Injection Moulding Parts
Custom Injection Molded ABS Handset Handle - Mirror Chrome Electroplated
OVERVIEW Custom injection molded ABS handset handle with a mirror chrome electroplated finish. Manufactured via multi-cavity production tooling, this component delivers consistent geometry, excellent surface quality, and reliable assembly performance. The combination of structural ABS and metallic plating provides a premium appearance while maintaining lightweight ergonomics—suitable for handheld devices, control units, and finished consumer products. MANUFACTURING SPECIFICATIONS • Material: High-Gloss ABS (Selected for optimal plating adhesion) • Process: Precision Injection Molding (Multi-Cavity Production Tooling) + Electroplating (Cu/Ni/Cr) • Surface Finish: Mirror Chrome Electroplated Finish – Highly reflective, abrasion-resistant • Dimensional Tolerance: ±0.05mm (Critical mating interfaces controlled) • Production Capacity: Support for low-to-medium volume runs; scalable upon request • Lead Time: Standard production cycle including molding and plating KEY ADVANTAGES • Production-Grade Consistency: Multi-cavity tooling ensures repeatable part quality across every shot. • Premium Metallic Aesthetics: Electroplated finish replicates stainless steel or aluminum at reduced weight and cost. • Ergonomic Performance: Contoured handle design supports comfortable grip and intuitive operation. • Durable Surface: Plated layer offers improved scratch resistance compared to painted finishes. • Clean Appearance: Flash-free edges and uniform plating support direct integration into finished goods. TYPICAL APPLICATIONS • Handheld Control Units & Operator Interfaces • Aesthetic Instrument Housings (Beauty, Wellness, Analytical Equipment) • Consumer Electronics & Lifestyle Device Enclosures • Decorative Hardware & Architectural Handles • High-End Appliance Components PROCESS NOTE Electroplating deposits a thin metallic layer (copper/nickel/chrome) onto molded ABS substrates. While providing superior aesthetics and surface durability, product designers should consider end-use environments (chemical exposure, abrasion, UV) when specifying plated finishes for long-term deployment. QUALITY ASSURANCE In-process and final inspections verify plating adhesion, coating uniformity, and cosmetic integrity (no blisters, pits, or edge pull-away). Critical dimensions are checked per drawing. FAIR (First Article Inspection Report) available upon request. Lot-level traceability standard; full traceability available upon request.
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Injection Mold
Lead Acid Battery Case Injection Mold
OVERVIEW Custom-engineered lead acid battery case injection mold designed for high-volume manufacturing of durable plastic battery housings. This large-scale tooling solution features a single cavity configuration and is constructed from premium S136 stainless steel to ensure exceptional wear resistance, corrosion resistance, and dimensional stability over extended production cycles. MOLD SPECIFICATIONS • Application: Lead Acid Battery Case Production • Mold Type: Injection Mold (Custom Design) • Cavity Configuration: Single Cavity (Optimized for large part size and structural integrity) • Mold Base: Standard or Custom (LKM, HASCO, DME available) • Core/Cavity Material: S136 Stainless Steel (Pre-hardened, high polishability) • Surface Finish: High Gloss (Mirror Polish on A/B Surfaces) • Cooling System: Optimized baffle/tunnel cooling for uniform heat dissipation • Ejection System: Ejector pins & plates designed for safe part release KEY ADVANTAGES • Large Tooling Expertise: Proven capability in handling oversized molds with precision alignment. • Premium Material Selection: S136 steel delivers superior polishability and longevity, ideal for high-gloss finishes. • Precision Engineering: Tight tolerances ensure perfect fit and seal for battery case assemblies. • Efficient Production: Single cavity design balances cycle time with part quality for heavy-duty applications. • Durability: Resistant to corrosion and wear, reducing maintenance costs during mass production. TYPICAL APPLICATIONS • Automotive Lead Acid Battery Housings • Industrial UPS & Backup Power Systems • Marine & RV Deep Cycle Battery Cases • Renewable Energy Storage Enclosures DESIGN NOTE Large molds require careful thermal management and structural reinforcement. Our engineering team performs mold flow analysis (MFA) and stress simulation to validate cooling efficiency and prevent warping during production. QUALITY ASSURANCE All molds undergo rigorous FAI (First Article Inspection) and T0 trial runs. Critical dimensions, cooling channels, and ejection systems are verified before delivery. Full documentation (2D/3D drawings, BOM, operating manuals) provided. 12-month warranty on mold base; lifetime technical support available.
