China Metal Punching Factory & Factories

Industrial-Grade Stamping, Deep Drawn Pressing, and Multi-Axis CNC Fabrication Solutions by Ningbo Jiangbei XinYe Metal Works Co., Ltd.

Precision Engineered Capabilities

Explore our core industrial forming and fabrication services built on decades of metallurgy expertise.

China Stamping & Deep Drawn Manufacturers, Factories

China Stamping & Deep Drawn Pressing Solutions

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Wholesale Aluminum Die Casting Parts Manufacturer, Suppliers

Wholesale Aluminum Die Casting Components

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OEM Lost Wax Casting Parts Factory

OEM Lost Wax Investment Casting

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OEM CNC Machined Part Manufacturers

OEM 4-Axis CNC Precision Machining

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OEM Aluminum Hot Forging Parts Manufacturer

OEM Heavy-Duty Aluminum Hot Forging

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Stamping & Deep Drawn

High-Speed Continuous Progressing Dies

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Lost Wax Casting

Precision Stainless Steel Investment Molding

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CNC Machining

High-Tolerance Turn-Mill Metal Components

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Ningbo Jiangbei XinYe Metal Works Co., Ltd.

Founded in 1996, XinYe Metal Works has transitioned from a specialized family business into a leading, owner-managed SME corporation specializing in advanced metal forming technologies.

Located in the heart of the Ningbo Jiangbei Industrial Zone, our facility is strategically positioned within 3 hours of the Shanghai International Airport via the high-speed rail network, giving global procurement officers streamlined logistical access to our headquarters. We specialize in cross-disciplinary metal processing, ensuring that complex parts demanding a mixture of cold punching, thermal processing, CNC milling, and surface chemical passivation are handled within a singular, unified quality management system.

  • 16,000 m² of state-of-the-art production floor area.
  • 11,000 m² of additional specialized engineering and warehouse construction.
  • Total workforce of 130 skilled specialists, with 50 staff dedicated to research and development, manufacturing engineering, quality assurance (QA), and advanced logistics operations.
Ningbo Jiangbei XinYe Metal Works Facility
1996
Established & Innovating
16K+
Production Area (m²)
130
Experienced Staff
20+
Technical Patents Held

Global Metal Punching Industry Trends

Analyzing key vectors driving high-precision stamping and metal sheet forming globally.

Evolution of Progressive Dies

The global metal punching industry is migrating away from manual, multi-stage stamping towards complex, continuous progressive dies. This transition dramatically lowers structural defects, maintains dimensional uniformity across production runs of up to 100,000 cycles, and keeps tolerance thresholds tighter than ±0.05 mm. Through automation, scrap rates are minimized by up to 18% compared to traditional single-action presses.

Lightweight Materials Focus

To support next-generation automotive and aerospace platforms, factories must adapt to complex sheet alloys, including high-tensile 6000 and 7000 series aluminum, beryllium copper, and specialized grade stainless steels (316L). Handling these metals requires complex simulation software to combat material springback, tool wear, and micro-fracturing along the sheared edge during press strokes.

Integrated Post-Processing

Industrial clients now demand complete component systems instead of raw blanked metal. Solutions providers must offer turnkey manufacturing programs, incorporating precision 4-axis CNC finish milling, specialized anodization, and electro-polishing under a single Roof. This reduces supplier-handover failures, ensures stable material trace-history, and lowers logistics costs.

Addressing Global Procurement Dynamics

How industrial buyers from Europe and North America manage risk and quality when sourcing overseas.

Source Material Validation & Storage

Modern purchasing is governed by compliance, risk management, and rigorous engineering protocols.

In response to supply disruptions, Western purchasing authorities evaluate suppliers on more than piece-part pricing. Important parameters include:

  • Rigorous Materials Verification: Direct trace-ability of alloy chemical compositions via spectroscopy (OES), preventing raw metal contamination or grade substitution.
  • Quality System Certification: Active compliance to frameworks like ISO 9001:2015 for quality control and SA8000 for ethical workplace environments.
  • Logistical Connectivity: Close proximity to major shipping hubs to stabilize transport costs and expedite import-export clearance.
  • Flexible Press Capacity: The ability to scale production shifts horizontally to match seasonal changes or demand spikes.

