Deburring machines from LISSMAC stand for reliable metal processing, especially for the deburring of all cutting contours on both sides. Machining the outer and inner contours on sheet metal in just one work process enables significant savings potential. The moduco robot platform is a perfect addition if you want to automate loading. Have sheets inserted automatically. Whether with the compact deburring machines such as the SBM-XS series or the high-throughput SBM-XL series. Deburring of laser, plasma and oxyfuel cut workpieces.

The Simscan-E is a wireless 3D scanner that can be used to precisely digitize components. The accuracy of 0.015mm + 0.035mm/m is in a range that represents a cost-effective option for quality assurance for many applications. Come and take a look at the scanner at our Vision Center booth.

Optimize your designs through virtual tests under real conditions. With our solutions, we provide you with outstanding calculation and performance potential that will bring your products to market faster and more sustainably. - Linear, non-linear static, dynamic analyses - Topology optimization - Injection molding analysis - Flow analysis - Strength verification according to FKM guidelines - Electromagnetic simulation - Digital twin

AXE-Z WITH TOOTHED BELT DRIVE Sizes 60, 80, 100, 110, 160 AXE-A WITH TOOTHED BELT / Ω – DRIVE Size 40, 60 - Standardised products - 1 or 2 parallel linear guides as a guide system - Long-term maintenance-free with SNR – linear guideways with ball chain technology - Timing belts and toothed belts / Ω – Drive as a drive system - Various accessories

The group “Single Tube Linear Units 2A” contains linear units made of chrome-plated steel or bright stainless steel precision tubes. Together with linear unit connectors, these form a solid linear round or square guide. The spindle drive in the guide tube transmits the linear movement to a linear unit connector. The linear units are freely configurable and are entirely manufactured by Inocon. Single tube linear units can be divided into four types: Linear units with one guide element: the linear unit connector is moved along the guide tube by the spindle thread. Linear units with two opposing guide elements: two linear unit connectors move symmetrically along the guide tube due to different thread directions. Linear units with two independent guide elements: two linear unit connectors move independently along the guide tube due to separate spindles. Telescope linear units: an outer tube forms the linear unit connector, which is moved along the inner guide tube by the spindle thread. This increases or decreases the total length of the linear units. Possible accessories for the single tube linear units offered in group 2D include handwheels in various designs, position indicators and spacer plates for spindle clamping. The accessories are matched to the nominal diameters of the linear units. The matching linear unit connectors are available in group 2B in all typical part types, such as cross, base or flanged linear unit connectors. Together with the linear unit connectors, single tube linear units can be used to quickly and easily assemble solid linear guides that can be flexibly adapted to many different areas of application, such as for format adjustment and machine building. An operating manual with instructions for assembly can be downloaded from our website at inocon.de/en/service.

Modular process units designed to withstand anything VIRO has extensive experience in Skid Design for clients in the chemical, gas, oil and drinking water industries who operate production sites on vessels, drilling rigs, offshore platforms, and a variety of onshore locations. Familiar with critical factors Skid Design is characterised by a number of critical factors such as the various skid module interfaces needed to connect system and construction components to one another. In addition, transporting and lifting skids have to be critically assessed because the loads acting on the structures during these operations are different from those acting one them when they are in their intended locations. Clearly, the skid must remain intact while being transported so it will work properly when it is in place. Once at its intended site, the opportunities for installation and construction are usually limited. The challenge is to design and elaborate a skid that is functional, structurally sound, and easy to operate and maintain in the small space available. The project site is often abroad. Not only do we have to meet international standards, we also have to apply the standards of the country concerned. Occasionally, the design needs to take account of site-specific conditions, such as earthquakes or high wind loads.

