Achieve unmatched contrast, precision, and marking speed, even on the most demanding materials. The MOPA Laser engraver is the ultimate solution for fast, high-quality, and flexible marking in industrial environments. PERFORMANT With power outputs of 30W and 60W, this machine generates markings with improved cycle times compared to other laser technologies and offers better contrast on non-precious metals. VERSATILE Thanks to its adjustable pulse duration (from 2 to 500 ns), along with tunable power and frequency, the MOPA Laser engraver gives you full control over the marking process. Whether you're working with delicate plastic components or metal industrial parts that are sensitive or tough, you get optimal results every time. RELIABLE With a reliable design and high-quality marking head, this industrial laser marking system operates with stability in intense environments. The robust, profiled aluminum housing is rigid, reducing vibrations and resisting shocks, which contribute to a secure and long-lasting performance. The IP54 protection rating of the head reduces long-term maintenance costs by ensuring splash and dust-proof protection.

With the 1935…BRC brushless DC-Motor, the motor manufacturer FAULHABER has brought an all around optimized version of the successful product 1935…BRE on the market. The new motor achieves a continuous torque of 3.5 mNm while still retaining its compact design, making it more powerful than its predecessor model. Its direction of rotation is reversible. At the same time, the speed range was increased to 1,000 to 11,000 min-1 and the efficiency was further improved. The temperature range has also increased significantly, ranging from -25 C to 85 C. The new high-performance bearings allow for a prolonged service life. The proven connection concept of the 1525...BRC and 3153...BRC series was now standardised in the 1935...BRC. The 1935…BRC has an integrated Speed Controller and thus its own electronic control. This facilitates speed control by means of a PI controller with external setpoint input. With its dimensions of 19 mm in diameter and 35 mm in length, the motor is adapted for installation in very restricted spaces and thanks to its rugged design it is suitable for applications with high loads. An integrated current limiting protects the motor from overload, the controller setting can be parametrized via the programming adapter. Typical fields of application of the 1935…BRC are primarily applications in pumps, for example for laboratory devices, inkjet printers, medical technology and diagnostics, fuel cells or in battery-powered systems. It can also be used in robotics, tool technology, industry automation, as well as measurement and testing technology.

With more than one million standard and special parts in its portfolio, Bossard offers an unparalleled range of fastening solutions for a wide variety of applications. Our mission is to support customers throughout the entire product lifecycle – from design and validation to reliable global supply. Our experts provide comprehensive consulting in fastening technology, work with you to develop a tailored fastening strategy, and support your engineering teams with deep design expertise. In our accredited in-house testing laboratories, we carry out technical tests and validations to reliably prove the performance and safety of your fastening solutions. We also assist in rationalising your fastener assortment, applying the latest industry standards, techniques and best practices. For you, this means: using the right fastening technology correctly reduces assembly time, accelerates time to market and ensures a validated, well-thought-out design – durable, high quality and sustainable. Optimised processes lead to higher throughput and significantly lower total cost of ownership (TCO). Alongside our extensive standard portfolio, we manufacture engineered parts based on your drawings and ensure optimal delivery conditions worldwide. Certifications such as PPAP, ISO 9001 or ISO 14001 are available upon request. With our own testing laboratories, we guarantee consistent quality across all product lines. Numerous well-known OEMs have trusted our expertise, innovation and reliability for many years.

EPLAN Electric P8 is a consistent, integrated and fast engineering system for you to plan and design the electrical engineering for machines and plant systems. The software supports 2D computer-aided engineering and a wide variety of engineering methods: from manual creation to standardized and template-based approaches. The project data, once entered into the schematic, becomes the foundation for the automated completion of machine and plant system documentation. In short, EPLAN Electric P8 electrical design software offers you much more than “just” drawing schematics and circuit diagrams.

The cMT X series goes beyond its outstanding performance by integrating innovative features such as data integration, mobile monitoring, and cloud services. It is the intelligent HMI solution you need. The cMT X series supports over 400 PLC drivers and IIoT protocols. It enables seamless data integration for field devices.

The new MGB2 represents the consequent further development of the globally successful Multifunctional Gate Box MGB.

Mosaic MZERO is an economical safety controller with 16 safe inputs, four safe OSSD outputs and four reset/EDM inputs that can monitor all safety functions of a machine or system. The Mosaic MZERO is used as a standalone safety PLC and is not expandable. High diagnostics via status outputs! With the aid of the four status outputs, up to 32 pieces of information can be transmitted to the higher-level control system. control system. Software gateway for Siemens TIA, Codesys are available on our homepage. The project report contains the current values for PFH, DCavg and MTTFd according to EN 13849-1 and EN 62061. - 16 safety inputs - 4 inputs for start/restart interlock, EDM or devices with one input - 4 pairs of OSSD safety outputs (PNP 400 mA) - 4 status outputs SIL 1/PL c (PNP 100 mA) - 4 test outputs - 64 logical operators

The NX1 series modular machine controller provides logic sequence, motion and information functionality. NX1 is joining production and IT worlds, minimizing engineering and maintenance while suppressing middleware.

