
LW2
The ASER-WORKSTATION LW2 is a user-friendly and secure laser workstation with outstanding features: 1. Easy Operation: The LW2 features a touchscreen interface that simplifies operation. Marking is initiated with a single touch. No extensive training is required. Marking jobs are loaded via the USB port, and selection is done directly through the touchscreen. 2. High Safety Standards: As a Class 1 laser product, it complies with stringent safety requirements. Numerous safety features, including emergency stop, sensors, and an integrated extraction and filtration system, protect users. 3. Robust Construction: The LW2 is designed for maximum productivity and durability. Mechanics and electronics are protected within a sealed enclosure, and special measures prevent contamination of optics and moving parts. 4. Marking Flexibility: With a large marking area and compatibility with various laser sources, it can mark parts of different sizes and materials. The LW2 is versatile and ideal for precise part marking in various applications.

M-One – Full-Motion Suite for Humanoid Training Data
Full-motion system for capturing high-quality human demonstration data for humanoid training.

M1-EMP: New AC Drive with multiprotocol Ethernet support
The M1-EMP inverter provides native connectivity to EtherNet/IP, PROFINET, and Modbus TCP networks without the need for optional hardware boards, reducing both cost and installation effort. Sharing the same form factor as the existing M1-ECT EtherCAT model, the M1-EMP supports 10/100 Mbps half and full duplex communication. It enables cyclic messaging that can be used in either pre-configured or freely mapped modes, as well as non-cyclic messaging for full parameter access. An external 24 V DC backup supply further improves reliability by keeping communication active even if the main power is interrupted. The M1 AC Drives series offers a comprehensive set of capabilities. It supports flexible motor control for induction motors, permanent magnet motors and direct drive applications, while integrated position control with a gear function makes it suitable for a variety of motion tasks. Energy-saving features help reduce operating costs, and built-in safety functions such as Safe Stop 0 (STO SIL3 PLe) support compliance with strict safety requirements. For users working with EtherCAT, the series also includes a model with FSoE STO functionality. Configuration and monitoring are simplified thanks to seamless integration with OMRON’s Sysmac Studio software and the OMRON Drive App, which allow setup, parameter adjustment and diagnostics to be carried out quickly and consistently. Available in power ranges from 0.2 to 30 kW across single and three-phase versions, the M1 family is already used in diverse industries including food and beverage, pharmaceuticals, material handling, environmental mobility, water treatment and energy. With the launch of the M1-EMP, OMRON extends this versatility by offering multiprotocol Ethernet communication as standard, ensuring easier integration into modern production environments.

M12
M12 circular connectors are one of the most widely used sizes for circular connectors. The M12 size is available in coding variants for all industrial lifelines – for power, signals and data. IP65/67 protected and packaged in a rugged metal housing, they provide a completely reliable connection when used in demanding applications. With the M12 configurator, you can create customised cable assemblies for your application in just a few clicks. These are ready for despatch within 48 hours.

M12 – A lot of connections are offered by this technology
Small and durable! Quick and easy assembly thanks to the M12 plug connection.

M12 Hybrid Y-coding
The Size 15 metric circular connectors from HARTING offer robust and reliable connectivity solutions. Designed for demanding industrial applications, these connectors excel in harsh environments. With their compact form factor, they provide efficient space utilization while maintaining high performance. Explore our range of Size 15 connectors to find the perfect fit for your specific requirements.

M12 PushPull Circular Connector
M12 circular connectors are one of the most widely used interfaces in automation. They are used wherever robustness and high protection must be guaranteed. The only drawback so far has been the time-consuming assembly. Installers have to check the secure connection with torque tools, which is time-consuming. The IEC standard 61076-2-010 finally brings an industry-wide uniform push-pull locking system for circular connectors in factory automation. Slow screwing was yesterday. With PushPull it's: Click & Connect! Connected simply, quickly and reliably. Regardless of whether the device socket is vertical or recessed, a PushPull locking system in accordance with IEC 61076-2-010 always gives device manufacturers the right solution from a single source.

M12 X-coded with individual assembly
The X-coding for M12 connectors is standardized and clearly defined—that is the norm. But at phg, you get much more: We offer customized assembly solutions tailored precisely to your requirements. Your requirements – our solution From the first to the last interface, we design your M12 connection solutions individually: Cable Configuration • Choice of material, specifications, and cable lengths Assembly of the Second End • Open ends, alternative connector types, or custom solutions Design & Labeling • Custom labeling and markings Visit us at all about automation and discover how we turn your requirements into customized solutions.

M17
In order to make material usage and space requirements in connection technology suitable for the application again, HARTING is presenting circular connectors in size M17. With a power transmission of up to 7.5kW and the increased efficiency of modern drives, the use of an M17 interface offers clear savings potential. With different coding combinations of signal, power and PE, almost all applications for modern drives can be covered.

M23 Panel Mount Connector
M23 is the large format phg panel mount connector. The 19 pole device connector has 16 signal and 3 power contacts. The male contacts are crimped to the stranded wires and assembled according to customer specifications. The coding nose can be individually aligned during assembly using the integrated counter system. You will receive ready-to-install and final-tested device connectors from us.

M2Smart® Gateway
The M2Smart® Gateway is used for safe coupling with the M2Smart® HMI10 and the M2Smart® HMI5. The M2Smart® Gateway is available in different versions, so that mounting in the control cabinet as well as directly on the machine is possible without any problems.

M2Smart® HMI Access Point
The M2Smart® HMI Access Point enables a wireless connection between the M2Smart® HMI5 or M2Smart® HMI10 and the PLC. This allows operator and visualization data to be transmitted via WLAN or Bluetooth.

M2Smart® HMI10
Via the “functionally safe” radio connection, the M2Smart® HMI10 makes it possible to meet the high requirements in terms of safety equipment of a machine even with a wireless operating system. Both the emergency stop button, which is obligatory in this environment, and a three-stage enabling switch are located directly on the mobile HMI device. The corresponding signals are packaged in an encrypted “data packet” and transmitted to the M2Smart® Gateway via a Black Channel using Bluetooth. The M2Smart® HMI10 is also available as a wired version with 5 meters, optionally 10 meters.

M2Smart® HMI10 Wired
A high level of safety is required when operating industrial systems and machines. Emergency stop and enabling switches are indispensable functions in emergency situations. The wired M2Smart® HMI10 Wired offers functional safety through these components. The M2Smart® HMI10 Wired is an optimal and robust solution for industry.

M2Smart® HMI10TE Wired LE
The M2Smart® HMI10TE Wired LE is a high-performance, wired operator interface solution for the safe and secure control of industrial machines and systems. With its integrated emergency stop and enabling switch, it meets all functional safety requirements. Focused on the essentials and specifically tailored to industrial applications, it can be integrated with particular ease into safety-critical machine and system designs.
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