynamics, smooth operation, and easy handling. With a broad pro- duct range and excellent compatibi- lity with gearheads, they are ideal for fast, cost‑efficient solutions. Sensors and Control Electronics Sensors and Control Electronics enable precise regulation of position, speed, and torque. Encoders provide accurate feedback, while the electronics link the drive and software into an intelligent, safe, and robust system.

Brushless DC Motors (BLDC) BLDC motors offer long service life, low noise, and precise speed control with minimal wear. Their compact design and optional integrated electronics make them well‑suited for equipment manufacturing and mobile applications. Linear Solutions Linear actuators are ideal for applications such as pipetting, XY‑ tables, or pick‑and‑place. They fea- ture robust axial bearings and require no additional external bearings. The spindle mechanism ensures reliable linear motion, while various options allow flexible integration. Ceramic Technical ceramics enable precise and robust components for systems where conventional materials reach their limits. They offer high hardness, wear resistance, and stability, making them ideal for components that must operate reliably even under extreme conditions. Safety We continuously expand our portfolio with new safety functions. Our servo motors are available with integrated functional safety. And for safety‑crit- ical applications such as aerospace or medical technology, we have extensive expertise with the required certifications.

65 years in business A look back maxon has always been driven by one goal: pushing the boundaries of what’s possible even further. When necessary, the company has also reinvented itself. There have been many highlights throughout its history, and we present some of them here.

1961: Founding of Interelectric On December 5, 1961, Interelectric was founded by the Braun family (and later renamed maxon). Shortly after its founding, the company was able to acquire land in the village of Sachseln in the Swiss canton of Obwalden.

1963: Foil‑cutter production On the newly purchased land, the first production facility is built. It begins manufacturing shaving foils for the legendary “Braun Sixtant” razor. In 1964, the development of electric motors is also initiated.

1983: 10 million motors maxon needed 11 years to produce its first five million motors. The second five million took only three and a half years. In October 1983, the production of the ten‑millionth motor is celebrated.

1997: maxon on Mars On July 4, 1997, NASA’s “Sojourner” rover lands on Mars. The probe is powered by eleven maxon motors. This was a sensation and made the small company from Obwalden widely known to the public.

Short film “Dear little Razor” This short film is a

visual journey through maxon’s history. It was created for our 60th anniversary in 2021.

1967: The first motors Braun is sold to Gillette, and Interelectric now fully commits to producing electric motors. During this time, maxon engineers invent the principle of the ironless winding and secure world- wide patents for it.

1979: First subsidiary Interelectric is already supplying products abroad, but now it begins building its own sales structures. In Munich, the company establishes its first subsidiary, which from then on serves its German customers.

From 2000: Expansion Since its founding, maxon has grown steadily. In the year 2000, the company reaches 1,000 employees for the first time. maxon continues to invest in innovation and production, expanding its capacities.

2025: Third innovation award In November, maxon receives the Innovation Award from the Central Switzerland Chamber of Industry and Commerce. The “High Efficiency Joint” robotics joint is honored. maxon previously won the award in 1996 and 2010.

“Specific customer solutions are our DNA” Interview with maxon CTO Stefan Müller Stefan Müller is responsible for defining maxon’s technological direction. In this conversation, he explains why technological depth, proximity to customers, and responsible innovation are inseparable.

Stefan Müller in a production hall at maxon’s headquarters.

In what way has maxon’s approach changed in recent years? What has not changed is the way we work. We are at our best when we work very closely with our customers and de- velop solutions together. That has been part of the maxon DNA for many years. What has changed are primarily the ap- plications—and therefore our products. They are more powerful and have been functionally enhanced. Today, we deliver significantly more highly integrated mechatronic complete solutions in which motor, gearhead, encoder, and

Drive technology is more than the sum of components. Mechanics, electronics, and software are becoming increasingly interconnected—as are development and application. Stefan Müller is Chief Technology Officer at maxon. In this interview, he explains the role that sys- tems thinking plays and why innovation only matters if it works reliably. Stefan, when you explain maxon to someone who doesn’t know us: what, in your view, is the core of what we do? Stefan Müller: At our core, we devel-

op drive solutions—using compact, high‑efficiency motors and gearheads, often for highly demanding applica- tions. Our solutions are used in medical technology, robotics, automation, and aerospace. The easiest way to explain what we do is through applications. In laboratory automation, we move sam- ples; in intralogistics, we power mobile robots or automated guided vehicles; in medical technology, we ensure the reliable delivery of insulin. Through examples like these, most people best understand what we really do.

