Products in the News
Original Press Release
PMAT Offers Secure Global Grip in Automation
Press release date: March 28, 2017
Highly versatile and cost-effective, Piab's Modular Automation Tooling system PMAT is available across the globe, helping manufacturers to realize secure, flexible and adjustable vacuum gripper/fixture tools for their assembly lines.
Machined from high quality anodized aluminum alloy, PMAT is lightweight and easy to assemble on site without welding or special tools. It offers multiple mounting options, and can be used to design robot end-effector tools, ergonomic tools or fixture tools for any type of automation equipment. It offers both adjustability and rigidity, and will help producers to transform their assembly tools to meet their specific needs with minimal design time.
"Our customers particularly appreciate the flexibility of PMAT and the wide range of options offered. They are also very impressed when they realize how easy it is to maintain the system, and the fact that spare parts and qualified service support are readily available globally is definitely one of the most important arguments for choosing PMAT," comments Barry Gropp, District Sales Manager for Piab in Detroit Michigan, where the US automotive industry has favored PMAT for a number of years.
PMAT has enjoyed particular success in automotive body-in-white (BIW) and stamping assembly areas, but is equally applicable to general assembly within any industry. Attachments include vacuum ejector units based on Piab's energy-efficient COAX® technology, providing both grip and release mechanisms.
Following requests from customers, PMAT is offered with an optional inline filter, and an external check-valve that can be used to meter air flow to the unit, protecting it from over pressurization while saving air. The vacuum check valve included in the VGST3040 platform is an alternative to clamps, saving weight and trapping the vacuum in case of air interruption to the tooling. Furthermore, special suction cup attachments ensure safe handling of objects of varying geometries.
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