Top 10 Aluminium Casting Foundries and Companies in China

Key Highlights

• Founded in 1998, headquartered in Shanghai, China, with over 20 years of experience in aluminum casting.
• Offers four core casting processes: sand casting, gravity die casting, high-pressure die casting, and low-pressure die casting.
• Team of 120+ trained staff with a strong focus on quality, customer satisfaction, and process innovation.
• Provides fully machined, finished, and tested aluminum castings — from initial concept through to mass production.
• Exports to North America, Europe, Australia, and Asia, serving automotive, medical, electrical, and outdoor furniture industries.
• One-stop service combining casting, CNC machining, and surface finishing under one roof.

Company Overview

Dolin Casting Co., Ltd. is a leading aluminum foundry based in Shanghai, China. Established in 1998, the company has built over two decades of expertise in producing high-quality, fully machined aluminum casting parts for a wide range of industrial applications. With a team of more than 120 well-trained staff, Dolin places a strong emphasis on customer collaboration, working closely with clients from initial design through to final mass production. Its greatest competitive advantage lies in its comprehensive in-house capabilities — covering four aluminum casting processes alongside CNC machining and finishing services — allowing it to serve as a true one-stop manufacturing partner.

Products and Services

Dolin Casting serves diverse end markets with a broad product portfolio, including automotive structural components, light fixture parts, electrical enclosures, ornamental castings, patio furniture components, and medical equipment parts. All products can be delivered as raw castings or as fully machined and surface-finished assemblies depending on customer requirements.

Casting Processes

The company's process range covers aluminum sand casting, gravity die casting, high-pressure die casting (HPDC), and low-pressure die casting (LPDC). Sand casting suits complex geometries and low-to-medium volumes; gravity die casting is preferred for structurally demanding parts; HPDC enables high-volume production with tight tolerances; and LPDC is used for larger, denser components where mechanical integrity is critical. Post-casting services include CNC machining, surface finishing, and full quality inspection.

Quality and Export

Quality control is a core pillar of Dolin Casting's operations, with rigorous inspection procedures applied throughout production — from incoming raw material checks to final dimensional and functional testing before shipment. Its long-standing export track record to markets in North America and Europe reflects its consistent ability to meet international quality standards.

Key References

• Dolin Casting official website: www.dolincasting.com
• Services overview: www.dolincasting.com/services
• Products overview: www.dolincasting.com/products

Key Highlights

• Operates two manufacturing facilities in Dongguan — one in Qi Shi Town and one in Qiaotou Town — with a workforce of 100–200 skilled professionals.
• Die casting machine range spans 120 to 2,000 tons for aluminum and 80 to 320 tons for zinc, enabling a wide range of part sizes and complexities.
• Mold size capability up to 2 meters; tooling weight up to 20 tons, supporting large and complex die casting projects.
• Certified to ISO 9001, ISO 14001, and IATF 16949, covering quality, environmental, and automotive industry requirements.
• Equipped with in-house X-ray inspection systems for internal defect detection, including gas porosity, shrinkage, internal cracks, and inclusions.
• CNC machining tolerances down to 0.01mm, supported by CMM inspection and spectrometer testing.
• Serves over 20 industries including automotive, aerospace, electronics, LED lighting, telecom, medical devices, musical instruments, and sporting equipment.

Manufacturing Facilities

Aludiecasting operates two production bases in Dongguan City. Factory 1 is located at No. 30 Huan Zhen Rd, Qi Shi Town, and Factory 2 at No. 15 Baotang Rd, Jinglian Village, Qiaotou Town. Together, these facilities house a full range of aluminum and zinc die casting machines, CNC machining centers, plastic injection molding equipment, and surface finishing lines, enabling end-to-end production under one organization.

Quality Control

Quality assurance at Aludiecasting goes beyond visual inspection. The company operates in-house X-ray inspection equipment capable of identifying hidden internal defects such as gas porosity, shrinkage cavities, and micro-cracks — issues that conventional inspection methods cannot detect. This is supplemented by CMM (coordinate measuring machine) dimensional checks, hardness testing, and spectrometer analysis for material verification. These multi-layered inspection protocols are applied across all production stages, from incoming raw materials to finished parts.

