With classmate CAD you reduce your design effort and bring order into your parts management. The software analyzes and classifies 3D models and geometry information independently and fully automatically. classmate CAD is interesting for all companies, in which - common CAD systems such as Autodesk® Inventor®, SolidWorks, Solid Edge, PTC Creo Parametric or Siemens PLM Software NX are used, - design engineers are to be relieved, - flexible options for searching and finding existing CAD data are required and - the reuse rate of components is to be significantly increased. Fully automatic classification: classmate CAD is patented and works as a complement to existing software solutions in your company. The fully automatic geometric classification and indexing of 3D CAD models for similar part search is integrated into the existing CAD software. classmate CAD automatically fills the class-specific feature lists with the determined values and creates 2D and 3D preview formats for illustration.

Capture drawing information with AI and assign it to the 3D model You can use classmate DRAW, a tool developed with the help of AI, to analyze technical drawings and extract annotations and other manufacturing information from them. - AI-supported analysis of 2D drawings - Assignment of drawing information to the 3D model - Digital processes throughout

Cost calculation at design stage. Up to 80 percent of the manufacturing costs of products are already determined during development. With our software, you know exactly how high these are: All geometric and topological information is taken directly from your 3D CAD model and automatically analyzed. In seconds, the software determines routings, calculates production costs and detects cost drivers at an early stage. The basis for the calculation is an intelligent combination of many years of experience and the individual cost factors of your company.

The Turck Clean-Line has been specifically developed for use in the most demanding environments of the food and pharmaceutical industries, where the highest hygiene requirements apply. Its design with translucent plastic enables an exceptionally sealed, consistently smooth and easy-to-clean surface, while also offering high chemical resistance in accordance with Ecolab standards. - Chemical resistance for the food industry (Ecolab) - Easy-to-clean, hygienic design - Protection ratings IP65, IP67, IP68, IP69K - Highly convenient and straightforward IO-Link integration and configuration - Field Logic Controller for decentralised control and programming capabilities

Stäubli Cleanroom robots meet ISO 14644-1 class 2 (SCR version) and class 4 (CR version) standards and feature a totally enclosed arm with a glossy polyurethane surface, capable of high dexterity. Compared to other wafer robots, the Stäubli SCR and CR robots offer greater flexibility, higher payload capacity, and extended reach, perfectly meeting the challenges of wafer/photomask/carrier/cassette handling. A compact arm footprint also helps to save precious space in dedicated machines.

Ball catches and magnetic catches for simple but effective closure. So often it is the small elements that make the critical difference for design and usability. Without a doubt this includes ball catches and magnetic catches that – although unseen – can significantly optimize a machine, fixture or installation in qualitative terms. This is particularly the case when flaps, covers or doors need to offer quick access but still remain securely closed. Ball catches of the series GN 4490 offer a very elegant and space-saving way to meet these requirements. The mounting block attached to the moving element engages in the ball catch precisely between the two spring-loaded balls for a positive and non-positive connection. Depending on the size and version, retaining force is between 25 and 150 Newtons. Both parts can be variably positioned, oriented either horizontally or vertically and with engagement from the front or the side. The ball catches are available in a variety of types and with various fastening options using threads or countersunk holes. If the installation situation does not permit the desired positioning, such as for mounting on aluminum profiles, this problem can be easily solved with mounting plates for ball housings GN 4490.1 or with mounting plates for mounting blocks GN 4490.2. Find out more online at: hanser.ch

The CMA coupling modules have been specially developed for use in modern building automation and industrial systems and enable reliable manual operation of individual function groups. They support commissioning and maintenance by allowing components such as valves or pumps to be tested and controlled selectively without an active control system. This facilitates troubleshooting and system balancing, and ensures continued operation even in the event of a control system failure. Furthermore, they enable safe switching between automatic and manual operation and provide feedback on the current operating status at all times.

