Here at Freeform Technology, we have an extensive machine workshop that houses a significant variety of machines, all supported by an experienced and dedicated engineering team. This winning combination facilitates our ability to offer comprehensive components engineering services and solutions to most leading industries, from aerospace to automotive and more.  From design, right the way through to finished product, our …

In an earlier article, we discussed the merits and use cases for when aluminium may be the preferred substrate mould material of choice. In this article, we are going to look at using composite mould manufacturing and examples of where composites may hold advantages over aluminium, respective to individual use cases.   Composite mould manufacturing enables scaling to significantly larger tooling …

For larger, high volume production runs, aluminium is often the material of choice. It is a material that can be machined to very close tolerances and maintains its intrinsic integrity far longer in comparison to some of its substrate peers. Aluminium tooling excels by predominantly leveraging many benefits and is favoured for being particularly suitable for mid to high production …

Carbon fibre is one of today’s leading tooling and mould substrates. Carbon fibre properties are generally well known and are significantly discernible from any of its rivals, hence its growing popularity. It’s a pedigree material, which, as a consequence, reciprocally needs a pedigree of machining carbon fibre capabilities. Freeform Technology hold all these necessary credentials, in terms of experience, expertise …

The medical, life sciences and pharmaceutical industry is a sector that we at Freeform Technology provide services for as a medical machining specialist. It’s a sector in which we welcome being a key contributor in the delivery and execution of providing precision engineering specialisms. We recognise the importance of the part we can play, no matter how large or small, …

Here at Freeform Technology, we offer a wide range of services that support a broad range of tooling requirements.  Extending from composite tooling design, right the way through to finished tooling manufacture.  Composite tooling design is the first stage in the evolution towards final tooling manufacture. Prior to any of this, we offer to undertake making a pre-design compilation that …

The increased use of carbon fibre as a substrate is growing substantially. Industries are seeking the many benefits that carbon delivers in their utilisation of directly replacing many of the more traditional materials. One fundamental difference in comparison to more traditional machining, is that carbon machining overall is radically different and distinct in several ways over its more mature counterparts. …

In the highly competitive world of motorsport, the difference between victory and second place can be measured in thousandths of a second. It’s a sport where winning margins are often gained by small incremental evolution, rather than any ‘big bang’ revolution. Motorsport composites form just one part of the arsenal, but a hugely import part! Reducing weight in relation to …

Meet the Freeform Technology team, they are more than just our technicians and engineers. They make the difference to our clients by providing outstanding results and customer service. We want to introduce our team members and let them share what it’s like to work at Freeform Technology. In this interview, Severyn Dubiel, CNC Machinist at Freeform Technology, discusses his first …

Composite pattern and mould can be manufactured from a variety of materials. Most common are epoxies, Polyurethane, carbon fibre, and alloys. Freeform Technology works with all of today’s most popular substrates in composite pattern and mould manufacture. From initial design through to the finished manufacture of composite pattern and mould, tooling is offered by our end-to-end solution approach. It’s also …