Industries and Applications

Beyond the core markets of automotive, marine, electronics, and lighting mentioned in its profile, Aludiecasting's customer base extends across a notably broad range of sectors. The company has produced components for aerospace, musical instruments, watercraft, optical devices, sensors, medical devices, robots, photographic equipment, sound systems, and sporting goods — reflecting a high degree of engineering versatility and the ability to handle demanding cross-industry specifications.

Key References

• Aludiecasting official website: www.aludiecasting.com
• Company profile: aludiecasting.com/company
• Aluminum die casting services: aludiecasting.com/aluminum-die-casting

Key Highlights

• Operates under two entities — CNM Tech Co., Ltd. and Dongguan Jiahzan Die Cast Co., Ltd. — forming a group-level die casting manufacturing operation.
• Factory located in Qiaotou Town, Dongguan, known within the industry as the "die casting town" of China, with 100–400 skilled staff.
• In-house tooling shop staffed by 80 workers, 20 engineers and designers, and 25 dedicated quality control experts.
• Certified to ISO 9001, IATF 16949:2016, ISO 14001, and OHSAS 18001 — covering quality, automotive, environmental, and occupational health standards.
• Quality inspection equipment includes ultrasonic testers, 3D scanners, and CMM machines applied at every stage of production.
• Serves automotive, aerospace, electronics, industrial machinery, medical, defense, agricultural, and off-highway equipment sectors.
• Provides 100% outgoing quality control (OQC) inspection and functional testing before shipment.

Manufacturing and Group Structure

CNM Tech operates as part of a two-company manufacturing group alongside Dongguan Jiahzan Die Cast Co., Ltd. This structure gives the organization expanded production capacity while maintaining specialized focus across different casting and machining requirements. The facility in Qiaotou Town is positioned close to one of China's major logistics hubs, enabling efficient supply chain management for North American and global OEM customers.

Tooling and Secondary Processes

One of CNM Tech's distinguishing strengths is its fully in-house tooling operation, staffed by a dedicated team of engineers and mold designers. Beyond casting and machining, the company offers a comprehensive range of secondary processes including deburring, heat treating, sand blasting, shot blasting, and vacuum impregnation — capabilities that reduce the need for third-party subcontracting and help maintain tighter quality control across the full production chain.

Quality System

CNM Tech holds IATF 16949:2016 certification, the automotive industry's most demanding quality management standard, applied across all projects regardless of industry. This is supplemented by ISO 14001 environmental management and OHSAS 18001 occupational health and safety certifications. Production inspections utilize ultrasonic testing, 3D scanning, and CMM dimensional verification, with a dedicated OQC team conducting final inspection and functional testing on every outgoing part.

Industries and Applications

While automotive and electronics are core markets, CNM Tech's production history spans a notably broad range of sectors including defense, off-highway equipment, agricultural machinery, and medical devices. The company has produced components ranging from engine parts and structural hardware to LED lighting housings, marine components, architectural hardware, and consumer products — reflecting strong cross-industry manufacturing versatility.

Key References

• CNM Tech official website: www.diecastingschina.com
• Company overview: diecastingschina.com/cnm-tech-die-casting-china

Key Highlights

• Officially registered as Cangzhou Weiheng Metal Products Co., Ltd., operating under the brand Pro Die Casting at prodiecasting.com.
• 30,000 sq. meter plant in Nanpi Economy and Technology Development Zone, Cangzhou, Hebei, with 200+ experienced staff.
• Cold chamber die casting machines from 300 to 1,250 tons, sourced from industry-leading suppliers Yizumi and LK Group.
• In-house pattern shop with 20+ years of experience in pattern construction, molding, and machining — a critical advantage for sand casting quality.
• Operates in full compliance with IATF 16949, with 100% inspection and testing before packing and delivery.
• Additional capability in sheet metal fabrication — including bending, roll forming, deep drawing, laser cutting, and punching — beyond casting alone.
• Tilt pour gravity casting machines available with robotic arm integration for fully automated production lines.

