INDUSTRIAL 3D PRINTING SERVICES
Produce complex, functional parts quickly with industrial-grade 3D printing technologies and a wide range of materials.
ADDITIVE MANUFACTURING
3D printing builds physical parts directly from digital CAD data, adding material layer by layer instead of removing it from a solid block.
Because dedicated molds and cutting tools are not required, 3D printing makes it possible to produce complex geometries, functional prototypes and low-volume parts with shorter setup times. It also allows engineers to test and refine designs before investing in production tooling.
Produce internal channels, organic shapes and complex features that are difficult to manufacture conventionally.
Move from CAD to physical parts quickly and validate form, fit and function through rapid design iterations.
OUR 3D PRINTING TECHNOLOGIES
Different parts require different printing technologies. We help you select the right process based on material, geometry, surface finish, mechanical performance and project lead time.
RESIN 3D PRINTING
SLA uses a laser to cure liquid photopolymer resin, producing parts with fine details, smooth surfaces and accurate features.
Fine Detail
NYLON 3D PRINTING
SLS fuses nylon powder with a laser to create durable functional parts without dedicated support structures.
Functional Nylon
THERMOPLASTIC PRINTING
FDM deposits melted thermoplastic layer by layer, making it a practical choice for larger prototypes, fixtures and test parts.
Fast & Practical
METAL 3D PRINTING
SLM fully melts metal powder to produce dense, high-strength components with complex geometries and internal channels.
Production Metal
Send us your CAD file and application requirements. Our engineers will recommend the most suitable technology and material.
3D PRINTING MATERIALS
Choose from engineering plastics, photopolymer resins and metal alloys based on the performance, appearance and operating conditions your parts require.
FOR SLA PRINTING
Suitable for detailed prototypes, smooth cosmetic models and parts requiring specialized visual or functional properties.
FOR SLS PRINTING
Durable powder-based materials for functional prototypes, moving assemblies and low-volume end-use components.
FOR FDM PRINTING
Practical filament materials for concept models, functional prototypes, jigs, fixtures and larger engineering parts.
FOR SLM PRINTING
Production-grade alloys for high-strength components, lightweight structures and complex internal cooling channels.
Material availability and achievable properties depend on the selected printing process, part geometry and post-processing requirements.
Discuss Your MaterialPOST-PROCESSING OPTIONS
A printed part does not always finish when it leaves the machine. Post-processing can improve its appearance, dimensional accuracy, surface condition and functional performance.
Supports, loose powder and process residue are carefully removed before inspection or further surface treatment.
Layer lines and minor surface variations can be reduced to create a more uniform finish for visual models and presentation parts.
Custom colors and controlled cosmetic finishes help prototypes better represent the intended final product.
Compatible thermoplastic surfaces can be chemically smoothed to reduce roughness and create a more consistent appearance.
Printed metal parts can be finish-machined where tighter tolerances, flat sealing faces or accurate mounting features are required.
Appropriate thermal treatment can relieve residual stress and improve the mechanical performance of selected printed metals.
FROM CAD TO FINISHED PARTS
A clear engineering workflow helps turn your digital design into accurate, application-ready parts while reducing avoidable delays and production risks.
Send us your 3D model together with the required quantity, material and application information.
We review geometry, wall thickness, tolerances and intended use before recommending a suitable process.
The model is oriented, nested and prepared with the required supports and process parameters.
Parts are manufactured layer by layer using the selected technology and controlled build parameters.
Supports or powder are removed before the selected surface, color or secondary finishing operations.
Completed parts are checked against project requirements, securely packed and prepared for delivery.
DESIGN CONSIDERATIONS
Each printing technology has different design requirements. Reviewing these factors before production can improve printability, part quality and overall project efficiency.
Walls should be thick enough to print reliably and withstand cleaning, handling and the intended service load.
Small holes, slots and raised details should be reviewed against the resolution and material behavior of the selected process.
Unsupported features may require support structures or design adjustments depending on the build angle and printing method.
Moving features and mating components need sufficient clearance to prevent parts from fusing or interfering after printing.
Orientation affects surface quality, support requirements, production time and mechanical strength between printed layers.
Critical dimensions and mating surfaces should be identified so suitable allowances or secondary machining can be considered.
Engineering review included. We evaluate your design before printing and highlight features that may affect manufacturability or final part performance.
Request a Review3D PRINTING APPLICATIONS
Use 3D printing wherever speed, design flexibility and low-volume production create an advantage.
Evaluate appearance, dimensions and assembly before tooling.
Test real part behavior using application-ready materials.
Produce low-volume parts and customized factory tools.
Please send your 3D CAD file, preferred material, required quantity, surface requirements and intended application. A 2D drawing is recommended when the part includes critical dimensions, threads or inspection requirements.
Our available technologies include SLA for detailed resin parts, SLS for functional nylon parts, FDM for thermoplastic prototypes and SLM for complex metal components. We recommend the process according to your design and application requirements.
Material options include standard, tough, clear and temperature-resistant resins, PA11 and PA12 nylon, ABS, PLA, PETG, polycarbonate and selected aluminum, stainless-steel, titanium and tool-steel alloys.
Achievable tolerance depends on the printing technology, material, geometry, part size and build orientation. Critical dimensions should be identified in your drawing so we can evaluate suitable allowances or secondary machining.
Lead time depends on part size, complexity, material, quantity and finishing requirements. Selected prototype projects may be completed in as fast as one working day, subject to engineering review and production availability.
Yes. We support concept models, form-and-fit prototypes, functional testing parts, customized components and flexible low-volume production without dedicated production tooling.
Depending on the printing process and material, available options may include support removal, depowdering, sanding, polishing, painting, dyeing, vapor smoothing, CNC machining and heat treatment.
Phone: +86 760 8612 9998
Tue–Sat, 8:30 AM–5:30 PM, CST
Mobile：+86 198 0680 9560
8:30 AM–11:00 PM, CST
Zhuhai Factory：No. 9, Huangyang 4th Road, Jing’an Town,
Doumen District, Zhuhai, Guangdong, China
Zhongshan Factory：No. 222, Yixian Road, 6th Industrial Zone,
Nanlang Subdistrict, Zhongshan, Guangdong, China