electronics—including software—work together. We are increasingly taking on the integration work ourselves. What personally excites you about the technology and development work at maxon? I come from electrical engineering and have been working with electric drives for many years. What fascinates me most is the interplay of motor, electronics, gearbox, and control. Only when these disciplines are considered together do truly optimal solutions emerge—and that is exactly what we value highly at maxon. The portfolio of maxon is very broad. What is the advantage of this breadth from a developer’s perspective? The strength lies not only in the breadth but also in the depth of our technological expertise. Depending on the applica- tion, we can very precisely apply the appropriate technology—from different motor concepts to gearheads to elec- tronics. This breadth and depth within each discipline allows us to think freely and choose the solution that truly makes sense, both technically and commercial- ly. It also enables us to develop system solutions without being limited by a spe- cific technology from the outset. A clear advantage for our customers at maxon. Where does a component end for you— and where does a system begin? That depends heavily on the customer and the application. Some customers deliberately want only components, while others are looking for integrated solutions. Both are valid. What’s im- portant is this: systems only work well when the underlying components are first‑class. That’s why we continue to invest heavily in the development of individual technologies—and develop systems where they offer the customer a clear added value. It’s not an either‑or, but a deliberate balance. What role do platforms and customiza- tion play? Platforms are the foundation for im- plementing customized solutions effi- ciently and with manageable risk. When core technology and manufacturing are well established, we can respond more quickly and make targeted adaptations. Not every project can be built entirely on existing platforms. In such cases, it is important to communicate develop- ment risks transparently—especially for highly integrated systems. How do you balance innovation and stability in development?

The “High Efficiency Joint” is a ro- botics joint developed by maxon and an example of how individual components come together to form a complete system.

more and more with humans—for exam- ple in logistics or industrial applications. This requires functional safety because humans and machines are coming closer together. This development is not a short‑term hype but will accompany us for many years. In addition to these visible trends, there are also topics that seem less attractive, such as new regulatory requirements and ensuring robust production processes and sup- ply chains. However, these are crucial to enabling innovative technologies to be used reliably in the first place. What would you tell young engineers starting at maxon today? You should find out what truly interests you—and have the perseverance to get good at it without being overly influenced by short‑term trends. I’ve experienced firsthand how hypes come and go. In the end, what matters is doing something that brings you long-term satisfaction. What, in your view, distinguishes a good technical solution from a truly compelling one? A truly compelling solution doesn’t just work under ideal conditions. It is well‑designed, robust, and reliable in everyday use. That is where you can truly see whether technological depth and system understanding are really present. To the person: Dr. Stefan Müller has been Chief Technology Officer (CTO) of the maxon Group since 2022 and is responsible for the company’s technological direction. He has been with maxon since 2017 and earned his doctorate in electrical engineering at the University of Stuttgart.

This is a classic area of tension. That’s why we have dedicated advanced‑de- velopment teams that focus specifically on new technologies while staying closely connected to customers, univer- sities, and partners. For us, innovation does not mean pursuing every idea immediately; it means making deliber- ate decisions about which technologies truly offer added value and are mature enough to be integrated into products and platforms over the long term. How do you contextualize the many current trends around AI, robotics, and automation? These topics are closely connected. AI is fundamentally transforming robotics. Robots are leaving protected environ- ments and moving into unstructured ones. In the process, they are interacting “Systems only work well when the underlying components are first‑class.”

How to configure the right drive system maxon online shop Modularity is a key principle at maxon, embodied in our modular building‑block system. You can use our online configurator to determine the right drive system based on our X drives.