Facility and Equipment

Pro Die Casting operates from a 30,000 sq. meter manufacturing facility in Cangzhou, Hebei Province. Die casting machine capacity ranges from 300 to 1,250 tons using equipment from Yizumi and LK Group — two of China's most reputable die casting machine manufacturers. The facility supports the full production chain in-house: tooling design and fabrication, casting, CNC machining (drilling, tapping, milling, boring, turning, grinding), surface finishing, and assembly. This level of vertical integration allows the company to maintain tight control over quality and lead times without reliance on external subcontractors.

Sand Casting Specialty

One of Pro Die Casting's distinguishing capabilities is its dedicated in-house pattern shop, staffed by pattern makers with over 20 years of experience. The company applies strict incoming alloy chemical property checks, controls magnesium levels for consistent hardness, and removes harmful hydrogen gases prior to pouring — process steps that directly reduce porosity and ensure reliable T6 heat treatment results. Sand castings from this facility are exported to European and North American markets and have been applied in valves, hydraulics, power transmission, pneumatics, machine tools, medical, railroad, and industrial control systems.

Alloy and Process Expertise

The company selects alloys according to casting process requirements: ADC12 and A380 for high-pressure die casting due to their fluidity, and A356/A357 for low-pressure and gravity die casting where heat treatment and higher mechanical strength are needed. For gravity casting, Pro Die Casting has produced turbos, brake calipers, knuckles, engine cylinder heads, engine blocks, pistons, motor housings, hydraulic connectors, and gearbox housings — parts that demand low porosity, airtightness, and tight dimensional tolerances.

Sheet Metal Fabrication

Beyond casting, Pro Die Casting offers a full sheet metal fabrication service covering bending, roll forming, deep drawing, spinning, shearing, blanking, punching, and laser cutting. This capability was added in response to customer demand, allowing clients whose designs include both cast and fabricated metal components to source both from a single supplier.

Key References

• Pro Die Casting official website: www.prodiecasting.com
• Die casting services: prodiecasting.com/die-casting
• Sand casting services: prodiecasting.com/sand-casting

Key Highlights

• Founded in 1995, with a dedicated HPDC division established in 1998 starting with 2 machines — scaled to 8 machines spanning 125T to 1,250T by 2009.
• Located in Yongkang City, Zhejiang — 15 minutes from Yongkang Mold City, Zhejiang's largest mold manufacturing hub, giving the company fast and cost-effective access to high-quality tooling.
• Achievable tolerances of ±0.1mm for critical dimensions; as-cast surface finish Ra 1.6μm, improving to Ra 0.8μm with secondary processing.
• HPDC production parameters: pressure range 10–20 MPa, minimum wall thickness 2mm, standard draft angle 0.5°, part weight range 0.01kg to 15kg.
• Certified to ISO 9001:2015 and TS16949:2009; engineers can deliver quotations within 48 hours of receiving 3D CAD files.
• Accepts SolidWorks (.sldprt), ProE (.prt), IGES, STEP, ACIS, and Parasolid formats for design submission.
• Exclusively focused on casting and machining — not a trading company, and does not handle steel, iron, or stainless steel casting.

Growth Timeline and Location Advantage

Dongrun's manufacturing history reflects a deliberate, process-focused expansion. Starting in 1995 as a foundry, the company launched its HPDC division in 1998 with two machines and a five-minute molten aluminum transfer setup — a detail that speaks to the tight integration between its casting operations. By 2009, the machine fleet had grown to eight units covering a wide tonnage range from 125T for precision small parts through to 1,250T for heavy-duty castings, establishing Dongrun as a regional leader in high-pressure die casting in Zhejiang Province.

