SFU Disc Coupling Unveiled: Faster Servicing with Quick-Change Flexible Discs
ABSSAC has unveiled the Servoflex SFU, a next-generation disc pack coupling designed to remove one of the most persistent pain points in high-speed machinery: maintenance downtime. In environments where uptime is critical, traditional couplings often hide significant costs, demanding hours of labour for what should be routine servicing.
Wednesday 29th April 2026
ABSSAC Machined Springs: A Revolution in Precision Engineering
ABSSAC Limited, a leading UK-based provider of engineered motion and power transmission solutions, is proud to announce its continued expansion and promotion of a truly transformative product: the Machined Spring. Moving beyond the limitations of traditional wire-wound springs, this innovative component...
Monday 20th April 2026
ABSSAC is exhibiting at Machine Building North 2026
On the 13th May 2026 at the Concorde Conference Centre in Manchester. ABSSAC is pleased to announce our participation at Machine Building North 2026, taking place on 13th May 2026 at the Concorde Conference Centre in Manchester.
Tuesday 14th April 2026
Machined Spring Capabilities
Discover the benefits of Machined Springs. Achieve Performance Beyond Conventional Limits!. . Why choose Machined Springs from ABSSAC?. Reliable, predictable performance. Machined Springs meet the needs of applications where design considerations such as accuracy...
Thursday 26th March 2026
Rock Around the Clock!
ABSSAC’S ETP Classic Bushings Simplify Installation and Keep Heavy Machinery Ticking. In the demanding environment of a rock processing factory, where the rhythm is set by the brutal forces of crushing and screening, uptime is paramount. Every minute of downtime is a costly silence.
Monday 9th March 2026
Why Rolled Threads Outperform Machined Threads
Choosing the right thread manufacturing process is essential for ensuring strength, durability, and cost efficiency in modern engineering and production. Rolled threads, compared to machined threads, consistently offer superior performance thanks to the way they are formed.
Monday 16th February 2026
