Pièces sur mesure, fabriquées selon vos spécifications

Composants métalliques et plastiques réalisés à partir de vos plans 2D, modèles 3D ou échantillons — un seul partenaire, du prototype à la production.

*Tous les dessins téléversés sont confidentiels. Accord de non-divulgation disponible sur demande.

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Composants et boîtiers automobiles sur-mesure, moulés par injection plastique de haute précision

Product Overview Shenzhen Sunmy Hardware Co., Ltd. delivers high-precision, engineering-grade plastic injection molded automotive components designed to fulfill rigorous OEM and aftermarket standards. Utilizing advanced injection molding techniques, our products—ranging from intricate internal structural housings to robust exterior aerodynamic guards—exhibit superior structural integrity, dimensional stability, and flawless surface finishes. Every component is completely customizable to match your exact CAD drawings, ensuring seamless integration into your specific automotive assemblies. Process & Manufacturing Insights Our injection molding workflow leverages state-of-the-art machinery and premium-grade mold bases to guarantee high efficiency and zero-defect output. We deploy high-tonnage precision injection machines alongside multi-cavity hot/cold runner configurations optimized for complex geometries. Key technical aspects include: • Advanced Material Processing: Expert handling of technical polymers (ABS, PP, PA6, PA66, Acrylic, etc.) to achieve targeted mechanical strengths, impact resistance, and thermal performance. • Premium Tooling Engineering: Utilizing high-durability mold steels such as S136, NAK80, and 718 to maximize tool life, prevent flash, and uphold strict dimensional tolerances. • Scientific Molding Parameters: Computer-monitored injection pressure, temperature profiles, and holding times prevent warpage, weld lines, and sink marks. Key Specifications Specification Parameter Technical Details / Capabilities Manufacturing Process Plastic Injection Molding Product Material Options ABS, PP, PS, PE, PVC, PA6, PA66, Acrylic (PMMA), etc. Mould Core/Base Material P20, 718, 738, NAK80, S136, 2738, 2316 Mould Life Expectancy 250,000 to 300,000 Shots (High-Volume Production Upgradable) Cavity Configuration Single Cavity / Multiple Cavity (Optimized per design) Surface Treatment Texture (VDI/MT), Matte Finish, High Gloss, Heat Treatment, Painting Supported Drawing Formats PDF, CAD, 3D STEP, STP, DXF, X_T, PNG Industry Applications Automotive, Motorcycles, Industrial Machinery, Electronics, Medical, Household Quality Certification ISO9001:2015 Registered Manufacturing System Product Dimensions 100% Fully Customized Based on Client Blueprints & Samples Key Features & Corporate Advantages 100% Bespoke Customization: We do not offer rigid catalog parts. From initial 3D prototypes to complex mold manufacturing and final high-volume production runs, every step is fully customized to your specific design guidelines. Exceptional Dimensional Accuracy: Our precise tool construction guarantees tight tolerances, perfect clip alignments, and flawless mating interfaces for multi-part automotive assemblies. Industrial-Grade Durability: Selected premium polymers ensure our parts excel under demanding environmental stressors, offering high impact resistance, anti-aging properties, and heat resistance. Robust Development Partner: As a leading hardware and plastic manufacturer, Sunmy Hardware provides seamless engineering support, proactive Design-for-Manufacturing (DFM) reviews, and turnkey production logistics.

