Most investment casting manufacturer lists read like directories: names, locations, maybe a certification mentioned once. This one compares 18 factories across China, North America, and Europe by certification depth and alloy experience, then walks through what to confirm before paying for tooling.
The best investment casting manufacturer is the factory that matches your required certification, alloy grade, tolerance needs, and production risk, not simply the biggest name or lowest quote.
Supplier fit starts with proof: the right foundry should hold the certifications your industry requires and have experience casting the exact alloy or material family your part needs.
Location matters after capability is proven. Region can affect lead time, tooling cost, MOQs, communication, and landed price, but it does not prove whether a foundry can hold tolerance or repeat a difficult casting reliably.
The comparison below ranks eighteen of the worldäs top investment casting manufacturers by certification depth and alloy range: ten verified suppliers from Haizol’s China factory network and eight established North American and European foundries.
The top investment casting manufacturers are foundries that can prove the right certification fit, alloy experience, tolerance control, and production scale for your part.
The 18 suppliers below are ranked by certification depth, alloy capability, and factory scale: 10 China-based manufacturers from Haizol’s factory database, plus 8 established North American and European for side-by-side comparison list of investment casting manufacturers.
You can also use Haizol’s live investment casting manufacturer directory to keep comparing suppliers once you know your required material, certification, and production needs.
|
Investment Casting Manufacturer |
Region |
Best Fit for Parts |
Certification and Capability |
|
Suzhou Xiyi Trading Co., LTD. / Jiangsu Juli Intelligent Machinery Co., LTD |
China / Jiangsu |
Elevator, escalator, and forklift components |
ISO 9001, ISO 14001, ISO 45001, ISO 3834, VDA 6.1; 30,000+ square meter factory |
|
China / Jiangsu |
Hydrogen energy and petrochemical tower internals |
ASME, IATF16949, ISO 14001, ISO 45001, ISO 9001 |
|
|
China / Hebei |
Military, high-speed rail, and aerospace precision castings |
GJB9001c-2017, IATF16949, ISO 14001, ISO 9000, ISO 9001 |
|
|
China / Zhejiang |
Excavator and heavy equipment wear parts |
IATF16949, ISO 14001, ISO 45001, ISO 9001; 30,000+ square meter factory |
|
|
China / Guangdong |
Optical lens housings, medical instrument parts |
IATF16949, ISO 13485, ISO 14001, ISO 9001 |
|
|
China / Shandong |
Aluminium, carbon steel, and stainless steel casting |
IATF16949, ISO 14001, ISO 45001, ISO 9001; broadest material range in this list |
|
|
China / Guangdong |
Multi-process casting plus CNC, fabrication, and molding |
IATF16949, ISO 13485, ISO 9000, ISO 9001; 10 casting methods listed |
|
|
Dongguan Xinxuan Mould Technology Co., Ltd. / Dongguan Maowei Electronics Co., Ltd |
China / Guangdong |
Mass-production die casting, injection molding, CNC |
IATF16949, ISO 14001, ISO 9001; 30,000+ square meter factory |
|
China / Jiangsu |
Precision fasteners and small mechanical components |
GJB9001c-2017, IATF16949, ISO 9001 |
|
|
Guangdong Hunter Valley Precision Casting Technology Co., Ltd |
China / Guangdong |
Architectural and automotive hardware |
IATF16949, ISO 14001, ISO 9001 |
|
North America / Wisconsin |
Broad alloy range from rapid prototype to production volume |
Founded 1993; stainless steel, aluminum, carbon steel, brass, bronze, cobalt, and tool steel casting |
|
|
North America / Oregon |
Aircraft engine, airframe, and industrial gas turbine castings |
Founded 1953; AS9100 and ISO 9001 certified; titanium and nickel alloy castings |
|
|
North America / New Hampshire |
High-volume, thin-wall automotive and aerospace castings |
Founded 1946; AS9100D and ISO 9001:2015 certified; first US metal caster to reach ISO certification |
|
|
North America / Wisconsin |
Aerospace, defense, and power-generation castings |
ISO 9001:2015, AS9100D, Nadcap, and MIL-I-45208 certified |
|
|
China / Hong Kong |
Automotive, aerospace, and hydraulic castings at scale |
Founded 1998; ISO 9001, IATF16949, AS9100, ISO 13485, and NADCAP certified; 21 manufacturing plants worldwide |
|
|
Europe / United Kingdom |
Aerospace and industrial investment castings |
Long-established multi-site aerospace-focused casting group |
|
|
Europe / Germany |
Precision castings for machinery, energy, and automotive |
German engineering-sector casting specialist |
|
|
Europe / Netherlands |
Precision investment castings for industrial and medical sectors |
European industrial and medical-adjacent casting specialist |
The best investment casting manufacturer depends on the part you need made. A foundry built for excavator wear parts is not usually the best fit for a medical instrument housing, and the reverse is just as true.
