Partners
Creating Value for Our Customers Through the MIM+MBJ Dual-Process Technology — We Look Forward to Working with You
Partners
Creating Value for Our Customers Through the MIM+MBJ Dual-Process Technology — We Look Forward to Working with You
We provide
Suitable for
Cooperation advantages
Foldable hinge gear — consumer electronics
Supplier of hinges for a leading domestic foldable screen brand, with a hinge gear set of 5 pieces per set and an accuracy requirement of ±0.005mm. The complex gear structure is formed in one shot via the MIM process, replacing multi-step CNC machining. Results: annual supply of 50+ million pieces, 65% lower cost than CNC, 97% yield, continuous supply for 2+ years.
Consumer Electronics MIM Case Study →
ABS sensor ring — automotive components
A leading international automotive sensor company with an annual demand of 15 million pieces. Through MIM mass production + SPC process control,CPK>1.67,on-time delivery rate 99.8%. Guaranteed by the IATF16949 system, became the customer'sexclusive MIM supplier.
Automotive MIM Case Study →
Minimally invasive surgical forcepsjoint — medical devices
An international surgical instrument brand requiring forceps joint accuracy of ±0.05mm, high strength 17-4PH, and biocompatibility. Through precision tooling + refined sintering process,meets ISO 13485 requirements, continuous supply for 3+ years. MBJ rapid prototyping first validates the design and shortens the development cycle.
Medical Devices MIM Case Study →
Smartwatch crown — smart wearables
An international smartwatch brand requiring lightweight design + IP68 waterproof + mirror finish. Adopts MIM Ti-6Al-4V titanium alloy solution,40% weight reduction, surface polished to Ra < 0.2μm. Precision gear structure formed in one shot with excellent tactile feel. Became the customer's core supplier.
Smart Wearables MIM Case Study →
TWS earbud housing — consumer electronics
A domestic TWS earbud brand requiring earbud housing with Ra < 0.4μm appearance + IPX4 waterproof. MIM one-shot formingachieves 70% lower unit cost than CNC,annual supply of 120 million pieces. MBJ prototyping first validates appearance and feel, then transfers to MIM mass production, shortening the development cycle by 50%.
Consumer Electronics MIM Case Study →
Turbocharger wastegate rocker arm — automotive
An international turbocharger manufacturer requiring parts made of Inconel 718 superalloy with temperature resistance above 1000°C. MIM precision forming replaces investment casting, reducing subsequent machining steps by 60%, annual supply of 3 million pieces. IATF16949 system ensures quality throughout the process.
Automotive MIM Case Study →
Miniature joint gears for humanoid robots — industrial automation
A leading domestic humanoid robot company requiring micro gears m0.5-m1.5 for joint modules, with 17-4PH high strength and precise meshing. MIM achieves IT8-9 accuracy,one-shot forming without gear hobbing.MBJ quickly validates tooth profile design, MIM supplies in mass production.
Industrial Automation MIM Case Study →
Aero-engine fuel nozzle — aerospace
An aero-engine research institute requiring fuel nozzles with complex internal flow channel structures in Inconel 718. MIM + hot isostatic pressing (HIP) solutionachieves density >99%, approaching wrought material, replacing traditional 5-axis CNC machining. A domestic substitution project breaking the import monopoly.
Aerospace MIM Case Study →
Significant cost eduction
The unit cost of MIM high-volume production is 50-70% lower than CNC. Taking a foldable hinge with annual demand of over 100,000 pieces as an example, after tooling amortization, the unit cost is only one-third of that of CNC. MBJ prototyping requires no tooling cost, further reducing upfront investment.
Shortened development cycle
MBJ produces the first part in 3-5 days for design validation, and MIM tooling is completed in 7-14 days. The MBJ+MIM synergy shortens the product development cycle by 40-60%, helping customers seize market opportunities.
Enhanced product performance
Multi-component integration reduces assembly steps by 80% and improves structural strength. MIM sintered density >96% delivers mechanical properties close to wrought materials. It can form micro, thin-wall, and complex geometric structures that traditional processes cannot achieve.
Guaranteed quality consistency
30+ years of experience + 5M1E quality system + SPC process control. Critical characteristics CPK > 1.67, batch-to-batch consistency far exceeds traditional machining. ISO9001/IATF16949/ISO13485 certified to meet the stringent quality requirements of various industries.
Projects at different stages and scales require different levels of cooperation depth. We provide three flexible cooperation models.
Oem manufacture to print
You provide drawings and technical specifications, and we are responsible for MIM/MBJ precision manufacturing. Suitable for customers who have complete designs and need professional manufacturing capabilities. Advantage: Leverage our 30+ years of experience and advanced equipment to reduce your manufacturing costs and quality risks.
Learn About OEM Partnerships →
Odm full process solution
You propose product requirements, and we provide DFM design optimization + material recommendation + process development + mass production. Advantage:Early involvement from the design phase can reduce tooling costs by up to 30% and significantly minimize mass production risks.
Learn About ODM Partnerships →
Jdm Joint development
Deep collaboration between the R&D teams of both parties, sharing 30+ years of MIM process experience.Advantage:Avoid design flaws in the early development stage and accelerate time-to-market. Suitable for new product development and complex projects.
Understanding JDM Collaboration →
Free
DFM evaluation
24h
Quote response time
3-5Day
MBJ prototyping
NDA
Confidentiality protection