The maxon modular principle maxon’s motors, gearheads, sensors, brakes, and controllers are perfectly matched to one another, and the combination possibilities are nearly unlimited. With the help of the modular system, you can find the components that best fit your motor—in the catalog and in the online shop. shop.maxongroup.com

Motor DC motors BLDC motors

Accessories Brakes Connection cables End caps

Sensors Incremental Encoders Absolute Encoders

Control Electronics Servocontrollers Positioning controllers Motion Control

Gearheads Planetary Gearheads Spindle Gearheads Strain Wave Gearheads

The maxon online world: Inform, combine, order

maxon online shop

www.maxongroup.com

maxon online configurator

Our website provides a comprehensive overview of our drive solutions. You can also stay up to date with the

In the maxon online shop, you can browse our product portfolio and order our drive solutions. Also, you may

Configure and combine brushed or brushless motors, gearheads, and compact drives according

latest news about our company and read application stories on our blog page.

access all relevant information, includ- ing data sheets, CAD drawings, and any other necessary documents.

to your individual requirements. We guide you step by step through our configurator.

Assembling the perfect motor To optimally tailor the drive system to the specific application, select the shaft, flange, bearings, and electrical connections directly online. Mechanical and electrical data, dimensional drawings, and CAD files are then available for download. For additional adaptations such as hollow shafts, special lubricants, or custom windings, please contact our sales team.

Shaft Length Diameter Surface Cross bore

Bearings Ball bearing Sleeve bearing Lubrication

Flange Centering collar Bolt circle Thread

Winding Nominal voltage Temperature range

Electrical connection Terminals or cables Cable length Connector alignment Connector

Output component Pinion Pulley

Questions? Here you can find support

Support

Tutorials

Guide to motor selection

Our technical support team provides assistance with all aspects of our drive solutions. maxon specialists

How do you determine drive components? What matters when choosing an encoder? How do you select a gear- head? And how do you find the right winding? Our tutorial videos provide the answers.

Our “Selection of DC Drives” guide helps you determine the right drive solution. A flowchart illustrates the

are ready to help with advice. You can also find essential information about purchasing our drives.

methodology, and the guide also includes the formulas needed for correct sizing.

Developing tomorrow’s technology together Young Engineers Program (YEP) Research, development, and talent promotion are part of the maxon DNA. That’s why we support students and start-ups with fair, accessible terms and honor the best projects.

“Logic will get you from A to B. Imagi- nation will take you everywhere.” This quote by Albert Einstein is a reminder that progress is always born from imag- ination. But for imagination to become effective, it needs places where bound- aries can be questioned and pushed. Such places include universities, technical institutes, and start‑up com- panies. The knowledge being created today forms the technological founda- tion of tomorrow. That is why knowledge transfer is a central priority for maxon. For this reason, maxon launched the Young Engineers Program (YEP). Students and young companies that need a drive solution for their project can easily access the maxon portfolio. With our expertise, we also support teams in designing their system. We

maxon supports the team in building the motors and producing the winding. − LEVA logistics robot: The team at ETH Zurich built a robot for heavy loads that can operate in unstructured environments. maxon supported the project with actuators and expertise. − EPFL Rocket Team: The project brings together EPFL Lausanne students working in space‑related fields. The team designs rockets and participates in research competitions. maxon supports them with drive solu- tions and knowledge transfer. These are just three of many examples. The YEP is a global initiative by maxon, and we support teams worldwide.

have supported hundreds of projects in the past. Here are a few examples: − AMZ Racing: The team at ETH Zurich builds an electric race car every year and competes in Formula Student. Apply now: Do you need a drive solution for your university

It all comes down to the winding in every maxon drive.

Here you can learn more about the world of maxon Brochures and magazines Brochures: A quick overview of our solutions Our brochures provide the most important information about drive solutions for specific fields, and we present a selection of them here. They can be downloaded from our website and are also available through our sales organization.

Precision Drive Systems

Aufzugstüren – mehr als nur öffnen und schliessen

Antriebslösungen für die Laborautomation. Hochpräzis und zuverlässig.

Drive technologies and systems for the semiconductor industry

Drive Systems for Space Applications

Elevator doors – more than just open and close

Drive solutions for laboratory automation

Drive technologies for the semiconductor industry

Precision Drive Systems

Precision Ceramic Components

Drive systems for robotics. High torque, compact and efficient.

Drive technology for aquatic systems. Compact, lightweight and highly efficient.

Innovative High-tech Ceramic Components. Precise. Durable. Wear-resistant.

