Critical, tight-tolerance components for aerospace, defence and power.
Precision component manufacturing is where our machining and quality systems meet the highest bar our customers set: aerospace tooling. We manufacture press-tool and die-set assemblies to the tolerances the industry demands, from the top plate down to the die housing.
Beyond tooling, this is also where our general precision-component catalogue lives — the shafts, housings, flanges and brackets that keep rotating and structural equipment running across power, defence and industrial customers.
Our AS9100D certification scope specifically covers the manufacture of magnesium, aluminium, stainless steel and other ferrous and non-ferrous alloy products, including casting, precision work and machining — which is the material and process range this service is built around.
Drawing review against customer tolerance, datum and finish requirements.
Material verification against the mill certificate before any cutting begins.
CNC machining on VMC and turning centres to the specified tolerance.
Heat treatment and precision grinding where the component calls for it.
100% dimensional inspection before the batch is released.
Full documentation and traceability records issued with every batch.
The uppermost component of the tool.
Holds the punch holder, guide posts and other mounted components.
Provides support and alignment to the entire tool assembly.
Manufactured in high-strength alloy steel for durability and precision.
Holds the stripper mechanism and exerts even pressure on the sheet.
Ensures smooth stripping of the sheet from the punch on the return stroke.
Designed for uniform load distribution and minimum wear.
Precision machined for flatness, parallelism and long life.
Forms the base of the tool assembly.
Supports the die set, guide pillars and other components.
Mounted on the press bed during operation.
Manufactured for high rigidity and dimensional stability.
The core component that holds the die set together.
Provides a strong, accurate base for the die and other components.
Manufactured from high-grade alloy steel for strength and wear resistance.
Precision machined for flatness, parallelism and dimensional accuracy.
Holds and supports the punches in the correct position.
Ensures accurate movement and alignment during the stamping operation.
Designed for high load-bearing capacity and long service life.
Secures the punches and allows easy replacement.
Ensures precise guidance and alignment of punches during operation.
Heat treated and precision ground for durability and accuracy.
Available in various sizes and configurations as per requirement.
Encloses and protects the die components.
Provides a rigid structure for mounting and alignment.
Ensures proper fitment of the die set in the press for accurate operation.
Precision machined for high strength, durability and dimensional stability.
This tooling work is also where our general product catalogue lives — shafts, housings, flanges and brackets built to the same precision standard.
High-precision CNC turning, milling, drilling and vertical machining for components that can't afford to be "close enough."
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ARC, MIG and TIG welding backed by conventional lathe, band-saw, radial drilling and slotting capability for heavy, load-bearing work.
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Robotic loading, automated CNC cycles and in-line inspection built around our aerospace tooling capability — the same tolerance, part after part, at production volume.
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