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CNC Machining Parts
Custom CNC Machined Brass Components - High Gloss Polishing Finish
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
Custom CNC Machined Aluminum Extrusion Components - Black Matt Anodized
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
Silicone molding for Valves
Material: Silicone FDA material Wacker R420 Process: Silicone molding. Very good quality, very high performance, Accurate dimensions
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OEM Complete Products
OEM full products for Hospital TV
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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Injection Moulding Parts
Plastic housing injection
Plastic housing Big tooling, single cavity and single shot tooling Material: ABS High polish finish
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CNC Machining Parts
Custom CNC Machined Aluminum Components - Black Matt Anodized with White Silk-Screen Printing
OVERVIEW High-precision custom CNC machined aluminum components featuring a durable black matt anodized finish with crisp white silk-screen printing. Ideal for electronic device housings, mechanical brackets, and industrial prototypes requiring excellent strength-to-weight ratio and clear part identification. SPECIFICATIONS • Material: Aluminum 6061-T6 (High Strength) • Finish: Black Matt Anodizing (Type II) + White Silk-Screen Printing • Graphics: Logos, Serial Numbers, QR Codes, Technical Symbols • Tolerances: ±0.05mm (Standard), tighter tolerances available upon request • Production Process: CNC Milling / CNC Turning • MOQ: Small batch accepted for prototype runs KEY FEATURES • Lightweight yet strong construction (Aluminum 6061) • Superior corrosion resistance and wear durability • Matte black surface finish for non-glare aesthetics • Durable Screen Printing: Fade-resistant and scratch-proof ink • Precision-machined to exact 2D/3D CAD drawings • Custom sizes, cutouts, and hole patterns supported APPLICATIONS • Electronic Device Housings & Enclosures • Industrial Equipment Brackets & Mounts • Prototyping for Automotive & Robotics • Consumer Electronics Accessories • DIY & Hobbyist Mechanical Parts
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Rapid Prototype Parts
Custom Rapid Prototype Sheet Metal Components - Laser Cut, CNC Bent & Anodized
OVERVIEW Custom rapid prototype sheet metal components fabricated via high-speed laser cutting and precision CNC bending, finished with high-quality anodizing. Designed for functional testing and fitment verification of electronic enclosures and structural frames prior to mass production investment. PROTOTYPING SPECIFICATIONS • Material: Aluminum (5052, 6061), Stainless Steel, Carbon Steel • Thickness Range: 0.5mm – 6.0mm • Process: Fiber Laser Cutting + CNC Press Brake Bending • Assembly Support: Pre-installed PEM studs, nuts, and mounting hardware • Surface Finish: Clear / Black / Color Anodizing (Prototype Grade) • Lead Time: 5–7 working days for samples KEY ADVANTAGES • Rapid Turnaround: Accelerate your product development cycle • Anodizing Expertise: Professional surface treatment for aluminum parts, ensuring corrosion resistance and aesthetics • Design Flexibility: Easy modifications based on DFM feedback • Cost-Effective: No hard tooling required for initial validation • Precision Fit: Consistent bend angles and hole positions for seamless assembly APPLICATIONS • Electronic Enclosure Prototypes (Anodized Finish) • Industrial Equipment Brackets & Chassis • Medical Device Structural Frames • Functional Testing Rigs • Consumer Electronics Mock-ups
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CNC Machining Parts
Custom CNC Machined Aluminum Housing for Electronic Devices -Black Anodized