Tooling Proximity as a Competitive Edge

One aspect of Dongrun's positioning that stands out is its geographic relationship with Yongkang Mold City — located just 15 minutes away. As Zhejiang's largest concentration of mold manufacturers, this proximity gives Dongrun faster turnaround on tooling development and repair, lower logistics overhead, and access to a deep pool of mold-making expertise without the delays typical of sourcing tooling from distant suppliers. For buyers with complex or iterative tooling requirements, this is a meaningful practical advantage.

Product Range

Dongrun's production history covers a wide range of cast aluminum components. Documented product categories include crankcases, transmission pans, motor housings, pump housings, filter housings, amplifier housings, flanges, charge air cooler tanks, and gearbox housings. This breadth — spanning powertrain components, fluid handling, HVAC, and electronics enclosures — reflects genuine cross-industry manufacturing experience rather than a single-sector focus.

Low-Pressure Casting for High-Strength Applications

Beyond HPDC, Dongrun specifically positions its LPDC capability for applications in aerospace and automotive components that require improved casting density and higher strength than high-pressure die casting can reliably deliver. Parts produced via LPDC at Dongrun include gearbox housings with airtightness requirements, lighting system bases requiring T6 heat treatment, and gas housings with strict leakage-proof specifications — applications where material integrity is as important as dimensional accuracy.

Key References

• Dongrun Casting official website: www.dongruncasting.com
• HPDC capabilities: dongruncasting.com/Capabilities/Aluminum-Die-Casting

Key Highlights

• Full corporate name is Foshan ZP Aluminum Co., Ltd., operating as ZP Group Co., Ltd., located in Leping Industrial Zone, Sanshui District, Foshan, Guangdong.
• 12 extrusion lines ranging from 600 to 10,000 tons, with an annual extrusion capacity of 50,000 tons — capable of producing extra-large profiles exceeding 300mm in width.
• Supported alloy grades for extrusion include 2024, 7075, 6082, 6005, 6061, and 6063, covering structural, high-strength, and cosmetic applications.
• Surface treatment lines include vertical electrophoresis, horizontal electrophoresis, 3 powder coating lines, and 2 anodizing lines — all in-house.
• 300+ workers across production; annual sales reported at approximately USD 6.6 million; serves over 100 industries.
• Certified to ISO 9001:2000 quality management system with international standard certification.
• Fabrication capabilities beyond extrusion include bending, stretch forming, laser cutting, press bending, punching, welding, and impact extrusion.

Extrusion as the Core Business

Unlike most companies in this list whose primary identity is casting, ZP Aluminum's foundation is aluminum extrusion. Its 12-line extrusion operation — spanning from 600-ton presses for standard profiles up to a 10,000-ton press for heavy industrial and structural sections — gives it a production scale that few smaller foundries can match in this specific process. The ability to produce profiles wider than 300mm positions the company for large architectural, industrial machinery, and heavy-duty transportation applications where profile size alone eliminates many competitors.

Surface Treatment Depth

ZP Aluminum's investment in in-house surface finishing is notably comprehensive. With separate vertical and horizontal electrophoresis lines, three powder coating lines, and two anodizing lines, the company can handle the full spectrum of aluminum surface requirements — from decorative anodizing for architectural profiles to functional powder coating for industrial enclosures and electrophoretic coatings for corrosion-critical applications. This breadth of finishing capability means customers can receive fully processed, ready-to-install profiles without additional subcontracting.

Product Specializations

ZP Aluminum's product range is organized around application rather than process. Key specializations include aluminum heat sinks (with diameter options from 61mm to 84mm for standard round extruded designs), aluminum enclosures for industrial electronics, LED lighting profiles and grow-light housings, curtain wall and window-and-door framing systems, and PV solar panel frames. The company also handles impact extrusion — a cold-forming process distinct from conventional extrusion, used for producing seamless cylindrical or cup-shaped components — which further broadens its manufacturing scope.

Casting and Machining as Secondary Capabilities

While extrusion remains the core, ZP Aluminum also offers aluminum die casting, sand casting, and CNC machining as part of its one-stop service model. The casting operations use alloys suited to each process — ADC12 and A380 for die casting, and cast-grade aluminum alloys for sand casting. This combination allows customers whose designs include both extruded structural elements and cast functional components to consolidate sourcing with a single supplier.

