Direct supply paths from Ningbo to PSA Singapore. High-precision production mapping to Singaporean industrial quality guidelines.
As a global financial and logistical nucleus, Singapore demands the highest tier of engineering precision. Heavy investments in industrial developments like the Jurong Innovation District (JID), Seletar Aerospace Park, and Tuas Mega Port drive substantial demand for CNC machined components that meet rigorous standards.
However, local workshop constraints and high operational overheads in Singapore prompt procurement and supply chain executives to seek reliable manufacturing partners abroad. By integrating China's advanced Industry 4.0 capabilities with Ningbo's maritime logistics network, Ningbo Jiangbei XinYe Metal Works Co., Ltd. delivers high-precision metal parts directly to Singaporean production lines, balancing cost, quality, and delivery speed.
Leveraging bilateral frameworks like the China-Singapore Free Trade Agreement (CSFTA), our clients enjoy streamlined customs clearance, zero-tariff pathways under Form E certificates, and an optimized dual-source redundancy model that safeguards supply chains against global disruption.
Established Year
Production Area
High-Skilled Staff
Technical Patents
A trusted, owner-managed precision engineering partner delivering custom metal solutions since 1996.
Our infrastructure covers a total area of 16,000 square meters of production floor space, complemented by an additional 11,000 square meters of construction. Out of our 130 employees, 80 production staff manage operations on the floor, while 50 engineering, quality control, and management specialists guide product development and quality planning.
Our in-house capabilities enable us to manage components through their entire lifecycle: from initial raw tooling, forging, and stamping to precision multi-axis CNC milling, post-machining surface treatments, and final mechanical assembly. We serve demanding markets across Europe, North America, and Singapore.
How we scale operations to support global just-in-time manufacturing schedules.
Friction press machines with capacity from 300 tons to 1000 tons, capable of forming high-density aluminum alloy and brass components with minimal material waste.
Column hydraulic press machinery with force ratings between 100 tons and 630 tons, ensuring structural integrity in formed components.
Punching press systems ranging from 5 tons to 250 tons, calibrated for rapid stamping, blanking, and deep drawing runs.
Our core manufacturing equipment is imported from Japan, including multi-axis CNC machining centers, turning centers, and milling systems. This hardware investment allows us to achieve tolerances within the micron range, suitable for aerospace transmission parts and critical medical devices.
Our land and facilities are structured to accommodate physical expansions. If a client's long-term forecast requires dedicated assembly bays, specialized automated systems, or custom machinery, we are ready to make matching capital investments to support the partnership.
Take a virtual tour of our 16,000㎡ facility, showing our production lines and quality inspection workflows.
This video demonstrates our manufacturing process from raw material forging to CNC machining, multi-axis milling, surface treatments, and assembly.
A close-up look at our Japanese-imported TIPAS MACHINE h65TMY precision turning center handling complex geometries with sub-micron tolerances.
Custom metal component configurations designed to meet the operating demands of local industries.
We manufacture aviation fuel hydrant pit box enclosures, precision hinge brackets, turbine inlet components, and transmission gear assemblies. All parts are fabricated from certified aerospace-grade aluminum and stainless alloys, backed by complete material traceability.
We supply explosion-proof toxic gas sensor housings, fire detection body casings, flame detector mounting blocks, and heavy-duty marine valve manifolds designed to withstand highly corrosive salt spray environments.
We fabricate surgical tool components, diagnostic scanner casing blocks, and laboratory liquid control systems. Parts are finished using electro-polishing and cleanroom-compliant surface treatments to ensure patient safety.
We manufacture structural components for e-bikes, including electrical cable connectors, light alloy frame tubes, brake levers, and precision internal motor shafts designed for high cycle counts.
Our ISO 9001-2015 and SA8000 certified facility operates on the principle that quality is the core of our business.
Our quality process begins with incoming raw materials. No billet, bar, or plate enters production without spectrographic analysis validation. We track material heat numbers through all machining, stamping, thermal treatment, and final finishing operations.