This custom CNC machined aluminum housing is designed for high-performance electronic devices, offering excellent heat dissipation and structural rigidity. Manufactured with precision 4-axis CNC machining, it ensures tight tolerances and superior surface finish. Specifications Material: 6061-T6 Aluminum (or Custom) Tolerance: ±0.02mm (Standard) Surface Finish: Anodized Black / Sandblasted Our Advantage As an ISO-certified manufacturer, we provide DFM analysis before production and full inspection reports to ensure quality. Features: Precision CNC Machined Aluminum Enclosure Optimized for Heat Dissipation & Thermal Management EMI/RFI Shielding for Sensitive Electronics Anodized Surface for Electrical Insulation & Corrosion Resistance Custom Cutouts for Connectors, LEDs & Displays Precision Tapped Holes for Secure PCB Mounting Lightweight 6061-T6 Aluminum Construction Designed for Indoor/Outdoor & Harsh Environments Application: Electronic Enclosures PCB Protection Housings Industrial Automation Equipment Medical Instrument Casings Test & Measurement Devices Power Supply Housings Telecommunications Equipment Outdoor Electronic Cabinets IoT & Smart Device Housings
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Injection Moulding Parts
Light Guide injection molding
Light guide Material: PC Gloss finish, high gloss, Very clean workshop, Thick wall plastic part injection molding, without bubble or sink issues. Tooling cavity: 1x2 Tooling material: SS136, mirror polished,
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Injection Mold
Custom Two-Shot Injection Mold - Overmolding Process
CUSTOM TWO-SHOT (OVERMOLDING) INJECTION MOLD Advanced two-shot injection molding solution designed for integrating multiple materials into a single, complex component. This process utilizes sequential injection to bond dissimilar plastics (e.g., rigid substrate + soft-touch elastomer), eliminating the need for secondary assembly and enhancing part performance. Ideal for functional components requiring improved grip, sealing, insulation, or aesthetic contrast. KEY SPECIFICATIONS • Process Type: Two-Shot / Overmolding Injection Molding • Typical Material Combination: ABS/PC (Hard) + TPE/TPU (Soft) - Customizable per application • Mold Material: H13 (DIN 1.2344/1.2366) Hot Work Steel - Pre-hardened for thermal stability • Mold Base: Standard or Custom (LKM, HASCO, DME compatible) • Cavity Configuration: Single Cavity (Optimized for precise material interface control) • Cooling System: Independent baffle cooling for each shot to ensure thermal balance • Ejection System: Precision ejector pins & plates designed for dual-material release • Tooling Life: 500,000 - 1,000,000 shots (Dependent on material compatibility and operating parameters) CORE ADVANTAGES • Material Synergy: Creates a permanent molecular bond between hard and soft plastics in one cycle. • Enhanced Functionality: Adds soft-touch grips, waterproof seals, vibration dampening, or electrical insulation. • Design Freedom: Enables complex geometries, living hinges, and multi-color aesthetics impossible with single-shot molding. • Cost Efficiency: Reduces labor, assembly time, and inventory by consolidating multiple parts into one. • Durability: H13 steel construction ensures longevity under high-temperature, high-pressure molding conditions. TYPICAL APPLICATIONS • Industrial Components: Ergonomic handles, control knobs, sealed connectors, vibration isolators • Consumer Goods: Toothbrush handles, power tool grips, appliance buttons, wearable device straps • Automotive Parts: Gear shift knobs, interior trim, soft-touch dashboard elements • Electronics: Cable grommets, waterproof enclosures, keypad membranes ENGINEERING SUPPORT Our team provides comprehensive DFM (Design for Manufacturing) analysis, focusing on gate location, material compatibility, and shrinkage compensation for dual materials. Mold flow simulation ensures optimal filling and bonding. Full technical documentation (2D/3D drawings, BOM, operational guidelines) provided. 12-month warranty on mold base; lifetime technical support available. Full view of the two-shot mold assembly, highlighting the hot nozzle system and core/cavity structure.
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Injection Moulding Parts
Plastic frame injection molding
Single shot injection molding components Material to be Black ABS,
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Injection Moulding Parts
Dual shot injection molding for light guide
Dual shot injection molding for light guide Raw material PC One shot for clear substrate for light goes through, second shot for block color to block color This is a trial samples photos, OTS samples. We Provide Tooling design, tooling made, injection molding service with very good quality and also good price.
