ActOn Finishing, a provider of surface finishing solutions, is announcing a new partnership with Brio Ultrasonics of Spain. This collaboration appoints ActOn Finishing as the exclusive distributor of Brio’s ultrasonic cleaning machines in the UK. The machines support component cleaning, descaling and stripping processes across industries that include automotive, aerospace, energy, general manufacturing and mould cleaning,

Ultrasonic cleaning is an efficient finishing process that utilises ultrasound waves generated in a liquid medium, typically water or a chemical solution, to thoroughly clean components. The technology operates by placing parts into an ultrasonic tank filled with the liquid solution. An ultrasonic generator and emitter then create high-frequency soundwaves which agitate the liquid, producing millions of tiny bubbles. These bubbles implode upon contact with surfaces, effectively removing contaminants such as dirt, rust, grease, oils and other unwanted materials.

Brioultrasonic cleaning machines offer several distinct advantages tailored to a wide range of cleaning applications. For instance, they offer high power (20-30 kHz) for tough dirt removal and low power (30-60 kHz) for mild dirt to ensure comprehensive cleaning regardless of the level of contamination. Furthermore, ActOn reports that Brio ultrasonic cleaning technology reaches 100% of a part’s geometry to clean components of any shape within minutes.

Notably, the ultrasonic cleaning machines save water and energy, making them both cost-effective and environmentally friendly. It is possible to customise the machines to specific application with specialist chemical solutions.

The high-quality ultrasonic tanks featurea design with maximum insulation and high durability, while proprietary ultrasonic emitters providesthorough cleaning and fast processing times with maximum energy efficiency. 

More information www.acton-finishing.co.uk

Sullivan Palatek, a US-based manufacturer of air compressors, has taken delivery of a new TG350E CNC helical rotor grinding machine from UK-based rotor milling and grinding machine tool manufacturer, PTG Holroyd.

Helping double Sullivan Palatek’s rotary screw compressor manufacturing capability, the TG350E joins a previous-generation PTG Holroyd TG350 rotor grinder and a PTG Holroyd 3EX-R rotor milling machine, both of which have been in reliable daily operation at the air compressor manufacturer’s production facility in Michigan City, Indiana, since 2009.Together, the three PTG Holroyd machines will manufacture helical rotors in a range of diameters from both Dura-Bar and cold-rolled steel.

With plans to increase the size of its Michigan City manufacturing facility by 50%, and an order book that has almost doubled in size since 2023, Sullivan Palatek will be making full use of its new TG350E rotor grinding machine as well as its older PTG Holroyd TG350 and 3EX-R models.

“As finish-grinding each compressor rotor typically takes twice as long as the milling process, having two rotor grinders in operation will increase our productivity considerably,” says Sullivan Palatek’s director of plant operations Scott Newcomb. “With the two PTG Holroyd rotor grinding machines, we’ll also be able to manufacture both male and female rotors simultaneously, something that will further boost our efficiency.”

He continues: “To help further streamline our rotor manufacturing processes, PTG Holroyd will also be upgrading the CNC on our older TG350 to the latest standards. We have a great relationship with PTG Holroyd. They provide the highest levels of service and support, and will always do whatever it takes to get the job done.”

More information www.holroyd.com

The cutting material PcBN(polycrystalline cubic boron nitride)is both ultra-hard and extremely temperature-resistant, making it a challenge to process. To enable cutting tool manufacturers to grind PcBN cutting edges with high levels of precision, users of the Vollmer VGrind 360S tool grinder can now take advantage of an optional dressing unit.

By adapting its VGrind 360S grinding machine, the sharpening specialist can make it suitable for machining PcBN tools. Considered the hardest cutting material in the world after PCD (polycrystalline diamond), PcBN can achieve an operating life of up to 25 times longer than solid-carbide tools. In fact, PcBN retains almost all of its original hardness at temperatures up to 1200°C.

The VGrind 360S grinding machine is positioned for the precise machining of PcBN tools with its stable wall concept and rigid, compact design. High system rigidity, in combination with the drive of the X, Y and Zaxes via linear induction motors, allows tool manufacturers to machine a PcBN cutting edge with the grinding wheel oscillating across its contact surface for a chip-free, high-quality surface.

To support the processing of this ultra-hard material, the optional dressing unit for the grinding wheel on the VGrind 360S means that after roughing the PcBN cutting edge, the dressing unit re-profiles the grinding wheel to regain its precise concentricity and correct geometric shape. Subsequent finishing operations give the PcBN tool the desired surface finish and geometric accuracy.

Customers can also retrofit the optional dressing unit with software updates to existing VGrind 360S machines. Tool manufacturers can carry out the installation independently or with the support of the Vollmer service team in just a few simple steps.

More information www.vollmer-group.com/en-uk

BMW’s plant in Dingolfing has integrated an RST 200-S15 indexing satellite table shot-blast machine from Rösler into a new manufacturing line for E-vehicle gear components. The company decided to purchase the Rösler equipment because it had excellent experience with machines of the same type regarding productivity, process stability and ease of maintenance.

The rotary table of the compact shot-blast machine contains 15 rotating satellite stations equipped with workpiece-specific fixtures. Depending on the workpiece type, a component loading/unloading system supplied by the customer places one or several parts on the satellite stations. Thanks to the machine’s design, non-productive idle times are minimal.

After loading, workpieces pass through multiple stations in the shot-blast machine at indexing cycles of 20 seconds. These stations include two blast positions. Special lifting gates prevent any spillage of blast media into other stations. During the peening operation, the satellites rotate at pre-set speeds in front of the blast turbines. In combination with automatic blast pattern adjustment to the respective workpiece shape, this ensures the realisation of homogeneous peening results. A compressed-air cleaning station placed in front of the loading/unloading section blows off dust and residual blast media from the finished components.

The master computer of the manufacturing lineselects the workpiece-specific processing programs, including the setting of the turbine position and blast pattern. For this purpose, the controls of the peening machine were integrated into the upper-level computer system at BMW in Dingolfing. 

To meet the automotive industry’s high standards regarding process stability and traceability, the machine’s controls allow the continuous monitoring of all relevant shot-blasting parameters. Replenishment of the blast media also takes place automatically.

More information www.rosler.com