To maintain our standards, we run ongoing training programs for our inspection staff and operators. This focus helps ensure compliance with international quality frameworks and client-specific requirements.
Every shipment is delivered with a complete quality documentation package: Certificates of Analysis (COA), Dimensional Inspection Reports (CMM), Surface Roughness Reports, and Finishing Certifications.
Used for chemical composition validation of incoming raw billets (aluminum, copper, steel, and titanium) to ensure they meet specification before machining.
Coordinate Measuring Machine (CMM) providing automated dimensional inspection of complex 3D profiles down to sub-micron accuracy.
Non-contact high-resolution optical coordinate mapping, calibrated for thin-walled parts, stamping profiles, and delicate micro-components.
High-precision system configured for measuring microscopic edges, thread pitches, and inner diameters on custom-machined components.
Ensures precise control of surface finish metrics (Ra, Rz) on sealing areas and sliding interfaces down to the specified micron rating.
Mechanical testing equipment used to verify structural yield limits and confirm that components meet design parameters before deployment.
The core values guiding our international team and customer relationships.
Our team consists of 130 professionals, including 80 production specialists and 50 team members dedicated to engineering, QA planning, and supply chain coordination. We hold over 20 national patents for manufacturing techniques.
We focus on aligning our operations with customer expectations to build long-term manufacturing partnerships.
We design robust production processes to minimize defects, manage delivery schedules, and support our clients' manufacturing lines.
We invest in multi-axis machinery, staff training, and advanced inspection tools to deliver components to spec.
A breakdown of our manufacturing methods and processing capabilities.
High-speed press lines for raw blanking, multi-stage forming, and drawing complex cup geometries in steel, brass, and aluminum.
Precision lost wax casting processes for stainless steel and high-alloy structural components, minimizing secondary machining requirements.
High-pressure die casting solutions designed for thin-walled housings, enclosure cases, and structural components.
Forging methods focused on producing high-strength, low-weight internal structural parts for automotive and aerospace assemblies.
Multi-axis precision CNC milling, turning, and thread-cutting services configured to handle high-precision production designs.
Send us your CAD files (.STEP, .IGS, or 2D PDF) to receive a design-for-manufacturability analysis and pricing from our engineering team.
Request a QuoteFrom engineering review to final delivery: how we coordinate custom production runs.
The client submits CAD drawings (.STP/.IGS/.DWG). Our engineering team reviews the geometry and material requirements to generate a complete manufacturing quotation.
We purchase raw materials and fabricate initial prototypes or specialized production tooling, providing sample parts for functional testing.
The client tests the sample parts to verify dimensional accuracy, finish quality, and performance before releasing the design for full production.
Once approved, we launch full-scale production. Components undergo routing through staging, turning, milling, surface treatments, and in-process QC inspections.
Finished parts are cleaned, packaged in secure export crates, and prepared for shipping from Ningbo to Singapore, with full logistics tracking.
Examples of custom metal components produced for demanding industrial applications.
Precision components for heavy industrial systems, forged in high-grade aluminum and machined for critical mechanical applications.
Material: Stainless Steel, Aluminium Alloy
Structural automotive components machined to meet tight dimensional tolerances and demanding performance profiles.
Material: Stainless Steel, Aluminium Alloy
Fuel hydrant pit box components, structural brackets, and transmission parts manufactured to aerospace standards.
Material: Stainless Steel, Aluminium Alloy
High-strength cutter discs and roller components manufactured to withstand high load rates in heavy-duty processing machinery.
Material: Q345B, 42CrMo, NM400 (Shafts)
Our operations are audited and certified to international standards to ensure consistent production quality.
Audited quality management processes covering raw material sourcing, in-process testing, calibration, and delivery.
International standard validation confirming our commitment to fair labor practices, workplace safety, and ethical operations.
Explore our main capabilities, including multi-axis CNC machining, hot forging, casting, and deep drawing services.
Answers to common questions regarding logistics, certifications, pricing, and our manufacturing services for Singapore-based clients.
Contact our technical sales team for engineering support, material consultation, and custom quoting.
Send Inquiry Now
XinYe Metal