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Injection Mold
Injection mold for Auto parts
Big tooling, Injection mold for Auto Parts. Injection mold for battery housing Plastic parts material: ABS Tooling material: 1.2344/1.2366 Tooling life: 500,000-1000,000shots Cavity: 1x1 Design software: CAD, UG, Solidworks, Pro E Mold base: LKM, HASCO Mold types: Customized, Surface: Polishing Runner: Hot Runner / Cold Runner
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CNC Machining Parts
Custom CNC Machined ABS Medical Housings - High-Gloss Finish & Internal EMI Shielding (Pilot Run)
OVERVIEW Custom CNC machined ABS medical housings designed for pilot production runs and low-volume deployment. These enclosures combine a high-gloss exterior finish with internal conductive ink coating for EMI shielding, delivering a perfect balance between aesthetic appeal and functional performance for market-ready medical devices. PRODUCTION SPECIFICATIONS • Scope: Pilot Runs / Low-Volume Production (Dozens of units supported) • Material: ABS (High-Impact, Medical-Grade) • Exterior Finish: High-Gloss Painting & High-Resolution Logo Printing • Interior Treatment: Conductive Ink Coating (Applied to internal surfaces for EMI/RFI shielding) • Consistency: Tight process control ensuring uniformity across all units • Lead Time: 2–3 Weeks for batch orders (Depending on quantity) KEY ADVANTAGES • Batch Production Capability: Proven ability to deliver dozens of consistent, high-quality units. • EMI Shielding Integrity: Conductive coating applied exclusively inside, leaving exterior surfaces pristine. • Market-Ready Aesthetics: Gloss paint and printing replicate final production appearance. • Risk Mitigation: Ideal for initial market launch or clinical trials before committing to hard tooling. • Supply Chain Reliability: In-house CNC machining ensures stable lead times and quality control. APPLICATIONS • Initial Market Launch Units (Medical Devices) • Clinical Trial Equipment Housings • Low-Volume Production of Diagnostic Instruments • Pre-production Validation Batches • Replacement Housings for Specialized Equipment
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Injection Moulding Parts
Single shot injection molding for housing
Single molding for plastic housing, Single shot injection molding, Finish to be matt finish, very high quality. Material PC/ABS Cavity: 1x2 Tooling material SS136 We provide tooling design, tooling making, injection molding service with high quality and good price.
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Injection Mold
H13 ABS Battery Container Mold for Industrial UPS
INJECTION MOLD FOR INDUSTRIAL BATTERY CONTAINER Custom-engineered H13 (DIN 1.2344/1.2366) hot work steel mold designed for high-volume ABS plastic battery container production. Optimized for thermal stability and durability in continuous manufacturing cycles. KEY SPECIFICATIONS Application: Industrial UPS, Solar Energy Storage, General Lead Acid Battery Housings Part Material: ABS (Acrylonitrile Butadiene Styrene) Mold Material: H13 (1.2344/1.2366) Hot Work Steel - Pre-hardened & Tempered Surface Finish: Standard Texture (VDI 30-33) - Cost-effective for mass production Configuration: Single Cavity (Ideal for large, thick-wall ABS parts) Cooling System: Reinforced baffle cooling for efficient heat dissipation Ejection: Precision ejector pins & plates designed for ABS shrinkage management CORE ADVANTAGES Thermal Stability: H13 steel resists warping and cracking under high injection temperatures. Heat Resistance: Superior resistance to thermal fatigue for long production runs. Cost-Efficiency: Excellent balance of performance and cost compared to stainless steels. Durability: Robust construction handles high cavitation pressure and abrasive ABS materials. TYPICAL INDUSTRIAL USE CASES Industrial UPS & Backup Power Systems Solar & Wind Energy Storage Containers Heavy-Duty Lead Acid Battery Cases (Non-Automotive) Consumer Electronics Battery Enclosures QUALITY & SUPPORT All molds undergo rigorous FAI (First Article Inspection) and T0 trials. Full documentation (2D/3D drawings, BOM, manuals) provided. 12-month warranty on mold base; lifetime technical support available.
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Rapid Prototype Parts
Custom CNC Machined ABS Reflector Prototypes - Chrome Plated, High Gloss
OVERVIEW High-precision custom CNC machined ABS reflector prototypes with mirror-finish chrome plating. Designed for optical performance testing and aesthetic validation of lighting components, these parts deliver exceptional light reflection efficiency and premium surface quality. PROTOTYPING SPECIFICATIONS • Material: ABS (High-Impact, Lightweight) • Process: CNC Milling / Turning + Precision Polishing • Surface Finish: Mirror-Finish Chrome Plating (High Gloss, High Reflectivity) • Optical Performance: Optimized for light reflection applications • Tolerance: ±0.05mm (Critical for optical alignment) • Lead Time: 3–5 Working Days for Samples KEY ADVANTAGES • Superior Reflectivity: Chrome plating provides >90% light reflectance • Precision CNC Machining: Ensures accurate optical axis alignment • Premium Aesthetics: Mirror-finish surface for luxury lighting applications • Rapid Validation: Fast iteration for lighting design optimization • Cost-Effective: No expensive mold tooling required for initial testing APPLICATIONS • LED Lighting Reflectors • Automotive Headlight Components • Decorative Lighting Fixtures • Optical Instrument Mirrors • Stage & Studio Lighting Reflectors • Medical Endoscope Light Guides
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Injection Moulding Parts
Single shot injection molding for housing
Injection molding for plastic housing. Raw material: PC/ABS Tooling material: SS136. Finish: gloss finish, high gloss. Good quality and good price. MOQ can be 100, 200, 500pcs, We provide injection molding service with small batch qty, with very good quality and also good price.