The table below groups the 18 manufacturers by the part types that match their listed strengths, so you can start with supplier fit instead of comparing every foundry as if they compete for the same job.
|
Investment Casting Part Type |
Best-Fit Investment Casting Manufacturers |
|
Aerospace and defense components |
Baoding Canglong Precision Foundry, Precision Castparts Corp., Hitchiner Manufacturing Company, Doncasters Group |
|
Automotive and industrial machinery parts |
Kunshan Improve Electromechanical Equipment, Dongying Changrui Investment Casting, ZOLLERN GmbH & Co. KG |
|
Medical device and instrument components |
|
|
Small precision mechanical components and fasteners |
Suzhou Zhan Tian Precision Electromechanical, Milwaukee Precision Casting |
|
Multi-process programs combining casting with machining or molding |
Global Metal Plastic, Dongguan Xinxuan Mould Technology, MetalTek International, Impro Precision Industries Limited |
|
Heavy equipment wear parts and architectural hardware |
Ningbo Zhiye Machinery Components, Guangdong Hunter Valley Precision Casting Technology |
Every Chinese factory below is backed by Haizol's own vetting process, which includes a checked business license, an on-site factory audit, and a review of the equipment and certifications a profile claims to have.
That is why the certification list, the square-meter figure, and the product line named for each factory below can be trusted as verified facts, not homepage copy.
Suzhou Xiyi Trading Co., LTD. / Jiangsu Juli Intelligent Machinery Co., LTD holds five certifications: ISO 9001, ISO 14001, ISO 45001, ISO 3834, and VDA 6.1. The VDA 6.1 and ISO 3834 pairing (German automotive quality plus welding-specific quality control) is not something you see often on an investment casting profile, and it positions this 30,000+ square meter Suzhou, Jiangsu factory for European automotive and welded-assembly work specifically. Its production runs elevator and escalator components, forklift parts, and construction machinery equipment.
Best fit: European automotive and welded-assembly programs, elevator and escalator components, forklift parts.
Kunshan Improve Electromechanical Equipment Co., Ltd. carries ASME certification alongside IATF16949, an unusual combination that signals this Suzhou, Jiangsu factory is built for pressure vessel and energy equipment work rather than automotive alone. Between 10,000 and 30,000 square meters in size, it lists hydrogen refueling station components, petrochemical tower internals such as sieve trays and gas-liquid distributors, and wind power equipment parts as its main products.
Best fit: Hydrogen energy equipment, petrochemical tower internals, and wind power components.
Baoding Canglong Precision Foundry Co., Ltd is one of the few factories on this list holding GJB9001c-2017, China's military-grade quality standard that shows up on fewer than 4% of the investment-casting-capable profiles in Haizol's entire dataset. This 5,000-10,000 square meter Hebei factory also holds IATF16949, ISO 14001, ISO 9000, and ISO 9001. Its work centers on precision castings for military, high-speed rail, and aerospace applications, plus silica sol casting.
Best fit: Military, high-speed rail, and aerospace-adjacent precision castings.
Ningbo Zhiye Machinery Components Co., Ltd. is built for wear, not delicate geometry: excavator bucket teeth, protectors, blades, rocker arms, and shift forks. It runs a 30,000+ square meter Zhejiang facility certified to IATF16949, ISO 14001, ISO 45001, and ISO 9001, and its entire product list lines up with agricultural and construction equipment rather than general-purpose casting work.
Best fit: Excavator and heavy construction equipment wear parts.
Zhao Qing OKA Seiki Limited / Shenzhen Aoqi Industrial Co. Ltd / Aoqi Zhihui Hardware Products Co. Ltd is one of only three names on this list carrying medical-grade quality management, certified to IATF16949, ISO 13485, ISO 14001, and ISO 9001 across a 30,000+ square meter Guangdong factory. It builds optical and surveillance lens housings and medical instrument parts alongside motor shell components. Global Metal Plastic and CIREX are the other two names here carrying medical-relevant positioning.
Best fit: Medical instrument housings and optical or surveillance lens components.