Slewingdrives Electric or hydaulicly driven

Slewing ring bearing interchangable with the major brands

Scope of delivery components: - Cylinder with ball screw, servo motor and strain gauge force sensor - Drive controller with PLC - Industrial PC with HMI software for joining processes - Cable set 10m (motor/encoder/force sensor) - Component manufacturer: Bosch Rexroth - Component basis: Smart Function Kit - Two-shaft guide with adapter plates and tool holder Modular system with the following specifications: - robust mechanics based on proven ball screws - Anodised aluminium housing - Flange mounting - Guiding of the screw drive secured against torsion - standardised tool holder - force sensor with strain gauge technology - Servo motor with absolute encoder and holding brake - Drive controller with integrated PLC - Drive controller equipped with application-related safety functions "Safe Torque Off" for category 4/PLe/SIL 3 - Force-displacement-regulated control of the servo press - Parameterisation and evaluation via HMI software - Measuring direction: designed for push operation (pull operation optional) - Drive system IndraDrive from Bosch Rexroth

The future is up to SIM Rapid technological advancements and a changing global economy are leaving their mark on the industry. Innovations are coming thick and fast. Product life cycles are getting shorter. To remain competitive, companies need to be flexible and maintain an ability to adapt their production processes seamlessly and efficiently. As mechanical engineers your role has moved on from what it used to be. Clients expect you to help them evaluate their production life cycles and come up with smart, flexible, modular solutions: Smart Industrial Machinery (SIM). Intelligent network Smart industry embraces all kinds of innovative trends, such as 3D printing, robotics and the Internet of Things (IoT). The IoT focuses on gathering, analysing and interpreting process and machine data, and enabling the machine or device to communicate automatically with other units within the production network. SIM offers important benefits and opportunities: -By connecting and optimising different manufacturing processes, your clients are able to increase productivity. -The smart analysis of machine data means they can anticipate issues more quickly and identify areas for improvement. -Adaptable mechanical design and modular software allow your clients to modify their machinery quickly and efficiently. -You can add value to your machinery and offer new services, for example uptime guarantee, predictive (i.e. preventive) maintenance and/or remote maintenance.

Operator software for digital quality inspection of components – in real time and fully integrated from inspection planning to report generation

Ganter is expanding its range of indexing plungers with a technical treat. The newest addition, type GN 817.7, is pneumatically actuated and can be seamlessly integrated into automated processes thanks to state-of-the-art sensors. There aren’t actually any indexing plunger variants lacking from Ganter’s portfolio. Nevertheless, the development team consistently succeeds in integrating new functionality that opens up new application possibilities. The most recent indexing plunger development is pneumatically actuated. Plus, the part also detects both end positions with just a single sensor. This makes GN 817.7 a logical advancement over the manually operated indexing plunger GN 817.6. The new variant can also be used in hard-to-reach locations and can be integrated into automated processes. What’s more, GN 817.7 can be used as a replacement for GN 817.6 without any changes in dimensioning or signal processing. The position detection of GN 817.7 is once again based on proven magnet technology but with some important new innovations. Not only are both end positions now detected but they can also be individually defined. The sensor teaching can be performed directly on-site with a small operating element on the sensor, which is held in place by a clip and supported by a cable. There are even LEDs for visual feedback. The other option for teaching is to use the convenient IO-Link feature via the system control unit. This standardized interface makes teaching a quick affair and also allows for immediate replacement in the case of faults, which significantly reduces downtime. The high signals upon reaching the respective end positions are transmitted directly over the 4-pin M8 cable plug to the control unit of the system. More information on Ganter standard parts can be found on the internet at www.ganternorm.com

Under the keyword Industry 4.0, production facilities are increasingly developing into "smart factories" in which individual production steps are monitored in real time with the help of intelligent machines and sensors and the overall process is organized more effectively. norelem also has some of these "smart products" in its range. Smart products independently collect and transmit their own production and operating data to other devices. However, they can not only store data, but can also be equipped with individual production information, so that the networked product can, for example, put itself into operation and control its own production process. This communication between product and machine – and humans who monitor both – simplifies and optimizes many previously complex processes in production and the workshop. Everything on GREEN with the Smart Products from norelem Smart products are the ideal solution when it comes to machining workpieces with as few errors as possible

BERNSTEIN supplies the system solution for the complete safeguarding of machines and thus offers the complete package of intelligent electronic safety technology. The SMART Safety System includes, for example, the non-contact RFID safety sensor SRF, the electronic emergency stop SEU and the safety evaluations SCR P and SCR DI. During development, BERNSTEIN attached particular importance to the patented DCD diagnostic system, which collects extensive data from each connected device and makes them available centrally and flexibly in the sense of intelligent production.