3D Printing Services
Additive manufacturing for functional prototypes & production parts.
- Competitive FDM, SLA, SLS services
- Wide range of material and finishing options
- Technical support, design guide and case studies
The popularization and application of 3D printing technology has greatly reduced the manufacturing threshold of standardized large-scale production since the industrial revolution. Since the industrial revolution, the manufacturing threshold brought by standardized large-scale production mode has been gradually broken. 3D printing technology with high production flexibility, It will greatly promote the transformation from linear standardized process manufacturing mode to nonlinear discrete manufacturing mode. The open knowledge base, Internet of things, cloud big data, etc. enable every ordinary person to find the resources to manufacture almost anything. With the help of 3D printing technology, they have the ability to independently design and manufacture products. Single product manufacturing is almost as cheap as mass production, and the pent up innovation impulse of consumers can be fully stimulated and released, Our culture and our life will be more personalized, diversified and wonderful.
Aerospace
3D printing technology has become a key technology to improve the design and manufacturing capacity of aerospace and spacecraft, and its application scope is constantly expanding, and shows the trend of expanding from parts to complete machine manufacturing. At present, the use of 3 d printing not only print out the aircraft, missiles, satellites, artist and freight parts of the ship, and also print out the engine, unmanned aerial vehicles (uavs), microsatellite aerospace fields such as machine, in terms of cost, cycle, weight have achieved significant benefits, fully shows the application prospect in the field of 3 d printing technology.
Popular Processing Technology: SLA, LOM, FDM, 3DP, SLS, EBM, LSFPopular Material: Resin, Metal, Raw Material etc.
Medical
3D printing provides an efficient and convenient solution for precision medicine, which can be applied to surgical guide plates and case analysis, and is conducive to visual design, minimally invasive operation, personalized reconstruction and precise treatment. Rehabilitation instruments such as corrective insole, bionic hand and hearing aid can be customized to greatly shorten the production cycle and ensure that products can be obtained in a short time. At the same time, 3D printing has advantages in the production of porous structure, topology optimization structure and other complex structural parts.
Popular Processing Technology: SLM, FDM, SLS, MJFPopular Material: Titanium Alloy, Nickel-titanium Alloy and other Materials
Automotive Manufacturing
3D printing in automotive manufacturing applications mainly for fluid and cooling devices, fixture, interior and size outside m/ tire production, personalized modification and vehicle structure optimization and lightweight design, from quantitative change to qualitative change to challenge. Its metal material process is mainly divided into B] (binder injection or extrusion), NP) (nano-particle injection), non-metallic materials represented by SLA (light nationalization), MJF (multi-jet melting), Hss (high-speed sintering), etc.
Popular Processing Technology: SLA, SLM, MJFPopular Material: Titanium alloy, Nickel-titanium Nlloy and other Naterials
Industrial Prototypes
3D printing is rapidly replacing part injection molding, casting, forging, metal injection molding MIM in traditional mold casting method. 3D printing in small batches, too complex, conformal cooling mould, specific geometry has the advantage in the mold production, and because the material is expensive, in the traditional mold material scrap rate high contrast, 3D printing also has cost advantages. 3D printing not only provides high-quality and highly detailed molds, but also enables the printing of design models that traditional processes cannot achieve.
Popular Processing Technology: SLS, SLM, DLP, Popular Material: Titanium alloy, Alumination alloy and other Materials
Electronics
The application of 3D printing technology in 3C electronics industry focuses on the key links of product appearance design and development design, and the process is mainly SLA , MJF, and suitable metal, resin, nylon and other materials can be selected according to product requirements. Its integrated circuit, sensors and so on through printed electronics printing production, the principle is to use inkjet, aerosol injection, material extrusion and other printing means of conductive, dielectric ignition semiconductor properties of the material transfer to the substrate, so as to create electronic devices.
Popular Processing Technology: SLA, SLM, MJFPopular Material: Titanium alloy, Alumination alloy, Nylone or other Materials
Toys Industry
3D printing technology replaced the traditional manual molding process, the precision, manufacturing efficiency/great improvement and improve, work with physical model in the editor, amplification, narrow, copying, etc can be more direct and accurate, and efficient implementation of small batch production, promote the spread and communication of culture. 3D printing in the toy industry is the most used in SLA 3D printing technology, the technology to use photosensitive resin as raw materials, relying on light polymerization reaction to solidify the molding, this technology does not produce thermal diffusion and thermal deformation, due to its high precision, good surface quality, sla 3D printing technology has become the most widely used technology in toys industry.
Popular Processing Technology: SLA Popular Material: ABS-Like Resin,
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