Drive Systems for the Oil and Gas Industry

Drive systems for robotics

Drive technology for aquatic systems

Innovative High-tech Ceramic Components

Get to know our sister company Parvalux Since 2018, the British company Parvalux has been part of the maxon Group. The Parvalux portfolio expands and complements the maxon range. True to the motto “We know how to move,” Parvalux motors and gearheads power windshield wipers on high‑speed trains, are used in ambulances, and help elderly people stay mobile. In this magazine, we introduce the company and provide an overview of Parvalux products. We are Parvalux we know how to move Curious about this device? Its origins trace back to the early days of Parvalux — see p. 14 to learn more.

D R I V E N by

Are robots the better surgeons? P. 24 Doors, stairs, edges – where prostheses and others falter P. 16

Pushing the limits: how technology makes us stronger

“Driven” – the magazine for our customers

Our customer magazine “Driven” is usually published once a year, with each issue dedicated to a specific topic. The current edition focuses on how technology can improve the lives of people with disabilities. We highlight both the possibilities and the limitations of assistive technologies. Order the latest issue—or read the e‑paper by scanning the QR code or visiting www.maxongroup.com

www.parvalux.com

Catalogs for aerospace and UAVs For the aerospace and drone (unmanned aerial vehicle, UAV) sectors, we offer dedicated catalogs that focus specifically on drive solutions for these applications.

Aerospace catalog Reliable, high-performance and environment-resistant solutions

Precision Drive Systems

Aerospace catalog Reliable, high-performance and environment-resistant solutions

UAV propulsion system. Safe and efficient. Ready for take-off.

UAV propulsion system Safe and efficient. Ready for take-off

Quality as the foundation of our success maxon standards Quality at maxon is more than a technical promise. It is the result of decades of experience, consistent innovation, and a company‑wide understanding of quality that shapes every detail.

This is where implantable systems are created: the cleanroom at maxon’s headquarters in Sachseln, Switzerland.

Quality shapes all business and produc- tion processes at maxon. Clear design standards, defined technical specifica- tions, and strict process control ensure that products consistently meet the highest requirements. This understand- ing of quality goes beyond measurable product characteristics: it influences how our employees think and act and is firmly rooted in the so‑called maxon Quality Mindset. Uniform standards for quality, safety, and processes apply worldwide. Business and production procedures comply with international standards such as ISO 9001 and ISO 14001. The maxon medical division is certified according to ISO 13485, and drive systems for aerospace applications

meet the requirements of EN 9100. These regulatory frameworks create transparency, comparability, and safety throughout the entire product life cycle— from development to series production. Compliance with these standards is reviewed regularly. Requirements in the cleanroom Particularly high standards apply to implantable systems used inside the human body. Their assembly takes place in GMP‑certified cleanrooms covering around 1200 square meters. In these areas, particle concentration and microbiological contamination of air and surfaces are continuously moni- tored and checked for traces of spores, bacteria, or fungi. Employees working in

these cleanrooms receive specialized training and are qualified to comply with the strict requirements. At maxon, quality is understood ho- listically and extends beyond products and production processes. All employ- ees must adhere to a Code of Conduct, which serves as a guideline for ethical behavior and professional standards. There is also a Code of Conduct for suppliers. It defines expectations re- garding ethical behavior, social respon- sibility, and environmental awareness. It is an integral part of the business terms and must be accepted by suppliers upon registration. Compliance is verified through audits and analyses to ensure that suppliers meet the standards of the maxon Group.

Relevant EU directives at maxon

Regulation of Registration, Evaluation, Authorisation and Restriction of Chemicals 1907/2006/EU REACH All chemical substances used in maxon products conform to Regulation (EC) No. 1907/2006 of the European Parliament and of the Council of 18 December 2006 concerning the Registration, Evaluation, Authorization and Restriction of Chemicals (REACH). Corresponding REACH certificates can be requested from maxon. this, maxon complies with the substance restrictions of this directive – taking into account the exemptions listed in Annex III and IV (e.g. 6a, 6b, 6c …) – for most of the catalog products. Those maxon products that do not correspond to the directive are identified on the respective product page. A detailed conformity assessment is available from maxon upon request. It is the responsibility of the distributor of the electrical or electronic equipment to assess whether the exemption approvals are applicable for the end product. Directive on the restriction of the use of certain hazardous substances in electrical and electronic equipment 2011/65/ EU RoHS Directive 2011/65/EU and (EU) 2017/2102 incl. 2015/863/EU (RoHS) on the restriction of the use of certain hazardous substances in electrical and electronic equipment regulates certain prerequisites for placing electrical and electronic equipment on the market. The RoHS directive restricts the use of certain substances in electrical and electronic equipment. The substances listed in Annex II of the directive must not exceed a specified maximum concentration, unless an exemption under Annex III and IV of the directive is applicable to be respective application. The RoHS directives are not directly applicable to components. Irrespective of Machinery Directive 2006/42/EG maxon products are designed for installation in complete devices and are considered incomplete machines according to EU Directive 2006/42/EC (Machinery Directive). They are designed to be installed in machines or other incomplete machines and are therefore not CE marked. It is the respon- sibility of the end device manufacturer to identify the relevant directives and issue a declaration of conformity.