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Rapid Prototype Parts
Custom CNC Machined ABS Plastic Components - Precision Polished
OVERVIEW High-precision custom CNC machined ABS plastic components for prototyping and low-volume production. Featuring expert polishing and superior surface finish, these parts deliver excellent mechanical properties and aesthetic quality for rapid product development. PROTOTYPING SPECIFICATIONS • Material: ABS (High-Impact, Engineering Grade) • Process: CNC Milling / Turning + Precision Polishing • Surface Finish: Smooth, Burr-Free, High-Gloss Polish • Tolerance: ±0.1mm (Standard) / ±0.05mm (Available upon request) • Color Options: Natural White, Custom Colors Available • Lead Time: 3–5 Working Days for Samples KEY ADVANTAGES • Rapid Turnaround: 3-5 days standard lead time for urgent projects • Superior Surface Quality: Professional polishing eliminates tool marks • Material Stability: ABS offers excellent impact resistance and dimensional stability • Cost-Effective: No tooling costs for small batches • Design Flexibility: Accommodates complex geometries and tight tolerances APPLICATIONS • Consumer Electronics Housings • Medical Device Components • Automotive Interior Trim • Industrial Equipment Covers • Prototypes for Injection Molding Validation
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Injection Moulding Parts
Dual shot injection molding for Spoons
Dual shot injection molding for spoons Material: FDA PP and FDA TPE material. Dual shot tooling, tooling cavity: 2x2 Tooling material: SS136 We provide dual shot injection mold design, Dual shot injection mold making and molding service with good price and high quality.
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Rapid Prototype Parts
CNC machining for plastic parts
Machined prototype: Material: ABS, PC, Process: CNC machining, hand polishing, painting With masking to achieve different color finish
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Injection Moulding Parts
Single shot injection molding for ear sets
Single shot injection molding for ear sets Material: FDA TPE--Medprene material. Single shot injection molding, Very fine finish
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Rapid Prototype Parts
Custom Medical Handheld Caller Prototype - ABS Core with Silicone Vacuum Overmolding
This is a high-fidelity medical handheld caller prototype, designed to simulate the final mass-production look and feel. It combines rigid ABS structural cores with soft-touch silicone outer layers. Key Manufacturing Details: • Core Material: CNC-machined ABS (for structural rigidity and precise fit) • Outer Layer: Silicone vacuum overmolding (creating a seamless, skin-friendly grip) • Surface Finish: High gloss painting on ABS core + Matte finish on silicone • Application: Hospital nurse call systems, patient monitoring devices Technical Advantages: • Soft-Touch Grip: The silicone layer provides excellent ergonomics and anti-slip properties. • High Precision: CNC machining ensures tight tolerances for internal electronics fitting. • Rapid Turnaround: Ideal for design validation and user testing before mold opening. • Biocompatible Materials: Suitable for medical device prototyping requirements. We support small-batch rapid prototyping for medical devices, ensuring both functional integrity and aesthetic perfection.
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Injection Moulding Parts
Single shot for light guide
Light Guide part Material: PC with diffusion additive Light diffusion. Single cavity tooling, single shot tooling, High polishing surface. Fine finish.
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CNC Machining Parts
Custom CNC Machined Aluminum 6061 Terminal Blocks - Anodized, Bead Blasted, Screw Masking
OVERVIEW High-precision custom CNC machined Aluminum 6061 terminal blocks designed for insertion-type wiring and industrial control applications. These parts feature a uniform bead blasted texture combined with matte anodizing for corrosion resistance and aesthetics. Precision TECHNICAL SPECIFICATIONS • Material: Aluminum 6061-T6 (High strength-to-weight ratio) • Process: CNC Milling + Precision Drilling + Bead Blasting + Anodizing (Type II/III) + Screw Thread Masking • Surface Finish: Matte/Satin Anodized (Black or Custom Colors) + Non-Glare Bead Blast Texture • Tolerance: ±0.05mm (Critical for mating interfaces and slot alignment) • Electrical Consideration: Screw holes are masked during anodizing to preserve conductivity • Lead Time: 7–10 Working Days for Small-Batch Orders KEY ADVANTAGES • Small-Batch Ready: Proven capability to deliver consistent, tight-tolerance batches without expensive tooling. • Functional Integrity: Screw masking guarantees reliable electrical contact—critical for connector applications. • Durability: Anodized surface resists corrosion, oxidation, and wear in harsh industrial environments. • Aesthetic & Tactile: Bead blast + anodize delivers a premium, non-glare finish suitable for visible installations. • Design Flexibility: Supports complex geometries and custom slot configurations based on 2D/3D drawings. APPLICATIONS • Industrial Control Panels (Terminal blocks, junction boxes) • Power Distribution Units (PDUs) • Electronic Enclosures with Insertion Wiring • Medical Device Chassis (Non-conductive mounting points) • Robotics & Automation Systems (Mounting brackets with wiring access) PROCESS NOTE The key challenge in this part is protecting threaded screw holes from anodizing. We utilize precision masking techniques to ensure threads remain conductive and reusable, maintaining the functional integrity of the final assembly.
