1. Product Name: heads of biopsy forceps
2. Material: Manufactured by 17-4 Stainless Steel
3. Surface Finished: Nature
Production Process Chart
Mainly Support to
1. Medical Industry
2. Automotive Industry
3. Tools & Hardware,
4. Communication &Optical Communication Industry
1. Strong technical capability:
Strong R&D team supported by Powder Metallurgy State Engineering Research Center of Central South University,
Strong R&D level supported by National Key Laboratory of Powder Metallurgy,
Strong R&D level supported by National Powder Metallurgy Testing Center,
about 20years MIM technical experience,
several innovation patents covers new MIM material and their application in medical industry and automotive industry,
different softwares including Proe, UG, Solidworks, and CAD etc,
with three kinds of own binder systems, such as solvent degreasing, catalytic debinding and direct thermal debinding,
2. Mim process controlling capability:
MOLDFLOW Analysis ability
strict forming control capacity
professional sintering capacity: strong analysis ability of metallic materials properties
3. Strict quality control capability
quality system certification: ISO9001:2008 & TS1694
raw materials quality assurance: all according to Rohs standard, supplier from Fortune 500 companies
professional testing instruments: Metalloscope, CS Analyzer, Laser particle analyzer, FESEM etc
4. Stable engineering team,
5. Non-standard/standard/OEM/customized service provided
Metal Injection Molding advantages:
1. Effective cost with complex design and good performance
Allows design freedom to manufacture complicated shapes than other methods.
High productivity to make small precision parts, quick and efficient.
Complex products can be with small holes, thin walls and fine surface detail, internal and external threads, knurling, finely detailed surface textures, engravings and markings.
2. Material Variety
Superior strength, magnetic, and corrosion properties due to high density achieved when compared to conventional powdered metal, plastics and die-casting.
Net shape components from otherwise hard to process materials like carbide, Tungsten alloys and Titanium.
Isotropic and homogeneous microstructure for uniform material properties.
Capability to create alloys that are not available in wrought or cast form.
Metal Injection Molding Material:
|MIM material||Density 103kg /m3||Hardness||Tensile strength||Elongation%|
|Carbide alloy||YG8X||14.9||HRA90|| || |