By integrating powder metallurgy (near-net shape forming, material utilization ≥95%) with precision machining (5-axis CNC, EDM, etc.), we efficiently produce highly complex and precise components (e.g., irregular cavities, thin-walled parts). This approach reduces coordination costs and lead times associated with traditional multi-process outsourcing, lowering overall costs by 20%-30% and addressing client pain points such as "multi-supplier collaboration challenges" and "uncontrollable costs."
More +
Our R&D team employs forward design methodologies, while the technical department simultaneously optimizes molds and processes (e.g., powder metallurgy mold precision ±0.01mm). Leveraging multi-axis machining centers and EDM equipment, we accelerate prototyping iterations, shortening new product development cycles by 30%. This resolves client challenges such as "slow response to customization" and "difficulty in design implementation."
More +
From raw material control (particle size ≤20μm) to micron-level machining precision (CNC accuracy ±0.005mm), our fully digitalized inspection process (CMM, spectral analysis, etc.) ensures compliance with zero-defect standards (PPK≥1.67) and batch stability (Cpk≥1.33) for aerospace, medical device, and other high-precision industries. This addresses client concerns such as "qualified prototypes but fluctuating mass production yield."
More +Fortune Precision
A Pioneer in Metal Injection Molding (MIM) Technology
(MIM) Process Overview
MIM is a near-net-shape forming technology that integrates modern plastic injection molding with powder metallurgy and advanced ceramics. The process involves mixing metal or ceramic powders with organic binders, injecting the mixture into molds via injection machines, followed by debinding and sintering to produce final metal or ceramic components.
QBQ-01 Universal Extraction Assist
Provides extraction/insertion functionality for electronic modules in modular integrated mounting racks, with initial position locking mechanism (Customizable for different structural dimensions).
Provides extraction/insertion functionality for electronic modules in modular integrated mounting racks, with initial position locking mechanism (Customizable for different structural dimensions).
Provides extraction force for inserting/removing electronic modules from modular racks, with initial-position locking mechanism (customizable for different sizes).
QBQ-04 Universal Wide Body Puller
Provides extraction force for inserting/removing electronic modules from modular racks, with initial-position locking mechanism (customizable for different sizes).
QBQ-05Universal Narrow-Type Extractor
Provides extraction force for inserting/removing electronic modules from modular racks, with initial-position locking mechanism (customizable for different sizes).
QBQ-06 Universal Narrow-Type Flat Extractor
Provides extraction force for inserting/removing electronic modules from modular racks, with initial-position locking mechanism (customizable for different sizes).
QBQ-07 Left Long-Bar Type Extractor
Provides extraction force for inserting/removing electronic modules from modular racks, with initial-position locking mechanism (customizable for different sizes).
QBQ-08 Left Long-Bar Type Extractor
Provides extraction force for inserting/removing electronic modules from modular racks, with initial-position locking mechanism (customizable for different sizes).
Scientific Research and Innovation, Quality Assurance
MIM Processing Technology
Exhibits excellent salt spray resistance and is primarily used in manufacturing circular connector housings, rectangular connector housings, locking devices, stainless steel locknut-style pneumatic tube fittings, T-type three-way and X-type four-way stainless steel double ferrule tube fittings, mechanical equipment, photoelectric system components, metal products, and ceramic products.
Precision Machining & Equipment
Our facilities include Charmilles 35P EDM forming machines, injection molding machines, vacuum sintering furnaces, 5-axis CNC machining centers, turning centers, CNC machine tools, Charmilles 440 slow wire-cutting machines, and advanced inspection systems such as LKAscent CMMs (UK), Zeiss Smart Material Microscopes (Germany), and Swedish universal tool microscopes. These enable us to meet ultra-high-precision manufacturing demands.
Quality Standards & Management
Ouki Precision is certified under ISO 9000 and GIB9001C quality systems. All products adhere strictly to GB, SDTM, AMSE, and ISO standards. Each component undergoes rigorous multi-stage inspections—from raw materials to finished goods—to guarantee exceptional pass rates.
Expert Technical Team
Our company boasts a complete and mature technical R&D team and quality management team, comprising 16 R&D and technical personnel in total, forming a professional workforce. We can provide one-stop customized development, design, and production processing services for automation industry-related products according to client requirements.
Comprehensive Pre-Sales & After-Sales Support
Ouqi employs a streamlined management system, ensuring that all customer inquiries, questions, and feedback receive satisfactory solutions within 24 hours.
Global Trade Services
Our products serve diverse industries including machinery, electronics, chemicals, aerospace, marine, automotive, defense, instrumentation, food processing, medical devices, and consumer goods. With a presence in over 20 Chinese provinces and exports to the Middle East, Americas, Europe, Africa, and Southeast Asia, we deliver global solutions.
Qualification Certificates
Luoyang Fortune Precision Parts Manufacturing Co., Ltd.
Luoyang Fortune Precision Parts Manufacturing Co., Ltd. was founded in 2005. It is located in the Luoyang National Hi-te ch Industrial Zone nestling against ZhouShan in the north and the Luo River in the south. It concentrates in developing and producing hi-tech products. It covers an area of 40 acres, possessing modern plant over 20000㎡ and 220 employees. It is committed to the research and application of powder injection molding and surface hardening for stainless steel. Currently, It's main scope of application is listed as follow: 1. Precision structural parts production of stainless steel powder injection molding; 2. Precision structural parts production of titanium alloy powder injection molding; 3. Production of extractor and locking device for case; 4. Hard material powder injection molding production; 5. Precision machining parts production; 6. Stainlesss teel surface hardening.
Company Founded
Company Area
Modern Workshop
Existing Employees
+86 0379-65112777(R&D Department)
No. 26 Binhe Road North Road, High tech Development Zone, Luoyang Area, China (Henan) Pilot Free Trade Zone
Get Your Industry-Specific Solution
We will contact you within 1 business day. Please check your email.
