Built for
Performance Athletes
Engineered for OEMs
Precision CNC prototypes, carbon-fibre tooling models, and OEM production runs for the global sports equipment industry — cycling, fitness, golf, protective gear, and smart wearables. From concept to validated prototype in 3–7 days. Singapore, Taiwan, Thailand & Japan.
Sports Equipment Parts — Straight Off Our Machines
Why Sports Equipment OEMs Need Precision Prototypes
Validate Geometry Before Tooling
Cycling component geometry — dropouts, derailleur hangers, bottom bracket shells — must be physically confirmed. CNC prototypes verify fit, stiffness, and clearance before hard tooling commits.
Weight-to-Strength Optimisation
Every gram matters in competitive sports gear. Test your lightweighting strategy in AL7075-T6, titanium Grade 5, or carbon-fibre toolboard against load requirements before locking in production material.
Protective Gear Fit & Comfort
Helmet shell forms, shin-guard inserts, and impact liners need real-world ergonomic testing on athletes. Vacuum-cast prototypes in the correct Shore hardness let you run wearability trials before moulding.
Fitness Equipment Structural Proof
Gym machine frames, cable routing channels, and seat post assemblies must handle repetitive dynamic loads. CNC steel or AL6061 prototypes let you run load cycles before final weld fixtures are built.
Smart Wearable & IoT Housing
GPS cycling computers, heart-rate sensor pods, and smart insole housings need IP67-tested seal geometry and antenna window placement before mould cutoffs. Prototype first, certify once.
NDA-Protected Design Secrecy
Next-generation product lines are your competitive edge. We sign mutual NDA before any CAD review. Your frame geometry, material innovations, and IP remain fully confidential throughout manufacture.
Sports & Fitness Prototype Applications
From UCI-legal aero frame testing to fitness machine structural validation — IDMockup delivers the precision prototypes and appearance models that global sports OEMs rely on across every stage of the product development cycle.
Cycling Components
Frame junction moulds, carbon-layup tooling masters, fork crowns, crankset spiders, stem bars, dropout inserts, and brake caliper bodies. AL7075-T6 or titanium — verified against fit and weight targets before batch production.
Fitness Equipment
Gym machine mainframes, pivot pins, cable pulley housings, grip handles, and seat post collars. Structural AL6061 or SUS304 prototypes for load-cycle testing — matched to final production dimensions for tooling transfer.
Helmets & Protective Gear
Helmet outer shell mould forms, retention system frames, shin guard backing plates, knee cap inserts, and crash pad housings. ABS, PC, or EVA foam matched to required Shore hardness. Impact-rig ready.
Golf Equipment
Club head models in AL6061 or zinc alloy, shaft connector ferrules, grip mandrels, and bag frame tubes. Appearance models to CAD specification for tour rep showcases and PGA retail channel launch programmes.
Footwear & Cleat Systems
Outsole tooling masters, cleat interface mounting plates, midsole geometry buck forms, and upper last inserts. 3D-printed or CNC toolboard for rapid colourway and sole-geometry iterations ahead of production tooling.
Smart Wearables & IoT
GPS computer housings, cycling power meter body, heart-rate pod enclosures, smart insole carrier frames, and action camera mounts. IP67-verified seal groove geometry, antenna window placement, and charge port alignment.
Every Process Sports Gear Demands — Under One Roof
5-Axis CNC
Complex aero profiles, compound curves, and thread forms. AL7075-T6, AL6061, titanium, stainless, and engineering plastics to ±0.05mm. Single-setup frame junctions and complex brackets.
Learn more →SLA / SLS 3D Printing
48-hour helmet liner forms, grip ergonomic concepts, and wearable housing ideas for fit-and-feel trials before committing to tooling spend.
Learn more →Vacuum Casting
5–50 piece Shore A/D matched TPU grips, pad inserts, and overmould skins. Correct flex, colour, and texture matching for rider/athlete trials before production mould investment.
Learn more →Reaction Injection Moulding
Lightweight foam-core helmet shells, large-area body panels, and flexible guard inserts. Low-pressure RIM from 5 pieces — bridge tooling before hard injection moulding investment.
Learn more →Sheet Metal
Laser-cut and CNC-bent AL6061 / SUS304 for gym machine frames, cable management channels, and structural load-bearing brackets.
Learn more →CMF & Surface
Hard anodize Type II/III, powder coat, hydro-dip, PVD, texture painting, and rubber overmould. Pantone / RAL matched to your brand colour guidelines.
Learn more →Injection Moulding
Production plastic components from 50-piece soft tool to 50,000-piece hard tool — helmet ABS shells, PC visors, buckle systems, and grip over-mould.
Learn more →CMM Dimensional QC
Zeiss / Renishaw CMM for GD&T callout verification on precision components — bearing bores, thread positions, and surface profiles with full dimensional report.
Learn more →Performance-Grade Materials —
Built for Athletes & OEMs
Sports equipment faces extreme loads, environmental exposure, and unforgiving athlete scrutiny. We stock and machine the exact structural alloys and engineering polymers your product category demands — not substitutes.
Cycling component prototypes default to AL7075-T6 for strength-to-weight. Titanium Grade 5 for handlebar and stem parts requiring fatigue resistance. Fitness machine frames in AL6061 or SUS304 for weld-ability. Helmet shells in ABS or PC toolboard. Elastomeric grips and pads in TPU 85A Shore vacuum-cast.
From STEP File to Validated Prototype — 5 Steps
Upload & RFQ
Submit STEP / IGES / PDF. Detailed quote with material, finish, and lead time within 24 hours.
DFM Review
Engineers check undercuts, draft angles, material fitness, and surface feasibility before committing.
Machine & Form
5-axis CNC, vacuum casting, RIM, or 3D printing begins with live progress updates throughout.
CMF & Brand Finish
Anodize, powder coat, hydro-dip, overmould, laser engrave — matched to your brand standards.
CMM & Ship
Full CMM dimensional report, first-article inspection, DHL / air freight to your test facility globally.
Trusted by Global Sports, Fitness & Electronics OEM Leaders
Your Next Winning Product
Starts With a Precision Prototype
Send us your CAD files, sketches, or even a brief description. Our sports engineering team responds with a detailed quote — material selection, CMF options, and realistic lead time — within 24 hours. NDA signed on request before any file review.
Sports Equipment Prototype & Fitness Gear Manufacturing — IDMockup Singapore
IDMockup is Asia’s precision engineering partner for the sports equipment industry, delivering CNC-machined prototypes, vacuum-cast appearance models, and OEM production runs for cycling brands, fitness equipment manufacturers, golf companies, protective gear OEMs, and smart wearable startups. Headquartered in Taipei, Taiwan, with manufacturing in Dongguan, Kunshan, and Thailand, IDMockup serves sports equipment prototype Singapore, Japan, and Thailand programmes for leading global sports brands. Our precision CNC engineering Singapore capabilities cover 5-axis CNC for bicycle components and fitness frames, helmet shell tooling forms, golf club head models, wearable housing prototypes, and production-grade injection-moulded sports plastics. As a trusted gym equipment supplier Singapore partner, bicycle frame manufacturers service provider, and model making company Singapore, IDMockup supports design validation, OEM supplier qualification, retail sample production, and mass-production launch for global sports brands. Materials include AL7075-T6, titanium Grade 5, PC, ABS, TPU, and Polycarbonate Singapore-qualified resins, with finishing including hard anodize, powder coat, PVD, hydro-dip, and rubber overmould. From a single rapid prototype to 1,000-piece OEM sports component run, IDMockup is your complete sports mockup Singapore solution.
