From prototypes to production. We specialize in high-cosmetic aluminum enclosures and precision parts, achieving excellent surface finishes ideal for anodizing, bead blasting, and painting.
Comprehensive manufacturing solutions from prototype to production.
With decades of experience and cutting-edge technology, we deliver precision manufacturing solutions that exceed expectations.
Prototypes in 3-5 days, mass production in 2-4 weeks. Our lean manufacturing ensures on-time delivery without compromising quality.
Certified to ISO 13485:2016 (Medical) & ISO 9001:2015. Full traceability and compliance for regulated industries.
DFM analysis, technical consultation, and real-time updates from prototype to mass production.
CMM, projector, and hardness testers ensure ±0.02mm tolerances. 100% inspection before shipment guarantees zero-defect delivery.
From rapid prototyping to mass production, we deliver precision-manufactured parts that meet your exact specifications.
CNC Machining Parts
OVERVIEW High-precision custom CNC machined brass components with a premium high gloss polishing finish. Ideal for applications requiring excellent conductivity, corrosion resistance, and aesthetic appeal. SPECIFICATIONS • Material: Brass (C3604 / H59 Available) • Finish: High Gloss Polishing (Mirror-like surface) • Tolerances: ±0.02mm (Standard), tighter upon request • Production Process: CNC Turning / CNC Milling • MOQ: Small batch accepted for prototype runs KEY FEATURES • Excellent electrical and thermal conductivity • Superior corrosion resistance after polishing • Smooth mirror-like surface, no burrs or sharp edges • Precision machined to your exact 2D/3D drawings • Custom sizes, shapes, and hole patterns available APPLICATIONS • Electrical Connectors & Terminals • Plumbing Fittings & Valves • Decorative Hardware & Furniture Accents • Automotive & Aerospace Components • Musical Instruments & Audio Equipment
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CNC Machining Parts
OVERVIEW Custom CNC machined aluminum extrusion components featuring a durable black matt anodized finish. Ideal for thermal management, electronic enclosures, and structural parts requiring both high strength and precise fit. Perfect for small-batch production runs. MANUFACTURING PROCESS • Step 1: Aluminum Extrusion (Custom Profile Design Available) • Step 2: Precision CNC Machining (Milling/Drilling/Tapping) • Step 3: Surface Treatment (Black Matt Anodizing) • Tolerance: ±0.05mm (Standard), tighter tolerances upon request KEY FEATURES • Hybrid Manufacturing: Combines extrusion efficiency with CNC precision • High Thermal Conductivity: Aluminum 6061/6063 profiles for heat dissipation • Durable Finish: Black matt anodizing for corrosion resistance and aesthetics • Small Batch Friendly: Accept small quantities for prototyping and pilot runs • Customizable: Profiles, cut lengths, hole patterns, and surface graphics supported APPLICATIONS • Heat Sinks & Thermal Management Systems • Electronic Device Housings & Enclosures • Industrial Equipment Frames & Brackets • LED Lighting Fixtures • DIY & Hobbyist Mechanical Projects NOTE We specialize in low-to-medium volume extrusion-based components. Whether you need a prototype or a small production run, we can deliver high-quality parts with fast lead times.
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Silicone Products
Material: Silicone FDA material Wacker R420 Process: Silicone molding. Very good quality, very high performance, Accurate dimensions
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OEM Complete Products
Material: PC, ABS, Metal parts etc.. Hospital TV We provide full OEM products development including plastic tooling, molding, assembly and package. We also provide package design on the OEM products. With very good quality and high speed. Our engineers enable us to design, process design to meet client's target, And we are also good of project management, project plan to make sure whole project meet client's requirement without risk and saving cost.
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Die Casting Parts
OVERVIEW High-precision aluminum housing for medical vision testing instruments (e.g., autorefractors, visual acuity screeners, ophthalmic diagnostic devices). Manufactured through a tightly controlled process chain: High-Pressure Die Casting (HPDC) → CNC precision machining → Spray painting / powder coating. Designed to meet stringent medical-device standards for appearance, dimensional accuracy, and functional integration—including machined bearing seats for smooth rotating assemblies. MANUFACTURATIONS SPECIFICATIONS • Material: Aluminum alloy ADC12 / A380 (medical-grade options available) • Process Flow: – High-Pressure Die Casting (HPDC) for complex net-shape shell – CNC milling, drilling, and boring on critical faces and bearing seats – Deburring, surface cleaning, and pretreatment – Spray painting or powder coating for premium medical appearance • Bearing Integration: CNC-bored bearing seats with tight roundness and position tolerance to ensure shaft concentricity and low-friction rotation • Dimensional Tolerance: ±0.05mm general; ±0.01mm or better on bearing bores, mating faces, and sealing interfaces • Surface Finish: Smooth, uniform spray coating with excellent adhesion, hardness, and chemical resistance • A-Surface Quality: Zero porosity, no sink marks, no flow lines, no flash on visible painted surfaces • Wall Thickness: Optimized for rigidity without excess weight KEY ADVANTAGES • Bearing-Ready Precision: CNC-machined bearing seats eliminate casting tolerance stack-up—shafts mount and rotate smoothly without rework. • Premium Medical Appearance: Multi-stage spray painting delivers a clean, professional, clinic-ready finish with high color consistency. • Dimensional Stability: Die casting + localized CNC ensures both complex shape and critical-fit accuracy in one part. • Rigid & Lightweight: Aluminum alloy provides structural strength, EMI