Automation Systems

This system is capable of transporting wire gauges from 1 to 20 and tube sizes from Ø 0.250 mm to Ø 12.7 mm. The WT500/1000 provides quick setups for part changeovers with a belt-driven automatic diameter adjustment transport. Laser selections include nano, pico, and femtosecond UV and NIR sources as well as mechanical spindle drilling assemblies with upwards of 80kRPM of speed for precision quality hole formation.

The compact 3-axis linear nanopositioning stage is based on PI’s A-142 mini air bearing linear slide and suited for high precision, high-dynamics positioning, scanning and alignment applications in fields such as fiber optics, photonics, semiconductors, micro-mechanical systems, etc.

The system is a solution for fabricators facing worker shortages and bottlenecks resulting from the increased productivity of higher-volume fiber lasers. The high-speed modular sorting solution significantly maximizes the productivity and efficiency of downstream operations. 

TwinCAT 3 offers numerous options for connecting TCP/IP-based third-party systems to the main control program: OPC UA, MQTT, HTTPS and Modbus are some prominent examples of the comprehensive range of supported communication protocols. The TwinCAT S7 Communication (TF6620) function now expands this broad spectrum to include the S7 communication protocol.

The M-1000iA’s serial-link construction gives the robot a wider range of motion in every direction.  It can extend its arm upright or rotate it backwards, which is not possible for typical heavy-payload robots with a parallel-link mechanism.  With a 1000 kg payload, a 3,253mm horizontal reach, and a 4,297mm vertical reach the M-1000iA is ready to go to work for manufacturers looking to increase output and maximize their production line’s efficiency.

Through the device passthrough feature of TwinCAT/BSD Hypervisor, hardware resources such as the GPU, USB ports and/or network interfaces can be explicitly assigned to a virtual machine. In this way, access to the TwinCAT/BSD system by user and/or network interfaces can be limited, creating opportunities to boost control system security.