Explore our core engineering capabilities and key components designed to fulfill exact tolerances and strict manufacturing requirements across diverse industrial segments.
Multi-stage progression and deep draw stampings for heavy industrial, automotive, and medical fields.
High-density forging for structural lightness, excellent mechanical properties, and precision finish.
4-axis milling centers delivering down to 0.001mm tolerances for complex aerospace and automotive engineering.
High pressure die cast components optimized for cooling, durability, and high volume performance stability.
Stainless steel investment casting ensuring minimal secondary processing and intricate design fulfillment.
Specialized stamping solutions utilizing complex tool geometries for continuous high-speed production run rates.
Multi-station lathed shafts and connectors machined directly from custom grade steel and structural alloys.
High reliability valve component bodies and flow control devices fabricated using advanced lost-wax methods.
As heavy and light industrial fields evolve toward lightweighting, miniaturization, and accelerated lifecycle iterations, the demand for highly reliable OEM metal stamping suppliers has transformed. Today, global supply chains must navigate strict regulatory policies, dynamic material pricing variations, and complex tolerances that traditional mechanical factories can no longer support.
Modern stamping operations are shifting from carbon steels to high-strength, lightweight materials including 6000 and 7000 series Aluminum alloys, high-performance copper formulations, and stainless steels. Tooling design must dynamically account for springback variations and high deformation stresses.
Smart tooling featuring integrated sensors measures deformation in real-time. This predictive mechanism prevents tooling breakages, controls alignment down to micrometers, and maximizes sheet metal usage, directly reducing scrap value rates during massive volume operations.
To reduce risk, international procurement teams are moving away from single-process suppliers. They demand full turnkey fabrication partners with deep competencies across design validation, custom prototype manufacturing, tool development, progressive stamping, multi-axis CNC finishing, and complex finishing treatments.
Founded in 1996 as an owner-managed SME, XinYe Metal Works has grown into a highly specialized manufacturer of customized technical metal components. Operating from the industrial hub of Ningbo Jiangbei, our strategic location allows seamless connectivity, sitting within 3 hours of the Shanghai international airport logistics corridor via the regional high-speed rail network.
Out of our total workforce of 130 employees, 80 highly skilled specialists manage daily production machinery, while 50 senior professionals focus exclusively on product design, mechanical engineering, custom tool development, and advanced quality assurance protocols.
We pride ourselves on offering a diverse manufacturing technology stack. This cross-disciplinary capability enables us to select the optimal, most cost-effective path for your products—whether it calls for cold metal stamping, high-precision aluminum hot forging, wax die stainless casting, structural extrusion, or CNC finishing.
To ensure high accuracy and stability during high-volume production, our core manufacturing machinery is imported directly from Japanese developers. We continuously reinvest in upgrading our tooling assets and workshop machinery to align with evolving customer requirements.
| Manufacturing Technology | Equipment Fleet Details | Typical Materials Processed | Industrial Applications |
|---|---|---|---|
| Stamping & Deep Drawing | Punching press units spanning 5 tons up to 250 tons pressure force capacity. | Stainless steel, carbon alloys, pure copper, brass, structural aluminum, performance plastics. | Enclosures, brackets, deep-drawn sensor housings, contact terminals. |
| Aluminum Hot Forging | Friction press machines with forging force capacities ranging from 300 to 1,000 tons. | 6000 and 7000 series aluminum alloys. | High strength transmission levers, safety mounts, aerospace hinges. |
| CNC Machining & Turning | High-speed CNC milling and turning centers with 4-axis control capability (e.g., Tipas H65TMY). | All structural metals, specialized castings, forgings, and bar stock. | High tolerance aerospace shafts, safety valves, electronic connectors. |
| Stainless Castings (Lost Wax) | Complete wax-die investment casting production lines with integrated metallurgical ovens. | Martensitic and austenitic stainless steel grades, specialized alloys. | Exhaust inlets, turbine components, industrial lock mechanism parts. |
| Aluminum Die Casting | Hydraulic casting machines from 100 to 630 tons pressure force. | ADC12, A380, and silicon-aluminum alloys. | Heat sinks, complex gear casings, gas and fire monitoring boxes. |
| Surface Finish Treatments | Anodizing pools, electrochemical polishing stations, powder coating lines. | Aluminum alloys, stainless steel parts. | Corrosive environment components, food-grade assemblies. |
Ningbo Xinye Corporate Overview & Production Ecosystem
Tipas Machine h65TMY 4-Axis Turning CNC Demonstration
Housing precision progressive and drawing presses with forces from 5T to 250T.
Heavy duty friction press systems up to 1000 tons for dense microstructures.
4-axis precision milling and turning centers handling complex geometric parts.
In-house surface treatment and electrochemical passivation lines.
In a volatile geopolitical landscape, procurement managers seek more than simple price reductions. They prioritize supply chain reliability, flexible capacity adjustments, and rapid engineering response times. As a key manufacturing node in the Ningbo industrial zone, XinYe leverages China's advanced Industry 4.0 ecosystem to provide key advantages for international purchasers.
Our default operational model is 6 days per week with a 16-hour daily run schedule, allowing for standard preventative maintenance. However, we maintain active scalability protocols that allow us to transition into a full 24/7 round-the-clock production mode within 30 days to support sudden order spikes or seasonal requirements.