China Factory 4.0: Supply Chain Resilience & Efficiency

Industrial clusters, vertical manufacturing integration, and scale flexibility.

Raw Materials & Tooling Ecosystem

Ningbo features a mature, highly integrated industrial cluster for toolmaking, heat treating, and alloy distribution. This dense supplier network allows XinYe to procure custom-milled raw materials and progressive dies in days rather than weeks, keeping project development timelines highly competitive.

Operational Flexibility

Our standard operational layout runs 16 hours a day, 6 days a week. For high-volume contracts or peak seasonal demand, we can transition to a 24/7 continuous operation schedule within 30 days, backed by a strong network of secondary operators and reliable local power grids.

Capacity Scalability

With 11,000 square meters of additional construction area and land set aside for future development, XinYe offers long-term infrastructure scalability. We regularly invest in new machinery and plant expansions to support dedicated manufacturing lines for high-volume customers.

Advanced Machinery & Manufacturing Assets

Review the heavy-duty machinery powering our hot forging, stamping, and multi-axis CNC divisions.

Friction Press Equipment

Ideal for dense, high-strength alloy forming. Delivers consistent material compression, minimizing inner structural voiding in forged metals.

Tonnage: 300T to 1,000T Force

Column Hydraulic Machines

Provides uniform, controlled pressure curves throughout the stroke, perfect for deep drawn parts and complex geometries.

Capacity: 100T to 630T Force

Punching Press Lines

High-efficiency mechanical press units configured for progressive die systems, blanking, punching, and high-speed forming.

Force: 5T to 250T Capable

CNC Machining Centers

High-accuracy mills and lathes featuring 4-axis control blocks to finish complex geometries with minimal tooling adjustments.

Precision: 0.001mm Limit

Watch Us in Action

Virtual tour of the XinYe production floor, stamping systems, and automated machining centers.

Engineering Case Studies & Markets Served

Real-world applications of our structural metal products across global industrial sectors.

Industrial Parts

Industrial & Environmental Safety Systems

Flame sensors, oil & gas gas-detection housings, explosion-proof sensor chambers, and hydrant pit box enclosures.

Stainless & Aluminum
Automotive Parts

Automotive & E-Mobility Subsystems

High-stress transmission brackets, gear lever sleeves, E-bike connector sockets, handle levers, and structural tubes.

6000-Series Aluminum
Aerospace Components

Aerospace & Aviation Fuel Delivery

Aviation fuel hydrant pit boxes, hinge bracket assemblies, turbine air inlets, and precision transmission housings.

Titanium & Stainless
Heavy Machinery Components

Forestry & Heavy Machinery Wear Parts

High-torque wood chipper cutter discs, feed rollers, and drive shafts designed to withstand extreme impact wear.

Q345B, 42CrMo, NM400

Total Quality Management & Laboratory Verification

How we ensure strict conformance to ISO 9001-2015 and SA8000 standards.

Quality is not an inspection step; it is built into the tool design, the raw material selection, and the press setups.

Our quality department works out of an air-conditioned laboratory, utilizing state-of-the-art testing equipment. We control key production variables at every stage: from raw material validation to final packaging. Full material traceability records, dimensional inspection sheets, and plating certificates are archived for a minimum of five years, ensuring complete transparency.

Quality Certificates Overview
GNR Spectrum Analyzer

GNR Spectrum Analyzer

Provides direct chemical composition validation of raw alloys, ensuring materials match print specifications.

CMM Inspection Machine

3D Coordinate Measuring Machine (CMM)

Inspects complex geometric coordinates with sub-micron precision, verifying geometric tolerances.

Video Measuring System

Optical Video Measuring System

Uses advanced optics to quickly measure 2D dimensions on delicate or small punched elements.

Rough Meter

Surface Roughness Meter

Measures micro-finish values (Ra) to confirm compliance with surface treatment requirements.

Our Custom Production Process

How we take your projects from initial concept drawings to global shipment delivery.

01

Initial Request & Review

Send us your 3D engineering files (IGS/STEP) or detailed drawings. We review the designs for manufacturability (DFM) and confirm material specifications.

02

Tooling Design & Sample Run

We calculate progressive die tooling costs, source the specified alloys, design the tooling, and run the first prototypes for verification.