maxon drives in the testing and measurement laboratory.

Underwriters Laboratories (UL) and Canadian Standards Association (CSA)

Certain applications and markets require UL- or CSA-certi- fied motors and drives. maxon’s standard catalog products do not have such certification. However, we are able to certify our motors and drives in accordance with UL or CSA standards. Please contact your local maxon partner for more information.

External audits of our products, structures, and processes provide an outside perspective that ensures compliance with international standards. For our customers, our certifications help simplify their own approval procedures and risk assessments. Certified to international standards maxon certifications

Quality: SN EN ISO 9001

Environment: SN EN ISO 14 001 The internationally recognized standard SN EN ISO 14 001 defines the requirements for an effective environmental management system. It covers all environmentally relevant processes within a company. The standard obliges management and employees to act in an environmen- tally responsible manner, comply with legal requirements, and continuously optimize processes. Its goal is to reduce environmental impact, use resources efficiently, and sustainably minimize emissions. Automotive: IATF 16 949 The International Automotive Task Force (IATF) is an association of auto- motive manufacturers and industry groups that defines quality require- ments for the automotive sector. The IATF 16 949 standard is an internatio- nal quality management standard for the automotive supply chain, based on ISO 9001, and outlines the requi- rements for manufacturing products for the automotive market. At maxon, implementation takes place as part of customer‑specific projects.

Aerospace: EN 9100

The quality management stan- dard ISO 9001 defines quality as the degree to which given require- ments are fulfilled. It establishes the requirements for a quality man- agement system that an organiza- tion needs to comply with in order to provide products and services that meet customer expectations as well as regulatory requirements. Among these requirements is the need for the management system to undergo a continuous improvement process.

Since 2012, maxon has been certi- fied according to EN 9100. This stan- dard is specifically designed for companies that develop and pro- duce components for the aerospace industry. It defines specific require- ments for design, development, pro- duction, and maintenance to ensure the highest product quality, safety, and reliability. At maxon, it is applied to customer‑specific products with the exception of A‑max motors and controllers.

Medical devices: SN EN ISO 13 485

Information security: ISO/IEC 27 001 ISO/IEC 27 001 is the globally recog- nized standard that defines the requi- rements for establishing, operating, and improving an information secu- rity management system (ISMS). The goal of an ISMS is to manage risks to the confidentiality, integrity, and avai- lability of information assets in align- ment with an organization’s objec- tives. ISO 27 001 includes a set of best‑practice controls designed to mitigate risks associated with sensi- tive information.

The international quality standard for medical devices confirms that maxon medical meets the require- ments of medical technology to mini- mize potential risks for patients. All processes and procedures are docu- mented, ensuring full traceability. At maxon, this standard is applied upon request for customer‑speci- fic products manufactured at the company’s sites in Switzerland and Germany.

Our drives must withstand the toughest conditions in the test lab: for example in cold‑temperature tests (top), lifetime tests (bottom left), or vibration tests (bottom right).

Market Solutions Mechatronic drive solutions from maxon are used in a wide variety of applications. They help keep the air clean and support medical sys- tems. They enable scientific observation in space and make mobility on Earth safer and more comfortable. They help preserve quality of life, use resources more efficiently, and drive technological progress. On the following pages, we provide an overview of the markets and fields in which maxon has extensive experience and specific expertise.

Market Solutions

Medical technology Industrial automation Aerospace Space Mobility Robotics BIKEDRIVE AIR S Control Electronics maxon MIND maxon system approach

24 26 28 30 32 34 36 38 42 44

In service of better quality of life Drive systems for medical technology When our health is at stake, trust and responsibility matter more than data sheets. Questions of safety and long‑term partnership therefore stand at the beginning of every development in the medical field.

