Goodfellow acquires Potomac Photonics

A supplier of advanced materials and metals has completed its first acquisition to give it greater capability and an immediate manufacturing footprint in the US. Goodfellow, which is owned by Battery Ventures, has purchased micro-fabrication specialist Potomac Photonics in a strategic deal that will help the firm increase its presence in the rapidly expanding medical device sector and microfluidics. It marks a strong start to 2024 for the Huntingdon-based business and comes only a few weeks after agreeing a significant distribution contract and launching a new brand to drive ambitious growth targets.

More information www.goodfellow.com

Mapal names new chief sales officer

With effect from 1 July 2024, Claudio Gabos is the new chief sales officer of precision tool manufacturer Mapal Group and thus becomes part of the Mapal executive team. He takes over the role from Siegfried Wendel. Joining Mapal in 2015, Gabos has been managing director of the Italian subsidiary since 2017. He was also responsible for strategic projects on a global scope.

“We are delighted that we’ve been able to recruit Claudio Gabos for the position, a trusted colleague who has the ideal qualifications for this role,” says Dr Jochen Kress, president of the Mapal Group. “We’re convinced that he’ll make an important contribution to our further development.”

More information www.mapal.com

Industry leaders head aerospace consortium

Hexagon’s Manufacturing Intelligence division and Boeing have formed the Rotor Dynamics Consortium (RDC) in collaboration with some of the biggest names in the aircraft and aerospace engine industries. The RDC will define, drive and standardise rotor dynamics modelling and simulation requirements, with the goal of enabling airframe and aerospace engine manufacturers to overcome the engineering challenges of more sustainable and efficient propulsion systems in a safe way.

The consortium will build on finite element methods embedded throughout design, validation and safety certification workflows to apply next-generation multi-physics simulations. Notably, RDC members will meet to discuss and formulate strategies on the best application of MSC Nastran, considered the most accurate digital alternative to expensive physical testing.

More information www.hexagon.com

Kerf Developments reveals laser focus

The showstopper on the stand of Kerf Developments at the MACH 2024 exhibition in Birmingham, UK, earlier this year was undoubtedly the new Linc-Cut Fiber 1530A fibre laser cutter. According to Kerf, the machine offers dynamic kinematics, rigidity and precision.

Available as a 3, 6 or 12 kW machine initially with a 3 x 1.5 m or 4 x 2 m bed, the Linc-Cut Fiber 1530A synchronises laser cutting and axis movements to deliver accuracy, repeatability and speed. An auto-focus laser head with automatic gas and cutting height calibration delivers the necessary repeatability, while a compact laser source with fibre core diameter of 75 μm supports high cutting quality.

The new arrival also incorporates a CNC system that integrates with two surveillance cameras to control and monitor all machine operations. With drawing software and automated nesting, the control includes a database of parameters for all material types and thicknesses. The machine offers rapid axis movements of 110 m/min and positional accuracy of 0.03 mm.

Alongside the Linc-Cut Fiber 1530A at MACH was the new Kerf Ultra, a machine that provides both oxy-fuel and plasma cutting in a single machine. For existing customers of Kerf models, the new Ultra represents a technological leap forward that marks the arrival of next-generation profile cutting technology. With improved speed, precision, repeatability and cut quality over previous models, the new Ultra achieves elevated parameters by introducing a brand new motion system and new linear slide technology that sits upon an enhanced machine frame design.

For further information www.kerfdevelopments.com

Lasertube LT12: versatile, precise, reliable

BLM Group says that its Lasertube LT12 is not just a new laser cutting system, but a true convergence of technology and innovation. The goal of the new system is to fill a gap in the company’s Lasertube system offering, which manifested between two products: the LT8.20, which focuses on flexibility and performance, and the LT14, which is dedicated to processing long and heavy profiles.

The LT12 is a solution for processing tubes, profiles and beams, keeping the focus on versatility and productivity. Many times, customers have asked BLM Group for a product larger than LT8.20, but the jump to LT14 was too great both in terms of footprint and performance across the lower range. BLM created the LT12 to give customers the opportunity to process ‘light’ tubes with high performance, but also process larger tubes when necessary. Agricultural machinery is among the target sectors.

BLM Group sees great opportunities in agriculture since the size of square tubes, rectangles and even open profiles (including C, L and H profiles) in this industry are around 300 mm diameter – exactly the size range of the LT12. There are also many structural assemblies in agricultural machinery that would benefit significantly in terms of reduced manufacturing cost. Of course, the new product is also very interesting in light construction architecture, for making canopies or small sheds, with tubes or beams up to 6-8 mm thick and lengths typically longer than the traditional 6 m.

The machine concept is similar to the LT8.20, with a mandrel in the tail and a chuck to support the tube in the cutting zone. BLM Group’s LT12 has an interpenetrating mandrel in the chuck to help minimise scrap without the need for chuck or mandrel movement. The machine features a chain loading system for tubes from 8.5 to 12.5 m. Fully automatic unloading can reach a length of 12.5 m.

More information www.blmgroup.com