Production And Testing Equipment

CNC Milling 

CNC Turning

Turning involves rotating the workpiece while a cutting tool shapes the exterior, perfect for producing round or cylindrical parts with tight tolerances and excellent consistency.

CNC DRILLING

CNC drilling precisely creates holes of various sizes and depths in metal parts, commonly used for fastener holes, mounting points, and internal passages in components.

CNC GRINDING

Grinding uses abrasive wheels to achieve extremely fine finishes and tight tolerances, especially suitable for hardened materials or parts requiring high surface precision.

CNC BORING

CNC TAPPING

CNC tapping cuts internal threads into holes, ensuring fastener compatibility in parts. It's essential for components that require screw or bolt connections.

ELECTRICAL DISCHARGE MACHINING(EDM)

EDM uses electrical sparks to erode hard materials into intricate shapes, ideal for complex cavities, sharp corners, and hard-to-machine metals like tool steel.

5-AXIS MACHINING

5-axis machining allows movement along five axes simultaneously, enabling complex geometries, undercuts, and precise contours in a single setup for high-efficiency manufacturing.

Metal cutting

metal forming

Metal forming bends and stretches sheet metal into desired shapes without removing material. Techniques include press braking, rolling, and stamping. By applying controlled force, this process produces consistent angles, curves, and contours, ideal for enclosures, brackets, and decorative components.

roll forming

Roll forming continuously shapes metal by passing it through a series of rollers. Each set of rollers gradually bends the material into its final profile. This high‑speed process excels at producing long lengths of uniform, complex cross‑sections like channels, angles, and roofing panels.

sheet metal fabrication

Sheet metal fabrication combines cutting, forming, and assembling to produce finished components or assemblies. It includes punching, lancing, bending, and welding operations. Versatile and cost‑effective, it delivers custom panels, brackets, and enclosures for industries ranging from electronics to automotive.

tube bending and fabrication

metal welding

Metal welding joins sheet metal and tubing by melting base materials or adding filler metal. Common methods include MIG, TIG, and spot welding. Welding ensures strong, durable bonds for frames, enclosures, and assemblies, with minimal distortion and excellent joint integrity.

stainless steel fabrication

Stainless steel fabrication specializes in cutting, forming, and finishing corrosion‑resistant steel alloys. Processes mirror standard sheet metal work but require specific tooling and parameters to preserve alloy properties. Ideal for food processing, medical equipment, and architectural applications demanding hygiene and longevity.

INVESTMENT CASTING

WATER GLASS CASTING

A sand‑based molding method where sodium silicate ("water glass") acts as the binder. After molding, CO₂ gas triggers rapid curing, producing durable molds. It's cost‑effective for large components like engine blocks and agricultural machinery, offering moderate precision and quick turnaround for high‑volume runs

TURNING PROCESS

A lathe‑driven machining technique in which a rotating workpiece is shaped by fixed cutting tools. It excels at producing cylindrical parts-shafts, bushings, pins-with excellent dimensional accuracy and surface finish. Commonly used in automotive, aerospace, and general manufacturing for both prototypes and production runs

MILLING PROCESS

Machining operation where rotating multi‑point cutters remove material from a stationary workpiece. Capable of creating slots, pockets, gears, and complex 3D profiles, it handles a wide range of materials. Essential for prototyping and precision fabrication in tooling, electronics, aerospace, and automotive industries

LOST WAX CASTING