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We machine, form and weld on site, so we understand exactly what it takes to manufacture a product - every component, every assembly and every build instruction that we issue is optimised to the point where you can go straight to manufacture without delay.
Regardless of whether you take advantage of our in-house prototyping facilities, all of our component designs are proven with exhaustive DFM analysis - we'll never issue a design for which we can't guarantee manufacturability.
Start your product development the right way - we understand manufacturing technologies, so our concepts are always produced with a view to facilitating cost-effective build.
From basic space models to photo-realistic renders, we can quickly help you prove a concept before the detail design work begins.
It's always frustrating to reach the critical prototyping stage of a project only to find yourself at the mercy of numerous component suppliers and multiple lead times.
We've invested heavily in the manufacturing side of our business, so we're now a one-stop shop for every stage of your product delivery. With CNC milling and turning, 3D printing, painting, plating, anodising and welding/fabrication, we can take your project from concept to completion entirely in-house.
Do you have day to day job functions with repetitive elements? Is the daily grind of setting up file systems, templates and datasets teting up more time than the job itself takes? That's where VB and VBA automation come in.
One of our latest projects saved Atlas Copco more than an hour of set-up and processing time on their regular daily FEA tasks - no more manual creation of report templates and folders, we even automated the export/import of ANSYS result data.
There's no point prototyping a product if it's unfit for purpose, so we can back up our concepts with comprehensive structural, thermal and CFD analysis, along with Moldflow analysis for our plastics designs.
From single components to complex assemblies we can accurately simulate stresses, modals and frictional interactions, optimise cooling and parametrically minimise mass to ensure mechanical specifications are still met - this functionality alone has helped us reduce mass of some of our clients aerospace components by as much as 45%!