Key References

• ZP Aluminum official website: www.zp-aluminium.com
• Extrusion capabilities: zp-aluminium.com/aluminum-extrusion

Key Highlights

• Founded in 1978 — one of the oldest foundries on this list, with nearly five decades of continuous operation in copper and aluminum casting.
• Facility covers 28,000 m² total area with 8,000 m² of building space; 160 employees including 60 dedicated technicians.
• Strategically located 1km from the New District of Jiaozhou, adjacent to National Highway No. 204, and 20 minutes by car from Qingdao Port — a major advantage for export logistics.
• Testing equipment includes CMM, X-ray detector, and spectrometer — supporting dimensional, internal defect, and material composition verification.
• Certified to ISO 9001; holds export entitlement for direct international trade.
• Dual-metal capability: produces both copper and aluminum castings, distinguishing it from most foundries in this list which focus solely on aluminum.

A Foundry Built on Longevity

Most die casting companies in China emerged during the manufacturing boom of the late 1990s and 2000s. Longquan Hongda predates that era entirely, having been established in 1978 — making it one of the few foundries in this roundup that was already operational before China's reform-era industrialization took hold. That longevity carries practical weight: the company's tooling knowledge, alloy handling experience, and process control have been accumulated and refined across generations of production, not just recent certifications.

Copper and Aluminum: A Dual-Metal Advantage

Where most foundries on this list specialize exclusively in aluminum alloys, Longquan Hongda handles both copper and aluminum — covering sand casting, gravity casting, die casting, and permanent mold casting across both metals. This makes it a practical choice for buyers whose projects require components in multiple materials, or who source copper alloy parts (bushings, bearings, valve bodies, pump components) alongside aluminum structural castings from the same supply chain.

Equipment and Testing Infrastructure

The production floor is equipped with frequency coreless electric furnaces, roller sand mixers, hot-box core shooters, air plasma cutting machines, low-pressure casters, molding machines, and horizontal cold chamber die casting machines. On the quality side, the testing lab runs CMM for dimensional verification, X-ray inspection for internal defect detection, and a spectrometer for material composition analysis — a testing suite that covers the three most critical quality checkpoints in casting production.

Export Track Record

Longquan Hongda holds direct export entitlement and has supplied customers in Italy, the USA, the UK, Canada, Japan, and South Korea. For international buyers, the proximity to Qingdao Port — one of the busiest container ports in northern China — translates into reliable shipping timelines and straightforward freight logistics for both small and large order volumes.

Key References

• Longquan Hongda official website: www.allchinacasting.com

Key Highlights

• Origins trace back to 1985, when founder David Pan started the operation in a 1,000 sq. ft. shop — making Minghe one of the first private die casting companies in Dongguan.
• 50,000 sq. meter campus with nearly 500 employees; 15% of total staff are dedicated full-time to quality control.
• 40 die casting presses ranging from 180T to 3,000T; 53 CNC machines including 5-axis capability.
• Holds 14+ patents including 6 invention patents and 20 utility model patents; recognized as a high-tech enterprise in Guangdong Province.
• Certified to IATF 16949 (including VDA 6.3), ISO 9001:2015, and SGS; ITAR registered.
• CEO David Pan owns 100% of an affiliated powder coating plant and a mid-sized CNC machining shop — giving Minghe vertical ownership over key secondary processes.
• Has completed over 10,000 projects to date; exports to the USA, Canada, Australia, UK, Germany, France, and South Africa.

A Company Built Over Four Decades

Minghe's story is unusually well-documented for a Chinese foundry. David Pan began offering die casting services in 1985, registered the company formally in 1988, and formally established Minghe Casting in 1995 when he relocated to a larger facility in Humen Town. Unlike many competitors that scaled up rapidly during China's manufacturing boom, Minghe grew incrementally — moving from hot chamber zinc casting for consumer goods in its early years, to cold chamber aluminum production for automotive and industrial clients, to its current position as a multi-process, multi-material precision casting operation. That four-decade arc means its process knowledge was earned progressively, not assembled quickly.