03

Sample Approval & FAI

We provide complete First Article Inspection (FAI) reports and material composition certificates to the customer for final sign-off.

04

Mass Production & QC Gates

We run production on our automated lines, conducting regular in-process inspections to ensure dimensional consistency throughout the run.

05

Final Assembly & Logistical Delivery

If required, components are assembled, packed in custom export crates, and shipped through Ningbo Port to destinations worldwide.

Corporate Culture & Values

Excellence in manufacturing is built on a foundation of trust, responsibility, and professional integrity.

At XinYe, we believe that delivering high-quality products is only part of our mission. Building long-term, reliable partnerships with our global customers requires operational transparency, fair labor practices (audited to SA8000 standards), and a commitment to continuous manufacturing improvement.

Trust Always Comes First

We prioritize open communication, clear agreements, and consistent follow-through on every project we take on.

Operational Responsibility

Every team member is trained to handle customer parts with care, ensuring that safety, material traceability, and dimensional standards are met at every workstation.

Engineering Professionalism

We invest in regular training for our engineers and operators, keeping our shop floor aligned with the latest metalworking technologies.

Corporate Team Values
Factory Internal Work
Engineering Collaboration

Frequently Asked Questions

Get answers to common questions about our capabilities, pricing, lead times, and engineering workflows.

What factors influence your product pricing?
Our pricing is structured around raw material market indices (e.g., LME for aluminum/copper, alloy surcharges for stainless steel), tooling complexity, production run volumes, and post-machining surface treatments. Because we operate in Ningbo's industrial cluster, we keep raw material overhead low. Contact our team with your drawings for a detailed cost breakdown.
Do you enforce a Minimum Order Quantity (MOQ) on international contracts?
Yes, to keep our automated progressive die lines and heavy-duty forging presses running efficiently, we establish an ongoing minimum order value or volume for international orders. This MOQ helps offset custom tooling setups and material changeover costs. Please contact our sales team to discuss trial run options.
Can you provide full quality documentation and origin certificates?
Yes, we supply comprehensive document packages with all shipments. This includes material mill test certificates (Chemical Analysis and Physical Test properties), Certificates of Conformance (COC), CMM dimensional layout reports, plating/anodizing validation sheets, and Certificates of Origin (CO) to facilitate international customs clearance.
What are your typical lead times for tooling and mass production?
Tooling design, fabrication, and initial sample production generally take 7 to 15 days, depending on geometry complexity. Once samples are approved, mass production typically takes 20 to 30 days. These timelines may adjust based on order size, current production schedules, and raw material availability.
What payment methods and commercial terms do you accept?
For new international contracts, we operate under standard terms of a 30% deposit upon order confirmation, with the remaining 70% balance paid against the copy of the Bill of Lading (B/L). Payment can be processed via telegraphic transfer (T/T), secure bank letters of credit, or authorized digital merchant channels.
How do you handle dimensional variations or quality issues under warranty?
We back our manufacturing workmanship and materials. In the rare event of a dimensional issue, our team initiates a corrective action process. We analyze retained production samples and inspection files to determine the root cause, and coordinate with you to run replacement parts or issue credits.
How do you package and protect finished parts during ocean transit?
We use robust export packaging standards tailored to the weight and finish of each part. Raw carbon steel parts receive anti-rust oil coatings and are sealed in VCI plastic bags. Stamping assemblies are packed in partitioned trays inside reinforced cardboard cartons, which are then secured on IPPC fumigated wooden pallets to prevent transit damage.

Featured Precision Metal Parts

Review our core manufacturing capabilities and product categories available for custom orders.

Stamping & Deep Drawn

Stamping & Deep Drawn

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CNC Machined Part

CNC Machined Parts

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Aluminum Hot Forging Parts

Aluminum Hot Forging Parts

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Aluminum Die Casting Parts

Aluminum Die Casting Parts

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Lost Wax Casting Parts

Lost Wax Casting Parts

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China Stamping & Deep Drawn

Sheet Metal Progressive Blanking

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Wholesale Aluminum Die Casting

Precision Engine Castings

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OEM CNC Machined Part

Multi-Axis Machining Blanks

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