Editor’s Pick

Dugard becomes UK sales agent for Kenyou

Dugard is now the UK sales partner for the Kenyou series of machine tools, which includes vertical turning, boring and turn-mill models. The Kenyou range will complement Dugard’s existing Kitamura, SMEC, Hanwha and Mylas principals. Stepping beyond the realms of its existing portfolio, the Kenyou range of vertical turn-mill centres includes the VT and VTM series that have table diameters from 1.25 to 3 m with the ability to accommodate workpieces up to 20,000 kg.

This colossal capacity provides end users with a working area of -200 to 1400 mm in the X axis, a Z axis up to 1400 mm and a W axis of 1 m with 10m/min rapid traverse rates. Offered with a FANUC or Siemens control and BT50 tooling interface, the work table has a two-speed gearbox driven by a 30 kW motor for heavy-duty turning operations. Likewise, a range of milling spindles is available from 11 to 22 kW.

For further information www.dugard.com

ITC provides solution for composite expert

Melton Mowbray based KS Composites has continually evolved over the past 40 years to become a global expert in composite and GRP development and manufacturing for sectors that include motorsport, marine, energy, rail, aviation and defence. Here, the company relies on cutting tool experts at Industrial Tooling Corporation (ITC) to deliver results.

Operating out of a 48,000 sq ft manufacturing facility that accommodates more than 100 employees, KS Composites has a long-standing relationship with ITC, as business development manager Dan Johnston explains: “We use ITC cutting tools due to the great working relationship we have with the team and the excellent service we receive. Whether discussing new advancements in tooling technology or looking at building a package of tools to support a project, ITC always give great advice. Even better is the on-site support in running trials to confirm that tooling works as stated.”

KS Composites uses ITC face mills, end mills, ball-nose cutters, drills and taps among other niche tooling, which help the company to machine patterns, moulds, jigs, components, inserts, props and models. In addition, the business has an on-site vending solution from ITC with a comprehensive stock level that ITC keeps fully serviced.

Looking at the cost savings derived from the ITC range of cutting tools, Johnston says: “When we conducted a full cost analysis of our tooling and the total material removed, it’s clear that the ITC tooling is great value for money. We’ve managed to control costs over the years and ITC has helped to improve efficiencies while enabling our business to embrace the very latest tooling technology for composite machining.”

For further information www.itc-ltd.co.uk

Get inspired at MACH 2024

MACH 2024 (NEC, Birmingham, 15-19 April) is the perfect platform to discover cutting-edge
manufacturing technologies and solutions, providing visitors with an opportunity to
experience the latest industry advancements. This five-day event features the largest
display of working machinery in a single venue, allowing visitors to make informed
investment decisions by seeing before they buy.

Alongside a comprehensive display of live working machines and innovative manufacturing
solutions, visitors to the exhibition can discover how their businesses can sustainably adopt
new technology and techniques to improve productivity, efficiency and reduce waste. They
will also learn how to adopt new processes and techniques at MACH Knowledge Hubs –
from automation to additive, through AI and data, to sustainable manufacturing. Readers
will find a round-up of some key exhibitors further on in this issue.
For further information www.machexhibition.com

GM CNC launches Victor VMT turn-mill

When it comes to one-hit machining, the new VMT series of multi-tasking turn-mill centres from Victor has a lot to offer. Available in the UK from GM CNC, the VMT range features 15kW twin built-in turning spindles and a 22kW swivelling B-axis milling spindle. Available in four variants – the VMT-X200, VMT-X260, VMT-X360 and VMT-X400 – the series is suitable for everything from the unmanned machining of small complex parts to the heavy-duty machining of large components.

As standard, the VMT range features a FANUC 0i-TF CNC, hydraulic chuck with soft jaws, chip conveyor, a Renishaw automatic tool presetter, through-spindle coolant and a hybrid lubrication system. Optionsincludes a steady rest, bar-feed interface, part catcher, automatic doors, sub-spindle and more. A Meehanite cast base provides a platform for elevated cutting parameters and improved tool life.

From a specification perspective, the VMT-X200 and VMT-X260 are 8 and 10-inch chuck machines with a 660mm swing-over-bed and a maximum turning length and turning diameter of 1376and 1075mm respectively. Serving the spacious work envelope are two 15kW/4200rpm turning spindles on the VMT-X200 and a 22kW/3500rpm main spindle and 15kW sub-spindle on the 75mm bar capacity VMT-X260.

For larger components, GM CNC offers the 12-inch chuck, 3000rpm VMT-X360 and the colossal 15-inch chuck VMT-X400.Both provide 30kW spindle power and a bar capacity of 91mm (106mm optional). The largest machines in the range provide an 1120mm swing-over-bed and a maximum turning length and turning diameter of 2148and 2100mm. All machines demonstrate flexibility through the 12,000rpm 15/18.5/22kW high-winding B-axis milling spindle that can rotate through -30/+210° with an indexing resolution of just 0.001°.

For further information www.gm-cnc.com

Stratasys to test 3D prints on the moon

Stratasys, a specialist in polymer 3D printing solutions, will provide 3D-printed materials for an upcoming lunar mission to test their performance on the surface of the moon. The experiments are part of Aegis Aerospace’s first Space Science & Technology Evaluation Facility mission (SSTEF-1), which focuses on technology development for space infrastructure and capabilities for the moon and near-earth space. The Stratasys experiments are sponsored by Northrop Grumman.

In this moon mission, Stratasys will provide 3D-printed samples that will be brought to the lunar surface by an unmanned lander in a carrier structure 3D-printed by Stratasys. Three materials will be the focus of two different experiments. The first assesses the performance of a sample coupon part made with Stratasys’ Antero 800NA FDM filament filled with tungsten. The second passive experiment will see how 3D-printed materials perform in space.

For further information www.stratasys.com