Vertically Integrated Ownership Structure

One distinctive aspect of Minghe's setup is the ownership structure beyond the main factory. In 2013, the company acquired Dongguan Tianniu Powder Coating Plant outright, giving it direct control over surface finishing capacity. The CEO additionally holds full ownership of a separate CNC machining shop. This means that powder coating, machining, and die casting are not just services offered under one commercial umbrella — they are owned by the same principal, with aligned incentives for quality and scheduling across the full production chain.

Process Range Beyond Die Casting

While HPDC is the core, Minghe's process portfolio is broader than most comparable foundries. The company also operates sand casting lines — expanded significantly in 2016 with the addition of a continuous sand mixer with automated controls and mechanical reclaim — as well as investment casting, centrifugal casting, and lost foam casting. On the machining side, Zeiss CMM inspection, 3D printed sand capabilities, and ITAR registration (relevant for defense and aerospace supply chains) reflect a level of infrastructure investment that goes beyond standard casting operations.

Heat Sink Specialization

One area where Minghe has built a particularly deep track record is die cast aluminum heat sinks. With 30+ years of heat sink manufacturing experience and presses ranging up to 3,000T, the company handles heat sink applications from small CPU coolers and LED lighting housings through to large automotive and industrial radiator components. Supported alloys for heat sink applications include AL360, AL380, AL383, AL413, and A356, with surface options covering anodizing, electrophoresis, powder coating, and chromate treatment.

Key References

• Minghe official website: www.diecastingcompany.com
• Company history: diecastingcompany.com/our-history
• Heat sink capabilities: diecastingcompany.com/heat-sink

Key Highlights

• Founded in 2003 in Dongguan, operating under the brand SYX; facility expanded to 20,000 sq. meter plant in Qiaotou Town.
• 8 HPDC aluminum die casting machines from 300T to 3,500T — including a 2,500T press capable of producing parts up to 32kg per shot.
• 4 hot chamber zinc die casting machines from 120T to 400T; 2 tilted gravity die casting machines for permanent mold work.
• 30 CNC milling machines for post-casting machining; in-house CNC and EDM (spark erosion) equipment for die manufacturing.
• In-house sand blasting and powder coating lines, eliminating the need for external surface finishing subcontractors.
• ISO 9001:2015 certified; CMM inspection device and X-ray detector in use; CNC machining tolerance achievable to ±0.02mm.
• Achieved ISO 9001 certification in 2010; CDC automated visual inspection system introduced for defect detection.

Equipment Detail

OEFORM's production floor is built around a clearly defined machine inventory, which the company publishes openly. On the aluminum HPDC side, 8 cold chamber machines span 300T to 3,500T — a range that covers small precision components through to large structural castings, with the 2,500T press being capable of producing single aluminum parts weighing up to 32kg. Zinc die casting is handled by 4 hot chamber machines from 120T to 400T, suitable for small, high-detail components in Zamak alloys. Gravity casting is covered by 2 tilted gravity machines, which enable automation-friendly pouring for permanent mold applications. The 30 CNC machines handle post-casting machining, thread tapping, and precision finishing in-house.

In-House Die Manufacturing

Mold and tooling production is handled internally using CNC machining centers and EDM (electrical discharge machining) equipment — the standard combination for precision die manufacturing. OEFORM also exports custom aluminum die casting dies directly to overseas customers, indicating that its tooling capability is mature enough to operate as a standalone service for clients who source production elsewhere. All incoming aluminum alloy ingots are verified to international standards and REACH/RoHS compliance before use.

Surface Finishing and Quality

Both the sand blasting line and powder coating line are in-house, which removes a common bottleneck in Chinese foundry supply chains where surface finishing is subcontracted and can introduce scheduling and quality variation. Quality inspection is anchored by CMM dimensional verification and X-ray internal defect detection, backed by a CDC automated visual inspection system for surface-level defect identification. The ±0.02mm CNC machining tolerance capability positions OEFORM for applications where as-cast dimensions alone are insufficient.

