ESI Technology Ltd

ESI Technology Ltd designs and manufactures pressure transducers and transmitters for the aerospace, defence, oil & gas, subsea, medical, automotive, marine, process and general industrial markets. Our customer base extends worldwide, exporting 75% of our sales to more than 45 countries.

STRATASYS COALITION FOR FACE SHIELD PRODUCTION WITH 3D PRINTING NOW NUMBERS OVER 150 ORGANIZATIONS RESPONDING TO PANDEMIC

Requests from hospitals and other organizations exceed 350,000 shields; first hospital shipment received on Mar. 25  A coalition of companies and universities assembled by Stratasys(NASDAQ: SSYS) to produce face shields leveraging 3D printers now numbers more than 150, the company said. Among others, the list includes Boeing, Toyota Motor Company, Medtronic, Dunwoody College of Technology, […]

igus introduces two new hybrid roller bearings for easy adjustment in lateral positioning systems

Linear systems are extensively used to move doors, monitors or even panels laterally, or side-to-side. If a low driving force is required, especially for manual adjustments, rollers are often used in the bearing element to reduce friction. However, to absorb the lateral forces, the position of these rollers is crucial. As a solution, igus has […]

MEETING THE CHALLENGES OF BIOPRINTING

3D bioprinting offers opportunities such as testing treatment for diseases using artificially affected tissues, and through usingbioink, it’s much easier to solve problems on a patient-specific level, promoting simpler operations. Within this context this article assesses the possibilities that exist for bioprinting, and looks at a newly introduced technology option that can provide highly reliable […]

Zimmer Group Expands Its Digitalisation Strategy With New Products

The automation market continues to evolve rapidly, especially with the current trend towards lightweight and collaborative robots. An increasing number of manufacturers and models are being introduced, targeted at a highly diverse range of tasks, with the interfaces to these robots just as varied the robots themselves. At present, no common authoritative interface standard for these […]