Toolmaking demands an elevated degree of precision beyond conventional machining. With formal trade qualifications in toolmaking, Mike Newton brings meticulous geometric understanding, tool steel metallurgy expertise, and precision heat-treating awareness to every project.

We design and manufacture high-performance jigs and fixtures that maximize part repeatability and eliminate human error in production environments. From complex stamping dies to specialized clamping setups for multi-axis machining, we utilize D2, O1, 4140, and hardened tool steels to deliver maximum wear resistance and repeatable accuracy.

At Engineering Hub Ltd, our design process bridges the gap between digital CAD theory and workshop practicality. Because our designer is also the machinist who cuts the metal, every SolidWorks assembly is inherently engineered for manufacturing efficiency (DFM)—reducing cycle times, material waste, and machining complications.

Whether starting from a hand sketch, a broken legacy part that needs reverse engineering, or a complete machine concept, we model full parametric assemblies, check kinematic clearances, simulate motion paths, and output complete 2D manufacturing drawings with clear geometric dimensioning and tolerancing (GD&T).

Clean, high-integrity welding is essential for industrial equipment durability. Whether you require sanitary TIG welding on food and dairy stainless steel pipework, high-frequency AC TIG on aluminum marine components, or heavy MIG fabrication for structural machine frames, Engineering Hub delivers certified craftsmanship.

Every fabrication project is built from accurate cutting, squaring, and jigging to control heat distortion and preserve critical tolerances. We handle everything from one-off brackets and safety guarding to heavy machine chassis and skid assemblies.

Engineering Hub Ltd specializes in the complete design and manufacture of bespoke special purpose machinery. We don't just supply individual parts—we engineer integrated mechanical systems that resolve automation bottlenecks, increase throughput, and replace unreliable legacy setups.

Every custom machine is fully pre-assembled and tested right here in our Auckland workshop prior to delivery. We verify motor torque, pneumatic cycling, mechanical clearances, and safety interlocks, minimizing disruption to your ongoing production when the machine arrives on your floor.