Schmidt offset shaft couplings aid in the manufacture of wind turbine blades
Innovation at work. Schmidt offset shaft couplings are presently being used to drive the rubber pull rollers and heated laminating rollers that create a structural adhesive for the manufacture of pre-impregnated composite fibres. Commonly used in the manufacture of wind turbine blades...
Monday 21st June 2021
Calibration laboratory uses ETP hub and shaft connections
. DrehmomentService Dr. Peschel is a calibration lab based in Peine that works with globally operating clients from a wide range of industries. Dennis Howorek is head of the lab and managing director of Technology. He will explain the key advantages of using ETP hub-shaft connections in the lab.
Monday 10th May 2021
Machined torsion springs offer performance that wound alternatives simply cannot match.
Machined Torsion Springs from ABSSAC offer a range of advantages to end users. Being machined from a single piece of solid material, they can provide very precise linear deflection rates because they eliminate virtually all residual stresses. In a traditional, wire-wound spring, the spring rate can change over time.
Monday 20th July 2020
SpaceX’s Dragon cargo capsule
By helping to maintain cryogenic temperatures as low as -95°C, edge welded metal Bellows, have become a trusted, reliable solution for NASA cryogenic temperature chambers. NASA’s Commercial Resupply Services (CRS-1) mission lifted off from launch complex 40 at the Cape Canaveral air force station in Florida...
Monday 6th July 2020
Metal Bellows - Key enabling technology for a wide range of engineering applications
The versatile metal bellows play an essential role in controlling pressure, vacuum and motion, in a broad array of machine components and assemblies across numerous industry sectors. The process begins with a piece of aluminium stock or bar. Next the internal geometry of the electroform is machined into the aluminium to produce a mandrel.
Monday 29th June 2020
Alternative to Wound Springs ?
The versatile machined spring provides superior elastic performance in a wide variety of applications. Machined springs can be designed to specifically address requirements for rate, reactions at desired deflections, combined rates, modal properties, weight, inertial limits, and more.
Monday 8th June 2020