Following a recent partnership agreement, the full range of
Mate Precision Technologies’ Dyno high-precision zero-point fixturing range is now available in the UK exclusively from
Leader Chuck International, a workholding and machining efficiency specialist.
One of the latest players to enter the zero-point fixturing market, Mate Precision Technologies’ next-generation fixturing range is said to offer significant advantages over the competition.
Consisting of DynoGrip vices, DynoLock base plates and DynoMount tombstones, the ethos behind the range stems from Mate targeting manufacturing efficiencies within its own workshop. Renowned for producing high-quality punch press and press brake tooling for manufacturers around the world, the company employs around 300 highly skilled staff at it manufacturing facility in Minnesota, USA.
So, the need for machining efficiency gains comes from worldwide competition. Extensive trials of the previous generation zero-point systems, available from established suppliers, under real-life production operations highlighted a number of limitations that have been addressed by the Dyno range.
Mark Jones, Leader Chuck’s managing director, said: “With Mate’s extensive knowledge of the high-quality tool steels and the fine tolerances used to produce its tools for sheet metalworking, it is only logical that the same materials and processes are used for the Dyno range of fixturing. It is why the company offers a ‘zero wear out forever’ policy across the range with a 100% unconditional customer satisfaction guarantee.”
Mate DynoGrip self-centring vices are engineered to shorten setup time and reduce process variability. Two zero-point four-stud engagement patterns are offered, 52mm and 96mm, that are compatible with other systems or can be mounted directly to the machine table via toe clamps or bolted through the body.
Available in 13 sizes the vices feature quick-change jaws with an innovative ‘click-lock’ system for quick setup, and a 45deg angle on the top jaws to pull the workpiece down into the vice body for maximum rigidity during heavy cuts. They can also be quickly reconfigured to grip outwards with the jaws holding internal walls of the component or billet.
Production flexibility is further supported by the ability of the vices to hold two parts at the same time. Mr Jones added: “With a fixed centre jaw and the quick removal of a locking pin the vice becomes dual-station. Even dissimilar-sized parts can be securely held simultaneously with absolute confidence.”
Offers best-in-class accuracyWith 11 size and shape variants there is a DynoLock base to suit any machining application. These quick-change workholding bases are the foundation of the workholding system and the key to superior productivity. The product mounts to the machine bed, tombstone, pyramid or riser, and offers best-in-class accuracy and repeatability with a superior holding force.
Mr Jones continued: “Mate takes the term zero-point very seriously. DynoLock has what it takes to securely hold your vice, whether you change the same vice repeatedly or exchange it for a different one. DynoLock reduces your machine set-up times and keeps your spindle cutting.”
For increased volume production applications and higher part loading density, DynoMount three- and four-sided tombstones are available for use with Mate DynoLock 52 and 96 bases. Using a chambered design for weight reduction, Mate tombstones also include a hoist ring lift connection for easy loading and unloading.
Like the rest of the Dyno range, they feature Mate’s QuickSpecs 2-D bar code tag for real-time access to full product specifications, CAD files and potential integration into a company’s systems. Direct-to-table mounting, and custom mounting bores are also available. They are also compatible with some competitor workholding bases when used with applicable bushings and hardware.
Mr Jones concluded: “In the design and build of these units, Mate wanted to match or exceed the tolerance levels achieved by the leading machine tool suppliers. In short, if you are approaching or aiming for better than single digit micron tolerances and consistent repeatability of your machined components then this is the zero-point system for your workshop.”