Composant d’accoudoir en nylon pour chaise de bureau ergonomique haut de gamme

Product Overview Shenzhen Sunmy Hardware Co.,Ltd. is a premier, full-service manufacturer specializing in heavy-duty commercial furniture hardware. Our Premium Ergonomic Office Chair Nylon Armrest Component is meticulously engineered for modern, high-performance executive office chairs and elite gaming seating. Designed to blend sleek, contemporary aesthetics with rigorous structural mechanics, this armrest serves as an essential sub-assembly that delivers sustained user comfort, multi-axis adjustments, and excellent load-bearing reliability for international markets. Manufacturing Process & Technical Insights This component is manufactured utilizing advanced high-pressure Plastic Injection Molding technology. To ensure high commercial-grade durability, we process premium-tier engineering polymers—specifically Glass Fiber Reinforced Nylon (PA6/PA66 + GF). This precise material formulation results in exceptional tensile strength, impact resilience, and long-term structural fatigue resistance. Our state-of-the-art multi-cavity hot-runner tooling guarantees extremely tight engineering tolerances (within ±0.1mm), zero flashing or parting line defects, and a flawless, micro-textured surface finish that is highly tactile and chemically resistant to oils, sweat, and standard workspace sanitizers. Key Technical Specifications Parameter Technical Specification Customization Capabilities Primary Material High-Grade Engineering Nylon (PA6 / PA66) + Glass Fiber reinforcement. Custom formulations available, including pure PP, ABS, or integrated soft PU over-molded pads. Manufacturing Process High-Precision Plastic Injection Molding via automated tooling. Complete custom OEM/ODM mold flow design and proprietary tool building. Primary Application Ergonomic Office Seating, Professional Gaming Chairs, Executive Seating. Adaptable for specialized industrial, laboratory, or healthcare seating components. Adjustment Compatibility Engineered to support 2D, 3D, and 4D adjustable height/angle mechanisms. Customized internal slider tracks, mounting rails, or completely fixed options. Surface Color & Finish Matte Black with Fine Micro-Texture anti-slip surface grain. Full Pantone / RAL color matching; customizable grain textures and gloss levels. Engineering Tolerance Strictly controlled between ±0.1 mm to ±0.2 mm. Enhanced precision calibrations for highly sensitive multi-component slide locking mechanisms. Compliance Standards Meets or exceeds international ANSI/BIFMA X5.1 and EN 1335 standards. Custom protocol destructive load testing and multi-cycle fatigue lifecycle analysis available. Mounting Configuration Integrated Heavy-Duty Multi-Hole Base Mounting Slot. Fully customizable bracket alignment and bolt-hole spacing to match client seat frames. Key Features & Competitive Advantages 100% OEM/ODM Customization & Advanced R&D:At Shenzhen Sunmy Hardware Co.,Ltd., we are fully equipped to convert client concepts into mass-produced components. We provide complete structural engineering optimization, rapid SLA prototyping, professional mold fabrication, and automated injection molding lines optimized for your proprietary designs. Superior Structural Durability:Our glass fiber reinforced Nylon composition provides extraordinary load-bearing capacity, allowing the armrest to withstand severe lateral and vertical impact forces without micro-cracking or dimensional deformation under high-frequency commercial use. Premium Industrial Texture & Finish:The carefully engineered micro-matte surface texture offers anti-slip, anti-sweat benefits while ensuring supreme long-term resistance to friction, abrasions, cleaning chemicals, and degradation caused by UV exposure. Flawless Mechanical Integration:Precision-molded alignment points and pre-threaded mounting layouts guarantee a rapid, seamless assembly line integration with your existing steel or aluminum seat brackets and mechanism levers.

Kits de cadre de drone en fibre de carbone usinés sur CNC sur mesure | Cadres haute performance pour quadrirotors et hexacopters, adaptés à l’agriculture et au FPV

Product Overview At Shenzhen Sunmy Hardware Co.,Ltd., we specialize in transforming raw carbon fiber sheets into high-performance aviation structures. This product listing features our precision-engineered drone frame capabilities. While the showcased model features a robust Quadcopter/Deadcat geometry suitable for long-range systems, our manufacturing lines are fully equipped to produce heavy-lift Agricultural Hexacopter Frames designed to carry heavy payloads for crop spraying and seeding. We offer a turnkey solution: from raw material selection to precision CNC cutting, chamfering, and hardware assembly. Whether you need a 7-inch FPV frame or a 15-inch+ agricultural rig, our OEM/ODM services ensure your specifications are met with aerospace-grade tolerance. Manufacturing Process & Craftsmanship Our manufacturing facility utilizes advanced CNC routing and machining centers specifically calibrated for composite materials. Precision CNC Cutting We utilize high-speed routing to cut complex geometries with tolerances as tight as ±0.05mm, ensuring perfect alignment of arms and plates. Surface Treatment All frames undergo edge treatment (chamfering/filleting) to prevent delamination and ensure safety during handling. We offer Matte or Glossy finishes in Twill or Plain weave. Component Integration We provide complete kits, including CNC-machined aluminum standoffs, high-tensile screws, and battery straps, ensuring a ready-to-assemble package. Material Lamination As seen in the cross-section images, our carbon fiber sheets utilize high-pressure lamination to ensure zero voids, maximizing stiffness and crash resistance. Key Specifications Based on the provided specification sheet and visual analysis: Attribute Details Manufacturer Shenzhen Sunmy Hardware Co.,Ltd. Model Reference XYH-CB-011 (Customizable) Material Premium 3K Carbon Fiber (Fiberglass / G10 optional) Configuration Custom Support for Quad, Hexacopter, Octocopter Available Sizes 7″, 10″, 13″, 15″ (Custom sizes up to agricultural scale available) Processing Technology Precision CNC Machining, Drilling, Countersinking Tensile Strength 350/250 MPa Flexural Strength 400/200 MPa Density 1.5 – 1.8 g/cm³ Surface Finish 3K Twill Matte (Standard), Glossy, or Plain Weave Kit Includes Carbon Fiber Plates (Top/Bottom/Side), Arms, Aluminum Standoffs, Screws, Battery Strap Key Features & Advantages ◎ High-Impact Resistance: Engineered with high tensile strength to withstand the rigors of agricultural field use and high-speed flight maneuvers. ◎ Vibration Damping: The composite structure naturally absorbs high-frequency vibrations, resulting in smoother flight footage and more stable sensor data. ◎ Modular Arm Design: Features replaceable arms for easy maintenance and repair in the field—crucial for agricultural operations to minimize downtime. ◎ Custom Layouts: We accept DXF/DWG files to create frames specifically optimized for your unique payload, battery size, or motor configuration. ◎ Complete Hardware Solution: We don’t just cut carbon; we supply the full skeleton, including customized anodized aluminum standoffs and high-grade steel fasteners.

