Tag Archives: Sterling Instrument

Tour the new SDP/SI Facility!

Read More

Tour the New Stock Drive Product/Sterling Instrument Facility

 

Read More

SDP/SI Moving to New State-of-the-Art Facility Later this Year

Brand New Engineering and Manufacturing Facility Will Lead to Greater Customer Benefits SSDP/SI – Stock Drive Products/Sterling Instrument, a leader in providing mechatronic based design, engineering and manufacturing services for critical motion control applications will be moving to a brand new world-class engineering and manufacturing facility later this year. Construction is underway in the new […]

Read More

Slip-Ease Clutches Offer An Improved Low Backlash Variant On Its Existing Line Of Multi-plate In-line Slip Clutches

New Hyde Park, NY – Sterling Instrument (AS9100 Registered Manufacturer) offers a new, low backlash variant on its existing line of multi-plate in-line slip clutches.  Both versions feature an all mechanical design, which makes them considerably cheaper than electromechanical alternatives.  The slip plates are layered with friction pads in between, and an adjusting nut sets […]

Read More

Miniature Fairloc Bellows Couplings for Medical Applications

Designatronics, Inc. Designs Miniature Couplings That Easily Accommodate Shaft Misalignment New Hyde Park, NY – Designatronics, a leader in comprehensive mechanical solutions for critical motion control applications is pleased to introduce a new line of couplings. Sterling Instrument’s Miniature Fairloc® bellows couplings are zero backlash, easy to install and corrects for angular and parallel axis […]

Read More

New In-Line Mechanical Clutches From SI

Slip-Ease Clutches Offer An Improved Low Backlash Variant On Its Existing Line Of Multi-plate In-line Slip Clutches. New Hyde Park, NY – Sterling Instrument (AS9100 Registered Manufacturer) offers a new, low backlash variant on its existing line of multi-plate in-line slip clutches.  Both versions feature an all mechanical design, which makes them considerably cheaper than […]

Read More