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
Servoflex Couplings - High Torque and Torsional Stiffness with Low Inertia!
Frequently underestimated, the shaft couplings connecting servo motors to driven equipment play a critical role in overall system performance. Choosing the right coupling is paramount for efficient and reliable machinery operation. When selecting couplings for servo motor drives applications...
Monday 26th January 2026
Solid as a Rock!
ABSSAC Rigid couplings are mechanical connectors designed to rigidly couple two shafts, facilitating the transmission of power and rotational motion. They are characterized by a strong, inflexible connection, ensuring accurate shaft alignment and optimal torque transfer. Manufactured from either Steel (...
Thursday 21st August 2025
Affordable Jaw Couplings for Easy Shaft Connections
ABSSAC's Jaw couplings offer a simple and cost-effective way to connect shafts. These couplings feature a curved design with two hubs and a flexible "spider" made of advanced polyurethane. The spider absorbs shock and vibration, protecting your equipment.
Monday 27th January 2025
Safety First: Lightweight and Compact Safety Brakes
Safety brakes in machinery serve a similar purpose to safety brakes in vehicles – they are mechanisms designed to stop or hold machinery in place during emergencies, power loss, or maintenance activities. These brakes are an essential component of industrial equipment and machinery to ensure the safety of operators...
Monday 25th March 2024
The Schmidt Coupling For High Performance at Extreme Parallel Offset
The Precision Solution for Extreme Shaft Offset in a Compact Distance Between Shaft Ends (D.B.S.E.). Introducing the Schmidt coupling—a pioneering solution that stands apart in addressing the intricate challenge of extreme shaft misalignment, particularly within applications characterized by a small Distance Between Shaft Ends (D.
Monday 26th February 2024