Dongying Changrui Investment Casting Co., Ltd runs a 10,000-30,000 square meter Shandong factory certified to IATF16949, ISO 14001, ISO 45001, and ISO 9001, and the company name doesn't leave much room for guessing what it does. Its material range is the widest of any entry here: aluminium alloy, carbon steel, copper alloy, heat-resistant steel, high-chromium cast iron, and stainless steel, plus pump and valve parts. Investment casting is this factory's actual business, not a line item added to a broader casting or machining operation.
Best fit: Multi-alloy industrial castings, pump and valve components.
Global Metal Plastic Co., Limited lists ten different casting methods on its capability sheet, from centrifugal and ceramic mold through to lost foam and vacuum casting, alongside in-house CNC machining and fabrication. It operates out of a 5,000-10,000 square meter Dongguan facility holding IATF16949, ISO 13485, ISO 9000, and ISO 9001, meaning it can quote automotive and medical work under the same certified system without splitting the job across two suppliers.
Best fit: Multi-process sourcing that spans casting, machining, and molding under one certified factory.
Dongguan Xinxuan Mould Technology Co., Ltd. / Dongguan Maowei Electronics Co., Ltd is built around mass production, not prototyping. This 30,000+ square meter Dongguan factory, certified to IATF16949, ISO 14001, and ISO 9001, lists CNC machining, die casting molding, and injection molding as its core capabilities. A part that needs investment casting plus in-house secondary processing at real volume can stay under one roof here.
Best fit: Mass-production programs combining casting with in-house machining or molding.
Suzhou Zhan Tian Precision Electromechanical Co., Ltd., at 3,000-5,000 square meters, is one of the two smallest factories on this list by footprint, tied with Guangdong Hunter Valley below. Size aside, it carries GJB9001c-2017 and IATF16949 alongside ISO 9001, running defense-grade and automotive quality systems at a scale that suits lower-volume precision work. Its product list includes actuator bars, cylinder pins, hex spacers, levers, metal clamps, and terminal headers.
Best fit: Small precision fasteners and mechanical components at lower order volumes.
Guangdong Hunter Valley Precision Casting Technology Co., Ltd covers both architectural hardware and automotive hardware, two product lines that don't usually sit on the same factory floor, under one certified system: IATF16949, ISO 14001, and ISO 9001, across a 3,000-5,000 square meter Yunfu facility that also produces pipe valve castings.
Best fit: Architectural hardware and automotive hardware components.
Milwaukee Precision Casting has built its reputation on range rather than a single specialty since 1993: stainless steel, aluminum, carbon steel, brass, bronze, cobalt, and tool steel casting, spanning parts from a few grams to 50 pounds. That span, prototype through production, is why it's a common first call for North American engineering teams who don't yet know exactly which alloy their part needs.
Best fit: North American programs needing rapid prototype through production-volume castings across a broad alloy range.
Precision Castparts Corp. is one of the largest investment casting manufacturers in USA on this list, running since 1953, with dedicated PCC Structurals and PCC Airfoils divisions producing aircraft engine, airframe, and industrial gas turbine components. It holds AS9100 and ISO 9001 certification and casts titanium and nickel alloys that most foundries on this list don't touch at all. Its scale is the point: this is the name buyers already associate with large structural aerospace castings, not a niche specialist.
Best fit: Large structural aerospace castings, titanium and nickel superalloy components, industrial gas turbine parts.
Hitchiner Manufacturing Company has run its New Hampshire foundry since 1946 and became the first American metal casting company to reach ISO certification in 1993. It holds AS9100D and ISO 9001:2015, and its proprietary countergravity casting process is built specifically for high-volume, thin-wall automotive and aerospace parts. Its focus on complete-to-print, fully-finished subassemblies rather than raw castings alone sets it apart from foundries that stop at the shell room.
Best fit: High-volume thin-wall automotive and aerospace castings, fully-finished casting subassemblies.
MetalTek International runs its investment casting operation through its Wisconsin Investcast division, certified to ISO 9001:2015, AS9100D, Nadcap, and MIL-I-45208, a certification combination aimed squarely at aerospace and defense supply chains. Its parent company also operates centrifugal and sand casting divisions, so a program that outgrows investment casting's size limits can move to a different process without changing suppliers. That certification depth is what separates it from a generalist foundry claiming aerospace capability without the paperwork to back it up.
Best fit: Aerospace, defense, and power-generation castings requiring Nadcap or MIL-I-45208 documentation.
