Studer S110 grinder adds more efficiency

At the Wroclaw, Poland plant of WHITE, a manufacturer of orbital motors and steering solutions, an S110 internal cylindrical grinding machine from Studer is contributing to higher levels of efficiency in production.

Says Paweł Soćko, senior process engineer at WHITE: “We opted for the S110 because it meets our high requirements in terms of performance and production quality. Thanks to our co-operation with Studer, we can grind components with the highest precision at comparatively low costs.”

At WHITE’s modern plant, which houses around 600 employees, several Studer machines are now in use alongside the new S110, as well as other machines from sister companies in the United Grinding Group. Before deciding on the S110 model, Studer had to determine WHITE’s component requirements, namely the internal grinding of hardened steel sleeves for hydraulic steering systems. It quickly became clear that the S110 was ideal for the component geometry and production requirements.

But that was just the beginning. The Studer team specially configured and adapted the S110 to allow optimal integration into WHITE’s production process.

This task fell within the remit of Cesare Mastroianni, who is responsible for project management at Studer’s internal grinding competence centre in Biel, Switzerland. He says: “The optimisation is based on the specifications, where we define all technical data, component geometry and operational plans.”

Thanks to the optimisation process, the S110 can grind around 350,000 high-quality sleeves per year at the plant in Wroclaw.

“We produce in high volume, which requires the best solutions in the world because we cannot afford any losses due to insufficient precision or fluctuating capacity,” emphasises Soćko. “The Studer S110 meets our requirements perfectly.”

More information www.studer.com

Shot-blast solution suits EV components

Due to rapidly growing demand for electric vehicle (EV) components, Alupress AG, a Brixen, Italy-based manufacturer of aluminium and magnesium die-castings, recently had to increase its shot-blasting capacity. For this purpose, the company purchased a continuous feed spinner hanger blast machine, including a transport system, from Rösler. The custom-engineered equipment design guarantees effective but also gentle de-flashing of workpieces without any risk of warping.

To ensure gentle but fast and effective de-flashing in continuous flow, the Rösler feed spinner hanger shot-blast machine features eight special turbines, each with an installed power of 11 kW. The turbines contain extra-wide throwing blades generating a particularly broad blast pattern. Furthermore, contrary to the standard placement of turbines on one side of the blast chamber, turbines are located on both sides.

This duplex turbine placement, together with the broad blast pattern, generates a gentle blast operation, significantly minimising the risk of warping. Meanwhile, the comparatively high blast media throughput, needed for the efficient de-flashing and cleaning of light metal components, ensures fast and effective shot-blasting operations.

Another feature preventing part warping is the workpiece carrier, which not only rotates during the shot-blast process but also oscillates back and forth in three positions. This guarantees the safe removal of flashes and burrs, even in difficult-to-reach areas like undercuts.


Necessary maintenance work is facilitated by multiple connections for cleaning equipment at different sections of the shot-blast machine.

A handling system ensures easy and trouble-free transport of the workpieces. At the load/unload station, the height of the workpiece carrier is adjustable to the height of the respective operator.

More information www.rosler.com

Optimising the finish of wind turbine bearings

Since 2008, Lippstadt, Germany-based Thyssenkrupp Rothe Erde has received six Dörries Contumat vertical turning and grinding machines from Starrag. Satisfied with the results, this specialist in large-diameter anti-friction bearings for wind turbines has now ordered the same model again, but with modified and optimised features.

Without large-diameter anti-friction bearings and rings from Thyssenkrupp Rothe Erde, many wind turbines would not be turning. These parts see use in the drives of nine out of 10 wind turbine manufacturers worldwide. The finishing of the bearings takes place on seven Dörries Contumat vertical turning and grinding machines, the latest arrival being a larger Dörries Contumat VC 6300/500 MC F.

The portal of the machine is designed to be larger than currently required. Indeed, the newly installed base supports a base table which holds a magnetic chuck with a 5 m diameter. It is possible to extend the base table to 6 m using ring segments, which allows it to support an even larger magnetic chuck. Furthermore, Starrag has installed a new grinding support on the left with a centrally positioned motorised grinding spindle.

Feedback from operating personnel was the impetus for further improvements. For example, Starrag changed the dressing position to eliminate the previous bottleneck to the protective cover. Now, it is easy to dress grinding wheels of all types (on the left and right) up to a diameter of 650 mm.

“It’s a significantly optimised, universal dresser,” states Hubert Erz, senior consultant for sales in the renewables sector at Starrag. “Multiple dressing positions allow operators to adjust the dressing process precisely to the grinding operation.”

More information www.starrag.com

Olympic champions visit Renishaw

Renishaw recently hosted a special event at its Miskin manufacturing facility in South Wales that celebrated the intersection of cutting-edge additive manufacturing (AM) technology and high-performance sports. Team GB cyclists Emma Finucane and Sophie Capewell visited Renishaw to share their experiences, inspiring the next generation of STEM innovators and highlighting Renishaw’s contribution to Great Britain’s Olympic success.

An extensive tour of Renishaw’s manufacturing site gave attendees the opportunity to see the advanced AM technologies used to create key components for Great Britain’s Olympic track bikes. Attendees saw first-hand how Renishaw’s AM capabilities enable high-performance sporting innovations, aiding the success of athletes like Finucane and Capewell.

More information www.renishaw.com/stemoutreach

FANUC celebrates young robotics talent

FANUC UK is celebrating the achievements of the country’s brightest young industrial robotics talent following the WorldSkills UK winners ceremony, held in in Manchester last month. Morgan Leyshon and Aled Gore, both 21 and from Bridgend College in Wales, were awarded ‘Gold’ in the ‘Industrial Robotics WorldSkills UK’ competition, held in conjunction with industry partner and factory automation specialist FANUC UK.

The duo beat over 80 competitors in the gruelling eight-month long contest, which culminated in the live finals held last month at FANUC’s open house event in Coventry. Leyshon and Gore now have the chance to represent Team UK at the WorldSkills International Industrial Robotics competition in Shanghai, China in 2026.

More information www.bit.ly/484XXBj