Dissipateur thermique en cuivre haute performance

Product Overview Designed for high-power electronic devices, this copper heatsink maximizes thermal conductivity. Copper is notoriously difficult to machine due to its ductility (“gumminess”), but it offers superior heat dissipation compared to aluminum. This product showcases our ability to handle challenging materials for functional applications. Manufacturing Process Insight CNC Milling We use sharp, polished carbide tools and specific cutting strategies to prevent the soft copper from sticking to the cutter (built-up edge). Fin Machining The tall, thin cooling fins are machined with high aspect ratios. We carefully control feed rates to prevent the fins from bending during the cutting process. Flatness Control The base contact area is fly-cut to achieve extreme flatness and a mirror-like finish, ensuring maximum thermal transfer efficiency with the CPU or heat source. Key Features & Benefits Superior Thermal Conductivity Copper (approx. 400 W/m·K) transfers heat almost twice as fast as Aluminum. Complex Geometries CNC machining allows for custom fin shapes and mounting holes that extrusion cannot achieve. Surface Protection Can be treated with anti-oxidation coating or nickel plating to prevent tarnishing over time. Application Ideal for lasers, 5G base stations, and high-performance computing (HPC) cooling.

Implant médical en titane / Vis osseuse

Product Overview Manufactured from Titanium Alloy (Ti-6Al-4V), it is used in orthopedic surgery. The part requires extreme precision, biocompatibility, and a burr-free finish. Sunmy Hardware utilizes advanced Swiss-type CNC lathes to produce such micro-components. Manufacturing Process Insight Swiss Turning The guide bushing technology supports the workpiece close to the cutting tool, minimizing vibration. This allows us to turn long, slender parts with zero deflection. Thread Whirling We use a specialized thread whirling attachment to cut the deep, sharp bone threads in a single pass. This results in superior surface quality and faster cycle times compared to single-point threading. Deburring & Cleaning Parts undergo ultrasonic cleaning and microscopic inspection to ensure no foreign particles remain. Key Features & Benefits Biocompatibility Titanium Grade 5 is lightweight, non-magnetic, and biologically inert, making it safe for long-term implantation. Micro-Precision Tolerances are held to ±0.005mm to ensure secure engagement with surgical tools. Surface Integrity A smooth surface finish prevents tissue irritation and bacterial growth. Traceability Full material lot traceability is maintained for every batch, crucial for medical compliance.

Impulseur de compresseur en aluminium usiné CNC 5 axes sur mesure

Product Overview This high-precision impeller wheel is designed for high-RPM fluid dynamic applications where aerodynamic efficiency and structural reliability are paramount. Perfectly suited for turbochargers, superchargers, and UAV (unmanned aerial vehicle) turbines, it utilizes complex aerodynamic blade profiles to optimize airflow, compression ratios, and thermal dissipation under extreme operational pressures. Manufacturing & Process Insights Unlike standard cast impellers, this product is manufactured via advanced 5-Axis Simultaneous CNC Milling from a solid block of aircraft-grade billet aluminum alloy (or customized stainless steel/titanium). This subtractive manufacturing process offers critical advantages: Zero Porosity:Eliminates internal structural defects and micro-voids common in casting, dramatically increasing fatigue life and bursting strength. Complex Geometry Execution:The 5-axis continuous tool path allows for ultra-thin blade edges, aggressive wrap angles, and intricate splitter-blade designs that cannot be achieved with traditional 3-axis or 4-axis machining. Dynamic Balancing:Following precision machining, each unit undergoes strict high-speed dynamic balancing to eliminate centrifugal asymmetry, ensuring vibration-free performance at speeds exceeding 100,000 RPM. Key Specifications Parameter Specification Details (100% Fully Customizable) Material Options Aluminum Alloy (6061-T6, 7075-T6), Stainless Steel (304, 316, 17-4 PH), Titanium Alloy (TC4/Gr5) Machining Process 5-Axis Precision CNC Milling, Turn-Mill Compound Machining Dimensional Tolerance Up to ±0.005 mm (High Precision Grade) Surface Roughness Ra 0.4 – Ra 0.8 (Smooth aerodynamic finish) Surface Treatment Clear/Color Anodizing, Hard Anodizing, Electropolishing, Passivation, Shot Peening Balancing Grade ISO 1940 G0.4 / G1.0 High-Speed Dynamic Balancing Drawing Formats Accepted STEP, IGES, X_T, SolidWorks (SLDPRT), AutoCAD (DWG), PDF Key Features & Advantages Optimized Aerodynamics:Advanced CNC toolpaths produce flawlessly smooth blade surfaces, reducing drag and expanding the compressor’s operating map. Superior Material Strength:Crafted from premium forged billets, offering exceptional resistance to centrifugal stress, high temperatures, and cyclic fatigue. Bespoke Customization Engineering:We do not offer just standard sizes; we manufacture 100% according to your custom engineering drawings and specialized performance parameters. Rigorous Quality Assurance:Every batch undergoes full dimensional inspection via Coordinate Measuring Machines (CMM) and non-destructive testing (NDT) if required.