Systems that could only use air cylinders due to sizing constraints can now use Mini ROBO Cylinders to improve performance.
Shaped like an air cylinder and easy to use the Mini-ROBO Cylinder has achieved smaller size with significantly reduced overall length, width and height which are comparable to air cylinders. Users who are comfortable with the handling and operation of pneumatic systems are now able to switch to ROBO Cylinders effortlessly.
Reduces the barrier of entry without sacrificing quality
You can now have the infinite flexibility and speed of a SCARA robot without the high cost.
The RH-CH line of compact industrial SCARA robots are lightweight, full-function robots ready to meet the needs of today’s manufacturers at a price for even the most budget-conscious of customers. With a range of payloads, reaches, and protection ratings to choose from, these robots are well-suited for Pick & Place, Assembly, Material Handling, and Packaging applications.
The AquaGard 7350 V2 with tip-up tails provide ample access to the inside of the conveyor for effective, fast cleanings, and easy maintenance. Tails can be tipped up in just a few seconds with no tools, and then retracted and locked back into place with the same minimal effort.
Tip-up tails are standard on the AquaGard 7350 V2 straight-belt models, and also available on straight-running modular belt units. They come with improved strength in the tail for more rigidity and no flexing, as well as supporting the belt/chain closer to the tail for improved performance.
Asco's Numatics 503 series valve manifold is designed to help the design engineer satisfy the Machinery Directive 2006/42/EC and comply with ISO 13849-1 while eliminating the components and complexity found in discrete safety circuits.
The zoned safety concept is an integrated approach to machine safety and control that greatly simplifies the design of a redundant pneumatic safety circuit with a manifold system. The manifold can create up to three independent electro-pneumatic safety zones, while also allowing independent non-safe sections to co-exist within one manifold assembly. The manifold can be configured to shut down air and power only to the group of valves that controls the machine's motion in the operator's vicinity.