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Injection Moulding Parts
Dual shot injection molding for housing
Process: Dual shot Material: PC Tooling material: SS136 Big size dual shot mold
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Rapid Prototype Parts
Custom CNC Machined ABS Medical Housing Prototype - Gloss Painted
OVERVIEW High-precision custom CNC machined plastic housing prototype designed for medical device applications. This component serves as a functional and aesthetic model for clinical trials, design validation, and investor demonstrations. Combining tight-tolerance machining with meticulous hand-finishing, it replicates the look and feel of a production-grade medical enclosure. PROTOTYPING SPECIFICATIONS • Material: Medical-Grade ABS (Biocompatibility upon request) • Process: Precision CNC Milling + Manual Hand Polishing + High-Gloss Painted Finish (Prototype Grade) • Surface Finish: Simulated production aesthetics for market-ready appearance • Dimensional Accuracy: ±0.1mm (Critical mating surfaces maintained) • Lead Time: 5–7 Working Days for Rapid Prototyping KEY ADVANTAGES • Medical-Grade Precision: CNC machining ensures structural integrity and accurate port alignment. • Superior Aesthetics: Hand polishing eliminates tool marks; painted finish simulates final product appearance. • Functional Prototyping: Ideal for fit-testing with PCB boards, buttons, and display screens. • Design Flexibility: Supports rapid iterations based on clinician feedback or ergonomic testing. APPLICATIONS • Diagnostic Equipment Enclosures • Patient Monitoring Device Housings • Portable Medical Instrument Shells • Laboratory Equipment Casings QUALITY ASSURANCE Each unit undergoes rigorous 100% visual inspection. Note: Painted finishes are utilized for prototype validation; production-intent designs typically employ pre-colored resins or molded-in-color processes to meet biocompatibility and sterilization requirements. FAIR available upon request.
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Rapid Prototype Parts
Custom CNC Machined PP (Polypropylene) Parts - Prototypes & Low-Volume Production
OVERVIEW High-precision custom CNC machined Polypropylene (PP) parts for prototyping and low-volume production. PP material offers excellent chemical resistance, lightweight properties, and cost-effectiveness. CNC machining provides flexibility for complex geometries without expensive tooling, ideal for functional testing and initial market validation. PROTOTYPING SPECIFICATIONS • Material: Polypropylene (PP) - Virgin or Recycled (Optional) • Process: CNC Milling / Turning + Precision Deburring • Surface Finish: Smooth, Semi-Gloss (Natural) or Custom Textured • Tolerance: ±0.1mm (Standard) / ±0.05mm (Available upon request) • Color: Natural White / Custom Colors (Upon request) • Lead Time: 5–7 Working Days for Samples KEY ADVANTAGES • Lightweight & Durable: PP density (0.90-0.91 g/cm³) reduces weight while maintaining impact resistance. • Chemical Resistance: Excellent resistance to water, acids, bases, and solvents. • Cost-Effective: No mold fees for small batches; ideal for prototypes and bridge production. • Design Flexibility: CNC allows complex geometries, undercuts, and tight tolerances without tooling constraints. • Insulation Properties: Good electrical insulator, suitable for non-conductive applications. APPLICATIONS • Automotive Interior Components (Door panels, trim, brackets) • Chemical Storage & Handling Parts (Tanks, valves, fittings) • Consumer Appliances (Washing machine parts, microwave components) • Medical & Laboratory Equipment (Sterilizable trays, fluid containers) • Industrial Jigs & Fixtures (Lightweight, non-corrosive)
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