The CMS-10R IoT messaging system is an innovative and reliable remote monitoring and control solution for industrial and building applications. Thanks to the use of mobile technology, the system is versatile. Connected to the IoT platform, the CMS-10R device can be configured and controlled from any location. It is suitable for use in remote, poorly difficult accessible locations, it can be added to new installations or integrated into existing systems. From monitoring to alerts to control • Integrated switching functionality to remotely turn devices ON/OFF • Reliable operation even in remote locations without local internet or Wi-Fi • Multi-channel notifications: voice call, push, email, pager, and SMS • IoT cloud portal as a central access point • Intuitive dashboard with time-based data logging and clear visualization • Event-driven alerts with timestamp and detailed event logging • API and webhook integration for seamless connectivity with external systems and services • Remote configuration and maintenance of connected devices — anytime, anywhere • Real-time monitoring and control via mobile app (smartphone & tablet) • Over-the-air (OTA) updates for continuous system improvements • Fallback mode ensuring continued operation even during cloud downtime

Piab vacuum pumps/generators are predominately based on the patented COAX® technology. COAX® is an advanced solution for creating vacuum with compressed air. Based on Piab’s multistage technology, COAX® cartridges are smaller, more efficient and more reliable than conventional ejectors, which allow for the design of a flexible, modular and efficient vacuum system. A vacuum system based on COAX® technology can provide you with three times more vacuum flow than conventional systems, allowing you to increase speed with high reliability while reducing energy consumption. COAX® cartridges exist in several sizes (MIDI, MINI & MICRO) and models (Bi, Pi, Si, Ti & Xi), making them suitable for every application. The technology ensures excellent performance at both low and high feed pressures. Pumps based on COAX® technology can operate within the feed pressure range of 0.17 to 0.60 MPa.

Benefits ■ Achieve accurate and uniform detection across the entire object by scanning multiple points, using both static and dynamic teach-in methods. ■ Benefit from intelligent diagnostics, visualization, quick job format change, and remote configuration, all made possible by the integrated IO-Link functions. ■ Save time and money with quick and seamless integration into existing applications, thanks to the miniature housing. Features ■ Stable color detection, regardless of distance ■ Determine the colour of the target object ■ Detect objects with different shapes and surface characteristics ■ Different sensing distance from 18 to 150 mm ■ Possibility to choose between IO-Link or standard mode ■ IP67, IP69K and ECOLAB ■ Compact format with metal body material ■ Response time from 50 to 180 μs ■ Switching frequencies between 3 Hz to 3 KHz ■ IO-Link

Visible at all times. The control and signalling devices are designed for industrial applications with a high visibility factor. They are mounted either on a control panel or a control desk and the attractive, ergonomic design makes the control and signalling devices the ideal solution for various control circuits.

Introduction to and training at a system is very important for the commissioning process. ELPEX AG supports customers comprehensively until a level of full satisfaction is achieved. Any occurring deficiencies are quickly and cost-efficiently remedied by remote access (remote maintenance). Typical procedure: Factory Acceptance Test (FAT) with the customer Hardware IO and functionality test Software functionality test Procedure test up to customer acceptance Commissioning documentation in the form of a journal Staff training Operating instructions

Protect, measure and respond: communicating WAGO electronic circuit breakers monitor every 24 VDC channel and provide diagnostics and remote access before downtime becomes costly. The 4- and 8-channel electronic circuit breakers are only 32 mm wide. The trip current can be selected individually from 1 to 16 A per channel. IO-Link, Modbus RTU or the Manchester protocol provide access to current and voltage values, status and settings for each channel, including remote configuration and control. Early warnings, targeted resets and predictive-maintenance data improve system availability. Reliable earth-fault disconnection also supports the requirements of EN 60204-1.

Limited space but demanding cybersecurity requirements? The Compact Controller 100 combines configurable multi-I/Os with a platform certified to IEC 62443-4-2, Security Level 2. The compact controller combines real-time Linux, CODESYS and Docker in a space-saving DIN-rail housing. Configurable I/Os and an additional RS-485 interface provide flexibility for compact machine and system concepts. An integrated line filter improves electrical robustness. The SL2 certification helps machine builders and system integrators address cybersecurity requirements from component selection through engineering.