shielding, and thermal dissipation for sensitive optics/electronics. • Porosity Control: Casting parameters and vacuum-assisted options minimize internal porosity for superior coating adhesion and pressure tightness. • Turnkey Solution: One supplier handles casting, machining, painting, and inspection—no subcontractor handoffs. TYPICAL APPLICATIONS • Vision tester / autorefractor outer housings • Ophthalmic diagnostic device enclosures • Medical instrument chassis with rotating mechanisms (bearing-supported shafts, lens turrets, adjustment knobs) • Clinical equipment shells requiring premium painted finishes • Electronic medical device (EMD) casings with integrated bearing or bushing features PROCESS NOTE Bearing seats are CNC-bored after casting to guarantee roundness, perpendicularity, and position accuracy—critical for low-vibration, low-noise shaft rotation in ophthalmic instruments. Spray painting follows thorough pretreatment (degreasing, phosphating/chromating, primer) to ensure coating adhesion on aluminum substrates. Paint film thickness, gloss level, and cross-cut adhesion are verified per medical-device cosmetic standards. QUALITY ASSURANCE • CMM inspection of all critical dimensions, including bearing bore diameter, position, and perpendicularity • Bore roundness and surface roughness checks on bearing seats • Cross-cut adhesion test, film-thickness measurement, and gloss verification on painted surfaces • Visual inspection under controlled lighting for A-surface defects (no pinholes, orange peel, or color mismatch) • Material certificate, COC, and FAIR available with every shipment
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Die Casting Parts
OVERVIEW Custom die-cast aluminum mounting box / installation enclosure for the same medical vision-testing platform as the Slide Base component. This structural housing provides secure mounting points, internal cable routing space, and a stable base for optical or electronic sub-assemblies. Manufactured via High-Pressure Die Casting (HPDC), followed by multi-face CNC machining and medical-grade spray painting for a clean, durable, clinic-ready appearance. MANUFACTURING SPECIFICATIONS • Material: Aluminum alloy ADC12 / A380 (medical-grade options available) • Process Flow: – High-Pressure Die Casting (HPDC) for net-shape box structure – Multi-face CNC machining (top, bottom, and side surfaces) – Drilling, tapping, and countersinking of mounting holes and threaded inserts – Deburring, cleaning, and chemical pretreatment – Spray painting / powder coating for medical-device finish • Dimensional Tolerance: ±0.05mm general; critical mounting and mating faces held to ±0.01mm • Machined Features: Precision mounting holes, tapped threads, locating pins, sealing surfaces, and cable-entry apertures • Surface Finish: Uniform spray coating with high adhesion, hardness, and chemical resistance • A-Surface Quality: No porosity, sink marks, flow lines, or flash on visible painted surfaces • Compatibility: Designed to pair with matching Slide Base and other OEM sub-assemblies KEY ADVANTAGES • Stable Mounting Platform: Rigid aluminum box provides a solid, vibration-resistant base for sensitive medical optics and electronics. • Multi-Face CNC Accuracy: Critical mating surfaces and hole patterns are CNC-machined for precise alignment with adjacent components. • Turnkey Finish: Integrated casting + machining + painting eliminates multi-vendor handoffs and finish mismatches. • Medical-Grade Appearance: Spray-painted surfaces meet clinic/hospital aesthetic and hygiene expectations. • Design Flexibility: Internal ribs, bosses, and standoffs can be cast in place to support PCBs, brackets, or cable channels. • Proven OEM Experience: Already in production for the same medical-instrument customer as the Slide Base assembly. TYPICAL APPLICATIONS • Medical vision-tester mounting boxes / base enclosures • Installation housings for ophthalmic diagnostic devices • Equipment pedestals and support boxes with internal cable routing • Medical instrument base frames requiring painted aluminum enclosures • Electronic medical device (EMD) structural housings • OEM medical equipment installation cases and junction boxes PROCESS NOTE Mounting boxes demand flatness and hole-position accuracy for proper assembly with the Slide Base and cover plates. Multi-face CNC setups are used to maintain positional tolerances across opposite and adjacent faces. Spray painting is preceded by full pretreatment (degreasing, chromating/phosphating, primer) to ensure long-term coating adhesion on aluminum. Film thickness, gloss, and cross-cut adhesion are verified per medical-device cosmetic standards. QUALITY ASSURANCE • CMM inspection of critical mounting-hole patterns, flatness, and mating-face dimensions • Thread gauge check on tapped holes; position tolerance verification • Cross-cut adhesion test, film-thickness measurement, and gloss check on painted surfaces • Visual inspection under controlled lighting for coating defects and cosmetic flaws • Material certificate, COC, and FAIR supplied with each shipment
View DetailsDiscover our manufacturing capabilities through our latest videos
This is the official company video of Xiamen Creator Technology. As an in-house OEM manufacturer, we support customers from concept to production with the following core capabilities: ✔ CNC Machining (Metal & Plastic) ✔ Custom Injection Molding (Single/Double Shot & Insert Molding) ✔ Complete Product OEM Development ✔ DFM (Design for Manufacturability) & Mold Flow Analysis ✔ In-House Mold Design & Tooling ✔ ISO 9001 & ISO 13485 Certified Quality Control We keep critical processes under one roof to ensure quality, speed, and IP protection.
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zhs@xmcreator.com
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Guan kou town, Tieshan Road 786, Jimei district, Xiamen, Fujian Province, China
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Xiamen Creator Technology