Additionally, we own reserve expansion land within the zone, allowing for rapid capacity growth. We are always willing to expand production capacity and do investments suitable to customers' needs, including establishing dedicated toolsets and dedicated lines for long-term contract partners.
Our proximity to local steel mills, material distributors, and surface processing plants significantly reduces logistics cost and cycle times. Rather than sending intermediate parts long distances for finishing, our integrated regional logistics loop keeps operations efficient. By combining tool development, stamping, forging, CNC trimming, anodizing, and final validation within a localized cluster, we eliminate delays and protect intellectual property.
At XinYe, we believe quality is life. With the direct feedback of our international customers, we have established a strict quality control system. Every manufacturing run is fully documented with traceable data files matching the chemical material certificate, intermediate manufacturing inspection logs, and final inspection metrics.
Our production facilities operate under the strict frameworks of ISO 9001:2015 (Quality Management Systems) and SA8000 (Social Accountability Standard). These external certifications verify that our production processes, material tracking systems, and environmental, health, and safety protocols align with the standards expected by global tier-1 industrial clients.
Additionally, we maintain a raw materials storage bay where every batch is analyzed upon arrival to prevent alloy grade mix-ups before processing.
To verify critical parameters such as geometric dimensioning, micro-hardness, tensile capacity, and raw material composition, our testing laboratory is equipped with advanced metrology systems:
Analyzes chemical elements and verifies the exact composition of incoming alloys before production.
Calculates precise coordinates in 3D space to confirm strict tolerances on intricate parts.
Non-contact optical inspection system for detailed geometric measurements of delicate structures.
High-resolution measuring systems verify dimensions on small-scale components.
Ensures that surfaces post-anodizing or post-polishing meet strict micron-level smoothness specifications.
Verifies load-bearing behavior, elasticity limits, and structural fatigue resistance.
From custom prototype engineering to delivery, we operate a structured and traceable manufacturing process to maximize efficiency and minimize quality defects.
We analyze drawings, identify tolerance risks, and align on material specifications, costs, and lead times.
We manufacture prototype samples, verify material chemistry, compile FAI dimensional reports, and send them to you for approval.
The client tests the sample in real-world scenarios, submits feedback, and signs off on tool performance.
Following approval, we schedule the run, complete intermediate quality audits, and package products securely.
We offer a one-year manufacturing warranty from delivery and maintain active replacement channels if issues occur.
Our custom components are designed to meet structural, mechanical, and safety requirements across diverse, demanding industries:
Application: Gas and fire safety detection sensors used in hazardous oil, gas, and underground mining industries. Specifically, fire detectors, gas alarms, and hydrant pit box enclosure kits.
Technical Focus: Strict explosive-gas containment requires seamless stamping and pressure-sealed aluminum die casting. Surface treatments must resist highly corrosive, high-salinity marine environments.
Application: Heavy-duty vehicle transmission components, engine brackets, and electric bike parts (cable connectors, structural tubes, and brake levers).
Technical Focus: Fatigue resistance is verified through cycle stress testing. High-capacity forging ensures zero structural air voids, while CNC milling delivers exact tolerances for seamless integration.
Application: Aviation fuel hydrant pit boxes, heavy hinge brackets, turbine inlet rings, and power transmission parts.
Technical Focus: Extreme temperature tolerance, metallurgical validation, and coordinate verification to zero out micro-fissures in structural alloys.
Application: Precision wood chipper cutter discs, feed rollers, tabletop cooking stoves, and commercial whipped cream dispensers.
Technical Focus: High-impact wear parts are fabricated from hard alloys (Q345B, 42CrMo, NM400). Food processing parts require electropolished, food-safe stainless steel finishes.
At Xinye, we believe that long-term supply partnerships are built on shared values and alignment. We build corporate value through three core principles:
"Trust is our foundation. We prioritize our responsibilities and strive to exceed your quality expectations on every run."
"We analyze every detail of design and production to provide reliable, turnkey services that meet our clients' needs."
"We bring dedication, technical expertise, and a commitment to continuous improvement to every component we manufacture."
Our main customer footprint is distributed across Europe, North America, and Russia, supporting highly regulated markets like medical hardware, automotive manufacturing, and food equipment systems.
By pairing advanced Japanese production machinery with strict quality testing and a skilled engineering team, we deliver competitive, high-precision OEM solutions to clients worldwide.
Find answers to common questions about our custom manufacturing capabilities, lead times, quality procedures, and export logistics:
Select a category below to learn more about our custom tooling, manufacturing tolerances, and material capabilities:
High speed stamping systems and progressive tooling for complex, multi-stage metal forming.
Forged components offering high density, structural strength, and clean surface finishes.
Multi-axis precision milling and turning for strict dimensional tolerances down to 0.001mm.
High pressure die cast parts designed for optimal thermal management and structural durability.
Precision investment cast stainless steel parts with high surface detail and low waste.
Custom deep-drawn steel housings and components for industrial sensor systems.
High speed milling of aluminum heat sinks, mounting bars, and connector boxes.
Intricate stainless steel castings for fluid and gas flow control systems.
Bring us your engineering challenges, and our team will identify the most efficient, cost-effective manufacturing process for your parts. Let's discuss your tolerances, material specs, and volume requirements today.
Contact Our Engineers
XinYe Metal
