Automation Systems

V-817 linear stages

The V-817 linear stages, engineered for highly dynamic and precise motion, boast a load capacity of 600N, travel ranges from 8” (204mm) to 32” (813mm), and velocities to 3000mm/sec. Driven by 3-phase linear motors and guided by robust recirculating ball bearing guides, the low-profile design of only 63mm minimizes moving mass and tilting errors. An integrated linear encoder provides <1nm resolution and when operated with PI’s industrial motion controllers, the stages achieve 10nm minimum incremental motion, 1µm bidirectional repeatability, and 2.5µm accuracy.

Clamping Module Option for FlexMove Conveyors

The Clamping Module is ideal for totes, boxes, bottles and square, round and rectangular containers. As products pass through the Clamping Module, pre-programmed photo sensors trigger a pneumatic-clamping actuator that is mounted on both sides of the conveyor. The Clamping Module produces a gap of about one product length; product must be able to withstand some back pressure and squeezing force.

JETCAM Orders Controller (JOC) 3.57

JOC (PA) now fully automates CAD import, whereby a folder can be monitored for a CSV file containing details of DXF files to process, material, thickness, quantity required and machine to nest for. An existing system such as CAD, MES or MRP could generate a CSV file that would be  immediately imported, tooled for multiple machines, nested, with NC code being available  within minutes and all completely without any user intervention.

EN-20 Single Chip Solution

The EN-20 product series features industrial grade 3D NAND supporting an ambient temperature range from -40°C to 85°C. The managed device combines high grade NAND Flash chips, a sophisticated PCIe controller and firmware that supports demanding applications. The PCIe 4 lane interface with backwards compatibility to single or dual lane system designs operates according to the latest PCIe 3.1 specification and offers high bandwidth up to 1600 MB/s for sequential read and 770 MB/s for sequential write.