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Precision Machining of Plastics, Metals & Special New Materials | One-stop Custom Manufacturer for Complex Non-standard Part
Full coverage of plastic and metal materials. We also process special materials including bakelite, filled polymer materials, graphene, ceramics and more.
Specialized in custom non-standard parts with special shapes, multi-structures and high precision. We are capable of manufacturing workpieces with all kinds of complicated processes.
Mold design → Prototype machining → Surface treatment → Inspection, packaging & finished product delivery. No need to coordinate multiple suppliers.
Small-batch prototype sampling and mass production are both available. Production capacity can be arranged according to your actual demands.
0.001MM-0.02mm
Trendy equipped with large-travel gantry CNC machining centers with a maximum processing stroke of 4000×1500×600mm, undertaking customized production of all kinds of oversized non-standard metal components.
With 3/4/5-axis linkage machining equipment, we efficiently process complex structures including deep cavities, special curved surfaces and multi-hole composite parts.
We process conventional metals such as aluminum alloy, stainless steel, carbon steel and copper, as well as special materials including ceramics, bakelite, graphene and modified polymers. Our products serve automation frames, large inspection fixtures, heavy equipment parts, robot bases and other fields, supporting drawing/sample-based prototyping and mass production.
Trendy specializes in custom tooling, jigs, fixtures, inspection gauges and automated carrier machining. We provide professional precision processing for bakelite, anti-static and insulating engineering materials. Custom ESD protective parts, testing fixtures and assembly jigs are available with stable structure and high precision.
We support complex structure cutting, special-shaped grooving and multi-hole machining, widely used in product testing, functional inspection, automated production and anti-static workshop applications. Both prototype sampling and mass production are available.
Step Into Our Modern CNC Lathe Workshop Processing Capacity: We machine copper, aluminum, iron, stainless steel and special alloy steel.Max machining dimension: Φ3000 × 1000 mm.
Our heavy lathe components are crafted from high-quality materials to ensure durability, precision, and performance in demanding applications. Below are the primary materials used in our manufacturing process.
High-strength steel alloyed with elements such as chromium, nickel, or molybdenum.
Corrosion-resistant steel containing chromium.
A variety of steel specifically designed for manufacturing tools.
Lightweight, corrosion-resistant alloys.
CNC Rapid Prototype Solution Fast CNC machining for prototypes. Quick sampling from your drawings, ultra-precise samples available in metal, plastic & special materials, accelerating your new product development.
We provide machining for highly complex components, covering prototype sampling, small-batch production, product assembly and full ODM customization.
Our products are widely applied for new product trial runs, performance testing, tooling fixtures and clamping jigs, supporting all structural verification and functional inspection.
Our turn-mill centers complete turning, milling and drilling in one clamping. We specialize in miniature parts with tight tolerance up to ±0.001mm.
We process metal, plastic, bakelite, ceramic, graphene and other materials, support sampling & mass production with full dimensional inspection.
Four Highlights
Integrated turn-mill process to minimize clamping error
Expert in ultra-small micro components
Ultra precision, tolerance ±0.001mm
Wide material range, flexible order quantities
Slow Wire Electrical Discharge Machining (Wire EDM / WEDM-LS) Specialized for complex blisk & turbine disc profile cutting, suitable for high-hardness metal & special new materials.
Micron-level precision tolerance, minimum ±0.002mm, strict inspection ensures stable dimensional consistency
We offer polishing services for all types of components, compatible with metal, plastic and special material workpieces. Matte, mirror, brushed and other surface finishes are available to improve surface smoothness and appearance, meeting requirements for assembly, testing and display.
| Surface Treatment | Treatment Description | ||
| Standard | The 3D printed parts are sandblasted to remove residual powder, delivering a grainy crystal texture similar to sugar cubes. | ||
| Sandblast | It smooths surface layers via high-pressure air flow to erase printing lines and form an even delicate matte finish. | ||
| Transparent coating | A decorative protective process covering workpiece surfaces, restoring original material texture for a crystal-clear look with dust and scratch resistance. | ||
| Painting | After fine grinding and smoothing, parts are coated with automotive-grade paint, customizable in any color. | ||
| Polishing | Produces mirror-like high-gloss surfaces. Pre-grinding and smoothing are required to control final appearance and production cost. | ||
| Texture | Improves ergonomics, visual texture and weather resistance. Various patterns available for better anti-slip grip and realistic simulated textures. | ||
| Custom Surface Treatment | Custom surface finishes tailored to workpiece material and application scenarios to meet personalized requirements on appearance, wear resistance, anti-corrosion and more. |
We supply complete HP Multi Jet Fusion printing solutions to fully meet your industrial custom manufacturing demands. Our finished parts feature smooth, premium surface finish and consistent ultra-high dimensional accuracy, all manufactured with imported raw printing materials.
Our factory is equipped with the full range of 3D printing technologies: SLA, SLS, SLM, FDM, DLP, BJ, LOM, MJF and DLMS. More than 70 types of printing materials are kept in stock to support product development across all industries.
We deliver micron-level precision machining with dimensional tolerances ranging from 0.001 to 0.02 mm. Outfitted with large-format printing equipment, our maximum build volume reaches 4000×3000×1500 mm, enabling us to smoothly fulfill mass-production orders.
As a one-stop ODM processing supplier, we integrate top-tier printing equipment, abundant material resources and a rigorous precision control system, helping clients rapidly cut costs, boost production efficiency and strengthen the market competitiveness of their products.
Adopts imported metal powder for micron-level ultra-precise forming
Dimensional tolerance: 0.001–0.02mm, dense parts with high strength and zero pores
Available materials: stainless steel, aluminum alloy, titanium alloy, mold steel and more
Custom mass production for aerospace, medical devices, molds and precision machinery
Trendy provides professional EDM spark machining services for molds and precision components. Ideal for hardened steel, carbide and hard-to-cut metals, EDM technology solves complex structures that cannot be completed by conventional milling, such as narrow slots, deep cavities, sharp corners, thin walls and irregular profiles. With stress-free discharge processing, zero deformation and consistent precision, it meets strict tolerance standards for mold cavities, inserts and high-precision mechanical parts. Available for prototyping and batch production.
Advantages
Key Benefits
Key Benefits
Key Benefits
BJ (Binder Jetting) is a high-efficiency industrial 3D printing technology designed for mass production. Instead of laser melting, it precisely deposits binder onto powder materials to achieve fast, large-scale, and low-cost manufacturing.
This process features high speed, low material waste, stable repeatability and large build volume, effectively eliminating high mold costs and long lead times from traditional manufacturing.
We provide professional BJ printing solutions forsand molds, metal parts and precision powder-based components. Complex geometries, hollow structures and integrated parts are fully supported. With high material utilization and stable forming consistency, we handle medium and large-batch ODM orders steadily.
Equipped with complete post-processing, sintering, polishing and hardening services, our finished parts meet strict industrial assembly standards. Widely
applied in casting molds, automotive parts, machinery components and precision hardware, helping clients accelerate product iteration and reduce production costs.
The Benefits of Die Casting Mould Material for Industrial ApplicationsDie Casting Molding Service Die casting molds are typically made from high-quality steel alloys that offer good hardness, toughness,…
One of the wrold’s leading one-top mould solutions providers and customized metal and plastic precision parts to production services
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