We design, engineer and manufacture die-casting tools built for dimensional accuracy, repeatability and long production life — supporting automotive manufacturers, Tier-1 and Tier-2 suppliers.
V & V Technik LLP specialises in die-cast tool making and precision tooling for the automotive industry. Our focus is on engineering tools that perform consistently in production — holding tight tolerances, resisting wear and supporting the volumes automotive programmes demand.
We work closely with automotive manufacturers, Tier-1 suppliers and Tier-2 suppliers, treating every tooling requirement as an engineering relationship rather than a one-time order.
More About UsEvery engagement draws on the same set of connected capabilities — from early design through to a validated, production-ready tool.
Design and manufacture of die-casting tools engineered for dimensional accuracy and production durability.
Learn moreTooling developed with an understanding of automotive component requirements, from structural parts to housings and covers.
Learn moreCAD-based tool design, design-for-manufacturability review and precision machining from concept to steel.
Learn moreDimensional verification and process control built into every stage of tool development.
Learn moreAn engineering-led approach to complex die-cast tooling requirements, from initial design through to final validation.
A clear understanding of the tolerances, durability and repeatability that automotive manufacturing demands.
Attention to accuracy and consistency at every stage of tool development, not only at final inspection.
Close engagement with customers from requirement definition through to tool development and delivery.
An engineering-oriented approach to resolving design and manufacturing challenges in tooling.
A reliable manufacturing partner for ongoing programmes, not simply a one-time tooling vendor.
Our primary focus is the automotive sector. We work with automotive manufacturers and their supply chain on die-casting tooling for components used across automotive programmes.
Reviewing component drawings, functional needs and production intent with the customer.
CAD-based tool design developed against the part geometry and process requirements.
Design-for-manufacturability review and engineering of the tool structure.
Precision machining and build of the die-casting tool components.
Manufacture of tool components to the engineered specification.
Dimensional verification against drawing and design intent.
Tool handover, trial support and supporting documentation.
Share your component drawings and requirement with our engineering team to start the conversation.
