Semiconductor

Submitted by Brian Sullivan

Valin’s aluminum framing systems are being used in cleanroom environments to overcome many of the disadvantages associated with traditional painted steel shelving systems.

Echoline Low Pressure Monitor and XHP Series High Purity Transducer

Echoline Low Pressure Monitor was developed for semiconductor manufacturers to monitor and balance gas exhaust systems, alert plant engineers to problems and to automate adjustment of high and low trip points before and after system maintenance. The XHP Transducer is designed for accurate, reliable sensing of process gases.

Parker Domnick Hunter Process Filtration now offers their E-series vessels in 316 stainless steel. This expanded offering compliments Parker's current 304 stainless steel models.

Parker's PM-DD servo motor is designed to provide high torque and high accuracy. Tapped mounting holes and a hollow through bore allow this motor to be used in a variety of applications that require the load to be attached directly to the motor.

Submitted by Corey Foster & Bosch Rexroth

An Industry 4.0 Workstation is a semi-automated workstation that provides a link between the real world and the virtual world. It is a versatile solution that enables a highly efficient use of resources, great planning, reliability and short throughput times. Learn more.

Submitted by IAI

Motorizing the feed process increased production, and significantly lowered electricity and labor costs.

Applying a liquid solution to a copper twisting machine – CT-Effects Application Example

These new models connect directly to the database and accelerate leveraging real time data for productivity improvement, predictive maintenance and quality traceability at production sites.

XHP Series High Purity Transducer

Precision Sensors XHP Series "High Purity" Transducer is designed for accurate, reliable, long-term sensing of process gases used in the manufacturing of semiconductor products. LED status light verifies that the transducer is operating correctly. Color band labels are provided with the unit to allow the installer to mark and identify the measured gas. 

The innovative battery-less absolute encoder operates through the combination of gears recognizing the rotational position data, which eliminates the need for a battery (and battery replacement) that is normally required for a conventional absolute encoder.