Categories Linear Specialist Rotary Green Abssac

NEW - Super slim safety brake

Now available through ABSSAC, the brand new BXR-LE type super slim safety brake has an impressive, space saving, physical size. The spring actuated brake model is half the thickness, but the same outer diameter, as its big brother type BXW series. It is operated by the compressive ...
Wednesday 16th October 2019

Sure-Flex® flexible shaft coupling - Pump Connection

Consider the Sure-Flex® flexible shaft coupling range available from Abssac, which was designed specifically with that industry in mind. With large stocks kept, we offer an excellent solution to your pump coupling requirements. The easy to fit Sure-Flex® elastomeric shaft ...
Wednesday 11th September 2019

Getting heavy with 65mm

ABSSAC is in the unique position of not only being able to supply standard ranges of rolled thread forms and nuts, but also develop special types of thread forms that meet the customer’s exact requirement.  Utilising screw diameters from 2mm to 150mm and leads from 0....
Tuesday 10th September 2019

Over 3 decades of linear products

ABSSAC has a truly extensive range of lead screws, ball screws satellite roller screws along with their associated nuts and bearings. We have been assisting engineers specify the correct linear products for well over 35 years. Our fast turnaround machine shop can supply end journals ...
Friday 30th August 2019

Quick and Simple hub shaft connection

An excellent way to securely fix a hub or shaft to an application. The proven ETP-CLASSIC is used in a large variety of applications, for mounting timing belt pulleys, cam curves and arms etc. Positioning along and around the shaft is easy and fast with high precision. Service and maintenance are also easier because of the easy dismantling....
Monday 19th August 2019

Turning customer clamping challenges into innovative and reliable solutions.

When a pressure is exerted anywhere in a confined non-compressible fluid it is transmitted equally in all directions throughout the fluid. In fact the pressure ratio (initial difference) remains the same throughout the fluid. This principle is successfully used in the range of ETP ...
Monday 5th August 2019