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Industries

Automotive & Motorsport & EV

We support automotive, motorsport and EV programs with multi-process manufacturing, thermal management products, validation support and production documentation—from prototype to mass production.

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Typical use cases

  • First Article Inspection (FAI) for new builds and revisions
  • CTQ dimension control during ramp and mass production
  • GD&T checks and tolerance confirmation
  • Supplier/process comparisons across lots

What We Make for Automotive & EV

Example part types (custom OEM projects available under NDA).

Photorealistic hero image prompt — "Thermal Components for Automotive & EV — Liquid Cold Plates, Heat Sinks, Vapor Chambers, Cooling Module Assemblies" Scene overview - Wide horizontal hero composition (16:9), clean engineering bench or small test cell in an EV/automotive thermal lab. Emphasize precision thermal hardware, functional detail, and test readiness. No people’s faces visible and no readable text or logos. Foreground (primary focal area) - Central: a finished liquid cold plate assembly (machined aluminum block with microchannels, inlet/outlet manifolds, and brazed or bonded tube fittings) placed on a low-profile metrology mat. Surface shows machined fins and O‑ringed ports; joints and welds/brazes are visible and clean. - Slightly left of center: a stacked set of heat sinks—extruded aluminum and stamped copper—showing fin geometries and a copper cold‑finger or vapor chamber sandwiched between plates. One heat sink is cutaway or has a removed section to expose internal vapor chamber channels and wick structure (no text). - Right foreground: a compact cooling module assembly (pump, reservoir, quick‑connect hoses, and a small fan/duct shroud) laid out as a ready-to-install subsystem. Hoses show crimps and kink-protection, quick-connect couplers visible but unlabeled. - Near the cold plate: precision thermal sensors and thermocouple wires neatly routed to labeled (blurred) connectors; a small flow meter with a blurred display in-line on a short transparent hose segment to hint at flow testing. All instrument displays intentionally blurred. Midground (supporting visual cues) - A benchtop leak‑test fixture or pressure test block with the cold plate fixtured and a soft stream of micro‑bubbles captured in a small clear trough (visual cue for leak testing without readable labels). - A thermal camera view on a tablet or monitor showing a blurred false‑color map of a cold plate under test (no numerical readouts). The camera or emissivity target is nearby but textless. - A CAD print or exploded assembly drawing partially visible and intentionally blurred, showing stack orientation and mounting bosses; a couple of machined mounting brackets and threaded inserts lie nearby. Background (context & environment) - Softly blurred lab environment with a small circulation loop (pump and reservoir), racks with additional cold plates and heat sinks in sealed trays, and a larger EV cooling pack mockup on a shelf. Part trays may have subtle colored tags (no text). - A compact vibration table or thermal chamber door visible in the far background to suggest validation capability (door closed, no readable UI). Lighting, composition & styling - Neutral technical lighting with controlled highlights to accent machined surfaces, fin edges, brazed seams, and copper vs aluminum contrast. Slightly shallow depth of field: sharp focus on the cold plate and exposed vapor chamber detail; midground and background softly blurred to create depth. - Color palette: cool neutrals (stainless, aluminum, copper tones) with small utility accents (tubing in black/blue, sensor wires in bright colors) to guide the eye. - High photoreal detail: crisp metal textures, fine machining marks, realistic reflections on brazed joints, subtle coolant residue/gloss on hose fittings—absolutely no logos, no watermarks, no readable text, no visible faces, no extra fingers, no floating geometry, avoid AI artifacts. Shot parameters (suggested) - Horizontal/hero crop, f/4–f/5.6 for modest depth separation, focal length ~50–85mm equivalent, camera height slightly above bench to show channel geometry and manifold orientation. Intent / caption (one line) - Showcase high‑performance thermal components for automotive/EV cooling: liquid cold plates, heat sinks, vapor chambers and assembled cooling modules ready for test and integration.

Thermal Components

Liquid cold plates, heat sinks, vapor chambers, cooling module assemblies.

Enclosures & Structures

Enclosures & Structures

Housings, covers, brackets, mounts, frames and rugged mechanical enclosures.

Seals & Rubber Parts

Seals & Rubber Parts

Gaskets, rubber/silicone molded parts, protection features for harsh environments.

Program Support

Simple, practical support from early builds to ramp

Engineering & Manufacturing

  • Rapid prototyping and quick iteration cycles
  • DFM/DFMA feedback and cost optimization options
  • Multi-process manufacturing: CNC, molding, die casting, sheet metal, extrusion
  • Surface finishing and material selection support
  • Assembly and integration support

Quality & Validation (as required)

  • Dimensional inspection (CMM / 3D Scan / SPC)
  • Mechanical & environmental checks (program-dependent)
  • Thermal performance testing for cooling products
  • Reliability / stress / aging support (program-dependent)
  • Documentation: FAI / PPAP / Cpk / CoC

Ready to quote your automotive / EV parts?

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