Application Focus

Documented application areas include Tesla vehicle components and automotive parts more broadly, LED housings, consumer products, rotors, radiators, medical equipment, connectors, cookware, and heat sinks — a range that reflects genuine cross-industry production experience. The company's gravity casting page additionally covers radiator housings and automotive structural components where density and mechanical integrity are priorities over pure production speed.

Key References

• OEFORM official website: oeform.com
• HPDC capabilities: oeform.com/aluminium-high-pressure-die-casting-company-china
• Gravity casting: oeform.com/gravity-die-castings-manufacturer-china

Key Highlights

• Headquartered in Ningbo, China — one of China's most important manufacturing and export hubs, with direct access to Ningbo-Zhoushan Port, the world's busiest cargo port by tonnage.
• Group structure: Innovaw owns multiple foundry and machining facility divisions organized by casting technology, rather than operating as a single-site factory.
• Production team includes 25 product development engineers, 12 die casting industry experts, and 16 quality engineers supported by 15 A-level testing instruments.
• Internal engineering capabilities cover DFM analysis, 3D mold design, mold flow simulation, and technology process improvement — all handled in-house before production begins.
• Over 1,000 successful mold projects delivered across more than 20 years of mold development; in-house tooling shop equipped with CNC, EDM, grinding, and milling machines.
• ERP system data transmission, MES management, and robot automation integrated into production operations.
• Exports to 40+ countries with 200+ active client partnerships worldwide.

Production Scale by Process

What sets INNOVAW apart from most foundries in this list is the sheer breadth of its casting infrastructure across multiple dedicated production lines. The HPDC line runs 20 machines from 280T to 3,000T with a daily output of 16–20 tons. The low-pressure die casting line operates 15 machines at 8–10 tons daily capacity. Gravity casting is handled by 12 machines. This is not a company that offers multiple casting processes as secondary capabilities — each process line is resourced at production scale, supported by its own team and equipment. Together with investment casting and sand casting capabilities, INNOVAW covers the full spectrum of aluminum casting methods under one group umbrella.

Tooling as a Core Competency

Mold development at INNOVAW is treated as a distinct engineering discipline rather than a prerequisite to production. The in-house tooling team operates CNC machining centers, EDM equipment, precision grinding machines, and milling machines, and supports multi-slide die-casting dies alongside conventional tooling. The company applies mold flow simulation prior to cutting steel — a step that reduces the likelihood of defects arising from gate placement, cooling channel design, or fill behavior that would otherwise only surface during trial runs. With over 1,000 mold projects completed, the tooling division has accumulated a reference base that covers a wide range of part geometries and alloy behaviors.

Quality System Depth

INNOVAW's quality framework goes beyond standard ISO certification. The company implements automotive-grade quality processes including APQP (Advanced Product Quality Planning), PPAP (Production Part Approval Process), 8D problem-solving reports, and VDA 6.3 process audits — a suite of quality management tools typically required by Tier 1 and Tier 2 automotive suppliers. This level of quality infrastructure is uncommon among general-purpose foundries and signals a company that actively manages quality across the product development lifecycle, not just at final inspection.

Industry Verticals

INNOVAW's product case library covers twelve documented application categories: automotive castings, LED work light castings, marine castings, electric motor castings, medical equipment castings, instrument and meter castings, bicycle castings, water heater castings, gas meter castings, door and window castings, agricultural machinery castings, and power castings. The breadth and specificity of this list — down to gas meter housings, dental chair parts, and marine stabilizer housings — reflects genuine production experience across niche industrial sectors, not just broad industry labels.

Key References

• INNOVAW official website: www.icasting-machining.com
• Production capability: icasting-machining.com/production-capability
• Quality overview: icasting-machining.com/quality-overview
• Company profile: icasting-machining.com/company-profile