At Wrightform, our industrial metal levelling service doesn’t just make parts look flat — it removes internal stresses, producing stable, predictable material that performs properly in every downstream process. Using one of the only large-format ARKU levelling machines in the UK, we help manufacturers eliminate distortion after laser cutting and restore material stability before welding, bending, forming or machining.

Slitting capabilities down to as thin as 0.1mm

With our lightweight mobile gantry (LPK) you can easily lift loads from 80kg up to 2 t. The ABUS LPK can be moved easily and is therefore always available wherever you need it, quickly and efficiently.

The HSE describe the Lifting Equipment Thorough Examination process as “a systematic and detailed examination of the equipment and safety-critical parts, carried out at specified intervals by a competent person.” Prior to first use, every new crane system we install is thoroughly examined in accordance with LOLER and certificates are issued on completion of those installations. After this point it becomes the owners’ obligation to have the crane system re-examined every 12 months. Who better than the original equipment manufacturer to undertake your LOLER examinations to keep your crane systems safe and legislation-compliant each year? ABUS are also competent to examine existing cranes and lifting equipment of other manufacture.

The ultimate laser system, offering you 6 powerful operations in one compact machine, including: CNC fibre laser cutting, fibre laser welding, metal rust removal & cleaning, handheld fibre laser cutting, CO2 laser cutting and CO2 laser engraving!

GMH UK have 3 sliding head CNC’s, capable of machining from 10mm stock bar upto 40mm. Twin spindle for dual part processing. Uniform packing utilizing our rotational packaging, delivered to customer on our own transport.

Automatic hardness and structure testing of metallic components The MAGNATEST product family is used for the non-destructive testing of metallic materials for magnetic and/or electrical properties. The test instruments are used in the automotive and aviation sectors as well as in the production of semi-finished products. The focus is on testing components relevant to safety such as brake discs, or ball pins and functional components such as camshafts and drive shafts, pivots and piston pins. Typical test tasks include hardness checks, material differentiation and sorting. MAGNATEST can also be used for the automatic testing for the geometric properties of all metallic series components. The high-performance amplifier installed in MAGNATEST test instruments makes it possible to analyze harmonics, which guarantees an extremely reliable and precise repetition, even when impacted by perturbations. The MAGNATEST TCL is designed as a low-cost entry level model. The MAGNATEST D features sophisticated evaluation electronic equipment which shows even the smallest differences in structure. The various MAGNATEST test instruments are also provided with a comprehensive range of standard testing coils with round and rectangular cross sections, as well as standard testing probes.

Compact Precision The MAGNETOSCOP 1.070 is a portable magnetometer system with microprocessor and probes for measuring the magnetic flux density as an absolute or differential value (gradient). It has a USB port for simple data transfer and an SD card for saving measurement data and parameters. The measuring system also facilitates the recognition and saving of peak values and the adjustment of thresholds for limit values. The unit can be used for series and individual measurements. The data can be easily analyzed and documented with the PC software included in the scope of delivery. The MAGNETOSCOP 1.070 thus facilitates the portable and fast measurement of the relative permeability within the scope of the quality control of stainless steel and low-permeable (non-magnetic) alloys as well as the localization of ferrite enclosures. Changes in material (sulfidation, degradation of lamination, structural changes) can also be proven thanks to permeability comparative measurements.

Cleaning discs for quick and thorough descaling, derusting and deburring. With intermediate layers of abrasive flaps for a stronger cleaning effect than conventional cleaning discs in just one step. They are also ideal for removing zinc thickenings, drips and zinc spikes after galvanizing, and for roughening the surface for a subsequent powder coating. Due to the open, elastic fabric pores of the CLEAN material, the grinding wheel does not become clogged and achieves a "sandblasting effect" on metal.

Thanks to the open-pore construction, a particularly fine and decorative surface finish can be achieved in a flash on all metals, as well as on hard plastics and wood. Fine weld seams and points or deep scratches, depending on the contact pressure, can also be removed directly. Thanks to the particularly "fine" finish, a perfect mirror finish can be created immediately with polishing discs, e.g. with the BRIGHTEX® polishing system. This saves many time-consuming intermediate grinding and polishing steps. Even thick layers of paint with filler on body parts are removed down to the bare metal. The metal underneath has a top finish and can be repainted immediately. Rust and oxide layers are also no obstacles for the perfect final finish thanks to MAGNUM® DecoFinish. This new type of compact fleece is universal and versatile. It is extremely tough and durable, does not smear and also has resilient, cooling properties for perfect workpiece adaptation and smooth grinding transitions.

As a leading hub for advanced materials science and engineering, Royce at the University of Sheffield provides an unparalleled platform for businesses dedicated to advancing nuclear technologies. Our world-class facilities, including cutting-edge laboratories and simulation capabilities, provide researchers and entrepreneurs with the tools they need to improve the efficiency, safety, and viability of both fission and fusion reactors. Through collaborative partnerships with academic leaders, industry innovators and governmental agencies, we have convened a community focused on accelerating the development and deployment of next-generation nuclear technologies. Whether you're pioneering new reactor designs, optimising materials for extreme environments, or exploring fusion as a clean energy source, Royce at the University of Sheffield is your partner of choice in the drive for a sustainable and prosperous energy landscape.