Lenze's servo portfolio combines dynamics, precision and scalability. ​ Our servo drives combine dynamics, precision and scalability. With integrated engineering and the Lenze FAST Application Software, they offer a strong basis for modern machine concepts.​ In focus: the i950 multi drive – the next evolutionary stage of the i950 servo drive platform for modular drive systems. Thanks to its integrated DC rail system, high power density and flexible architecture, it reduces wiring work and creates new possibilities for compact multi-axis applications.

Customer-specific electronics, which can be assembled flexibly and modularly, are becoming increasingly important. Our motion control platform is a modular system and a perfect solution for highly complex, intelligent control systems. Drive options • 4Q-operation, control : speed/position/torque • Connection to industrial networks : CANopen, EtherCAT, Profinet • IoT READY : WLAN, Bluethooth, BLE, Smartphone to Cloud • Motors : DC / BLDC / Stepper • Feedback: Encoder, DC Tacho, Senors, IO’s • Decentralized master-slave control, PLC programming - IEC 61131 • Multi-axis Motion Control • Electronics in the motor or externally Efficient system with high efficiency - holistic approach to development - that is our strength.

Complete in hardware, software and service, safe in application and intelligent in function. With Parkem drive technology, motion & control applications can be solved economically, intelligently and future-proof. At the heart of the system is the control and drive system, which is tailored to the requirements and consists of: - Motion control with optional safety control - Single or multi-axis servo drives - Servomotors, linear and torque motors User-friendly tools are available for simple commissioning and comprehensive diagnostics. The Parkem experts get the most out of it! With professional drive design and commissioning, machines achieve maximum performance, while acquisition and energy costs are reduced to a minimum. Your benefit - Complete drive technology from a single source - Cost-optimized design and commissioning by our drive specialists - Comprehensive drive solutions for efficient and high-performance applications - Many years of in-depth expertise in MotionControl - Support with the integration of EtherCAT, Profinet, Ethernet IP, CANopen - Development and programming of software incl. safety for motion control We assume overall responsibility for cross-manufacturer MotionControl solutions - High-end automation systems from KEBA for visualization, control, servo drives and servo motors - Affordable automation systems from LS Electric for visualization, control, servo drives & motors, torque rotary tables, planetary gearboxes - Direct drives from Tecnotion for integration into machines and systems: linear motor and torque motor kits - Linear motors from Unimotion as a plug&play complete axis or as a kit for integration - High-quality servo drives from Parker Hannifin such as controllers, servo drives and servo motors (also ATEX) - High-performance & compact servo drives from Copley in 230V and 20-180VDC versions

Ketterer motor drives consist of a 24 V DC motor and a worm gear. The motor drives the entire system. The worm gear is needed to convert the torque and speed of the motor according to your requirements. In combination with a spindle, linear motion is generated from the rotating motion of the DC motor. The movement is limited to the length of the spindle. The spindle can be connected in two ways. If the spindle is connected as a through-going spindle, the motor drive moves freely on the spindle axis. If the spindle is permanently attached, the motor drive is rigidly installed in the system. Thanks to their compact design and smooth operation, Ketterer motor drives can be used universally. Together with a Ketterer controller, motor drives can be used to put together complete drive systems that meet the most individual requirements.

Motor Testing is carried out to monitor the state of the electrical machines, to determine their condition and to identify in advance possible faults that could lead to production stops. Motor Testing can also be carried out to check electric motors that have just been purchased or repaired, to check the quality of the product or the effectiveness of the work done. Motor Testing can also be used to optimise energy consumption, so as to always use perfectly tuned equipment, limiting electrical consumption. “Offline” analysis (MCA) The Offline type of analysis, i.e. MCA Motor Testing is carried out on a de-energised motor, first from the main switchboard and then, if we have any doubts, from the terminal board. For an even more accurate result, in case of suspected anomaly, we can redo the test by moving the rotor slightly by hand. “Online” analysis (ESA) The type of analysis Online, i.e. ESA Motor Testing is carried out on an energised motor, from the electrical panel. This allows us to detect other types of defects in motors and electronic components. The advantage of this method: you do not have to stop the motor and so we can also check the inverter and the most important mechanical components.

Motor cables, servo cables and feedback cables are used in industrial drive systems to provide both power and signal transmission. Optimised electromagnetic compatibility (EMC) of these drive cables ensures interference-free operation between the converters and the drive.