The closer technology gets to the human body, the more important it becomes that mechanical movement is executed exactly as the task requires—whether during robot‑assisted surgery, in hand and leg prosthetics, or in an implant that performs vital functions. Only when safety has top priority can trust in tech- nology emerge. Innovation in a regulated market Work on or inside the body often takes place in extremely tight spaces. It is no coincidence that our smallest drive comes from the medical field. It is based on a platform product that has been en- hanced through targeted modifications. From prototype to series production, all processes remain traceable and veri-

→ Precise, quiet, and durable drive systems for use in and on the human body → Predictable behavior, low heat generation, and long product availability → Suitable for use in safety‑ critical applications

as many sterilization cycles as possible. Only under these conditions is innova- tion in a regulated environment enabled. By relying on proven technology and deep process expertise, it was possible to achieve the necessary additional certifications—for example, to power implants, for which the 4‑millimeter‑di- ameter drive is particularly well suited. Trustworthy technology requires not only safety but also time. Development under strict regulatory conditions, long product life cycles, and consistent performance over many years leave no room for shortcuts. When it comes to reliable medical technology and quality of life in everyday use, our responsibil- ity does not end with delivery—it begins there.

fiable. This requires long‑term product availability, controlled supply chains, and documented manufacturing. At the same time, applications demand extremely compact dimensions, high power density, low heat generation, and

medical.maxongroup.com

In the operating room In the operating room, there is no space for imprecision. Our force‑feedback solutions transmit even the slightest resistance. Movements of scalpels, lasers, or tools stop exactly where they are supposed to. Dynamic processes follow clearly defined paths. We develop drives so that technology remains fully controllable at all times.

Inside the body Medical technology cannot fully replace a heart. But it can relieve it, stabilize it, and take over some of its functions. maxon develops solutions for use inside the body that people can trust. Reliability and predictability are essential when technology is expected to provide support over long periods of time.

In therapy When every drop counts: dialysis machines or insulin pumps enable quality of life when they operate with precision and reliability. Our drives must prove them- selves over long periods in daily use, whether mobile or stationary. Reproducible movements and controlled delivery volumes are essential for this.

Rehabilitation and prosthetics Regaining health is a process that can sometimes take years. It almost always requires individual solutions—just like the ones we develop at maxon. In this dialogue, people and technology benefit from each other: pros- thetics and training devices become more ergonomic, and people regain freedom of movement.

The learning factory Drive systems for industrial automation Processes are becoming more efficient, machines more flexible, and production systems increasingly autonomous. Modern installations not only automate workflows, they also capture states, detect deviations, and respond to them in a targeted way.

Driven by productivity, quality, and reliability, systems are emerging that continuously optimize themselves— from individual process steps to fully networked production environments. The key to this is the interaction of mechanics, drive technology, control systems, and software. Only when motion, control, and system logic are considered as an integrated whole does automation become a learning system. In production lines, robotic cells, or autonomous systems, drive solutions provide far more than motion. They capture loads, dynamics, and operating states, making processes transpar- ent—revealing data that was previously hidden. As a central element of many machines, the drive is an ideal indica- tor of the overall system’s condition. Combined with intelligent electronics

→ High‑precision and

sor; data becomes the foundation for predictive maintenance and optimized processes. Safety is a fundamental requirement of modern automation solutions. As hu- man–machine collaboration increases, production concepts grow more flexible and systems more connected, raising the demands on planning and imple- mentation in industrial environments. Safety as part of the system design Functional safety is not a standalone measure but part of the entire system design. It begins at the drive level, continues through control and software, and spans the entire life cycle of a sys- tem—from design and commissioning to daily operation. Only through comprehensive sys- tems thinking can safety, performance, and flexibility be brought into alignment.

reproducible movements for automated processes

→ High integration,

long service life, and certifiable safety functions

→ Stable operation from standalone machines to full production lines

and software, temperature profiles or deviations in operating behavior can be continuously analyzed. Solutions such as maxon MIND use this data to provide insights into machine condition, process stability, and remaining service life. In this way, the drive becomes a sen-

industrialautomation.maxongroup.com

Semiconductor industry In semiconductor manufacturing, precision, repeatability, and process reliability are essential. maxon drive systems are designed specifically to meet these requirements. As integrated solutions combining motor, gearhead, encoder, and controller, they are used in both wafer production and wafer processing, as well as in PCB assembly.

