— Manufacturing Scope

EV Chassis and Components Built to OEM Tolerance

From structural EV chassis to precision-machined sub-assemblies, every part leaves our floor to a specification — not an approximation. Tier-1 supply chain ready, backed by 25 years of automotive manufacturing discipline.

Macro studio shot of a finished EV chassis rail joint, studio strobe lighting revealing precise weld seams and surface finish on structural steel, isolated on a dark steel-gray surface, tight framing showing millimetre-level tolerance detail
Macro studio shot of a finished EV chassis rail joint, studio strobe lighting revealing precise weld seams and surface finish on structural steel, isolated on a dark steel-gray surface, tight framing showing millimetre-level tolerance detail
Close-up studio photograph of a precision-machined automobile component, turned aluminium surface with visible tool paths and tight bore tolerances, strobe-lit against a neutral dark background, macro framing isolating the machined geometry
Close-up studio photograph of a precision-machined automobile component, turned aluminium surface with visible tool paths and tight bore tolerances, strobe-lit against a neutral dark background, macro framing isolating the machined geometry
Wide-angle studio shot of a precision jig and fixture assembly on a surface plate, hardened steel locating pins and clamps arranged with measurement instruments visible, overhead facility lighting with sharp contrast, emphasising tooling accuracy and repeatability
Wide-angle studio shot of a precision jig and fixture assembly on a surface plate, hardened steel locating pins and clamps arranged with measurement instruments visible, overhead facility lighting with sharp contrast, emphasising tooling accuracy and repeatability
/ What We Manufacture

Three Core Manufacturing Domains

EV Chassis Fabrication

Precision Automobile Components

Tooling and Fixture Engineering

Structural chassis frames and sub-frames engineered to EV platform load cases. Fabricated to OEM dimensional specifications with documented tolerance verification at every stage.

Machined and formed components for drivetrain, suspension, and body structures. Material grades selected per application; each part traceable from raw stock to finished inspection record.

In-house tooling design and fabrication ensures that production fixtures enforce the tolerance, not just aim for it. Fixtures are validated before the first production run begins.

Half-width environmental shot of a CNC turning centre in full operation, metal chips visible mid-air around a rotating workpiece, operator hands adjusting a measuring instrument in the foreground, harsh overhead industrial lighting casting defined shadows across the machine bed, wide framing showing the full machining envelope
Half-width environmental shot of a CNC turning centre in full operation, metal chips visible mid-air around a rotating workpiece, operator hands adjusting a measuring instrument in the foreground, harsh overhead industrial lighting casting defined shadows across the machine bed, wide framing showing the full machining envelope
+ Process Discipline

Quality Built Into the Sequence

Inspection is not a final gate — it is embedded at every operation. Raw material certification, in-process dimensional checks, and final CMM verification run as a continuous chain, not an afterthought.

This is what Tier-1 supply chain readiness looks like: no shortcuts on structural integrity, and a paper trail from first cut to dispatch.

Overhead study of a quality control inspection station, a CMM probe tip positioned above a precision-machined component, Vernier calipers and gauge blocks arranged beside it on a granite surface plate, cool diffuse facility lighting, no people — tools only, emphasising measurement rigor
Overhead study of a quality control inspection station, a CMM probe tip positioned above a precision-machined component, Vernier calipers and gauge blocks arranged beside it on a granite surface plate, cool diffuse facility lighting, no people — tools only, emphasising measurement rigor
▸ Chennai R&D

Design-for-Manufacture Input Before Tooling Commits

Our Chennai R&D function reviews component geometry and material selection upstream — before a single tool path is programmed. This means tolerance stack issues are resolved at the design stage, not discovered during first-article inspection.

R&D backing every part means your program receives manufacturing feedback during development, not after a costly revision cycle.

Evaluate Our Manufacturing Scope for Your Program

Send us your component drawings or program brief. We will return a structured capability statement within 48 hours — no ambiguity on what we can and cannot produce.