Energy and infrastructure sector In energy and infrastructure applica- tions, reliability, long operating times, and robust design are essential. Our drives are engineered to operate under varying environmental condi- tions as well as high mechanical loads. This is why they are used in solar‑tracking systems, maintenance robots, and decentralized energy installations.

Measuring and testing Measuring and testing systems require controlled movements and high repeatability. Drives from maxon are engineered for precise position- ing, smooth operation, and stable reference points. They are used in test benches, calibration systems, and automated testing equipment where measurement results must remain reliably comparable.

Power tools manufacturers Power tools place high demands on power density, robustness, and controllable behavior. maxon drive systems are built for dynamic load changes and for use under real and tough working conditions. They are used in professional hand tools as well as specialized industrial tools, even under the most extreme conditions.

Optical systems

Laboratory automation

In optical systems such as cameras, sensing equipment, or laser technol- ogy, the smallest, reproducible move ments determine focus, alignment, and image quality. What is required are drives that enable precise and stable positioning movements in a compact design. This ensures that optical performance can be reliably reproduced over long periods of time.

In automated laboratories, preci- sion, throughput, and reproducible results are essential. maxon’s drive solutions are designed for continuous movements and exact positioning in analysis and handling processes. They are used in areas such as dispensing systems, sample handling, decapping, and automated analysis devices.

Responsibility above the clouds Drive systems for aerospace Building an aircraft means accountability—from the hangar to takeoff and landing. This is only possible with experienced partners.

The service life of an aircraft is 25 to 35 years. New and replacement parts must remain available in consistent quality throughout the entire product life cycle. The aviation industry is highly regulated and requires solid evidence, traceabil- ity, and certified processes down to the component level. Requirements have increased in re- cent years. Drive systems and actuators must be durable and high‑performance. At the same time, efficiency, material origin, and environmental compatibil- ity are gaining importance. Complete documentation is essential. Because of the high altitudes of up to 10,000 meters, our drives are designed to reliably withstand extreme environ- mental conditions. Drive systems are designed and tested for temperature fluctuations, shocks, vibrations, and moisture to ensure predictable and reliable behavior. A long service life is

both expected and required, even under harsh conditions. Control begins already in develop- ment. maxon relies on many years of ex- perience from aviation projects and on processes that meet the requirements of the aerospace industry (EN 9100). A fully equipped test laboratory, suitable → Reliable drive solutions for safety‑critical onboard applications → Haptic feedback and control- lable operating forces for human‑machine interfaces → Proven in aerospace applications with high demands on safety and service life

test procedures, and design consid- erations are based on real operating profiles. Reliable data and models form the basis for flawless functionality and maintenance. maxon develops electric drive solutions consistently in the context of their application. Mechanics, electronics, control, and integration are considered together. Stable and predictable solutions Where customer‑specific solutions are required, we support projects from the concept phase through series produc- tion. The focus is on stable, predictable solutions throughout the entire life cycle—whether in the cockpit, the pas- senger cabin, or ground systems. The electrification of aviation is progressing. Concepts such as drones, small aircraft, or ground‑based drive solutions will rely less on fossil fuels in the future. The responsibility remains.

aerospace.maxongroup.com

In the cockpit Haptic feedback, clearly defined operating forces, and predictable behavior support pilots in every phase of flight. Whether classic control elements or new cockpit concepts, maxon ensures that the interaction between human and machine is clear, precise, and fully control- lable—from takeoff to landing.

Reliable in the background Many systems wait in the background until they are needed. Our drives for locks, flaps, valves, pumps, and release and redundancy mechanisms remain unobtru- sive during normal operation and respond reliably in critical situations. They also contribute to safety in radar, antenna, tracking, and support systems.

On board and in operation maxon drive solutions perform many tasks: they regulate climate and airflow, move cabin or seat components, and contribute to the comfort of crew and passengers over thousands of flight hours. Quiet operation, a compact design, and an architecture that remains stable and low‑maintenance over decades are essential.

In electric aviation This is where maxon’s proven experience meets new applications: electric flight concepts and new platforms place different demands on drive systems and infrastructure. Efficiency, weight, and scalability move into focus—without compromising on safety, quality, or traceability.

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