Impro Precision Industries Limited is the largest company on this list by a wide margin: a Hong Kong-headquartered, publicly listed manufacturer running 21 plants across China, Mexico, Turkey, Germany, and the Czech Republic since 1998. Its certification list covers ISO 9001, IATF16949 for automotive, AS9100 and NADCAP for aerospace, and ISO 13485 for medical devices, more overlapping industry-specific certifications than any other name here. Scale and certification breadth are the trade-off against the more specialized, single-industry foundries elsewhere on this list.
Best fit: Multi-industry programs spanning automotive, aerospace, and hydraulics that need one certified supplier across multiple countries.
Doncasters Group is a long-established, multi-site investment casting group built around aerospace and industrial applications, one that aerospace engineering teams in the UK and Europe tend to already know by name. It's a reference point European programs often compare newer foundries against.
Best fit: UK and European aerospace and industrial gas turbine components.
ZOLLERN GmbH & Co. KG supplies precision cast components for machinery, energy, and automotive applications across the EU, backed by same-language technical discussion and closer engineering collaboration for German manufacturers than any Chinese factory can realistically offer.
Best fit: German and EU machinery, energy, and automotive casting programs.
Rounding out the medical-adjacent names on this list alongside Zhao Qing OKA Seiki, CIREX is a Netherlands-based investment casting specialist positioned around industrial and medical sector work, giving European companies in that space a local option instead of defaulting straight to China.
Best fit: European industrial and medical-adjacent investment castings.
You choose an investment casting manufacturer by checking five things before paying for tooling: investment casting process fit, wax pattern die ownership, exact alloy capability, required certification fit, and post-casting process control.
A manufacturer’s place in a comparison table is only a shortlist signal. The investment casting supplier still has to prove it can make your part, cast your exact alloy grade, meet your industry certification requirements, and control the steps after casting.
|
Investment Casting Supplier Check |
What to Confirm |
Why It Matters |
|
Process fit |
Confirm the part needs investment casting rather than die casting, sand casting, machining, or forging. |
Committing tooling budget to the wrong process is the most expensive mistake to reverse. |
|
Pattern and tooling ownership |
Confirm wax pattern die cost, who owns it after payment, and what the sample revision terms are. |
This is the single most common point of dispute in custom investment casting sourcing. |
|
Material fit |
Confirm the exact alloy grade, not the family, plus any mechanical property test requirements. |
Two foundries can quote two different grades against the same vague drawing. |
|
Certification fit |
Match ISO 9001, IATF16949, ISO 13485, AS9100, ISO 14001, or ISO 45001 to what the part requires. |
A certificate that doesn't match your industry's requirement isn't protecting you from anything. |
|
What happens after casting |
Confirm whether machining, heat treatment, testing, and finishing happen in-house or get subcontracted out. |
A subcontracted finishing step is where accountability for a defect gets murky fastest. |
Investment casting earns its cost on thin walls, internal passages, and fine surface detail that would be expensive to machine from solid; a simple, thick-walled bracket usually doesn't need it. Ruling investment casting in or out, among the several metal casting methods available, should come before comparing any factory at all.
Ask whether the order volume can absorb a wax pattern die at all; investment casting tooling doesn't pay for itself below a certain volume threshold, and a foundry that quotes without asking about volume first is skipping a step it shouldn't skip. Most investment casting orders that go wrong didn't fail because the foundry lacked the skill. They failed because the RFQ never specified the alloy variant, tolerance class, or inspection method, so the foundry quoted its own default assumption instead of the actual requirement.
The wax pattern die is a real, physical asset, the same category of cost covered in more general terms in our guide to molds for metal casting, and it is often the single largest line item in a tooling quote outside the alloy itself. Ownership of that die decides who keeps the investment if the relationship with the foundry ends, which is exactly why it needs an owner on paper before the first payment, not after a dispute. Settle these before tooling starts:
Leaving pattern ownership undiscussed is one of the most avoidable risks in this entire process, and it costs nothing to settle upfront.
Investment casting manufacturers typically cast stainless steel, carbon and alloy steel, nickel-based superalloys, cobalt alloys, aluminium, and copper or bronze. Whether a foundry actually knows a specific alloy shows up in how precisely it can speak to that grade's behavior within its family, not in how quickly it agrees to quote it. “Stainless steel” alone isn't a specification; cast austenitic grades referenced against ASTM A351, nickel-based superalloys for high-temperature service, and cobalt alloys for wear resistance all behave differently coming out of the shell.
| Investment Casting Material |
Common Investment Casting Use Cases |
What to Confirm with the Foundry |
|
Stainless steel (300/400 series) |
Medical instruments, food processing, marine hardware |
Exact grade against ASTM A351, corrosion resistance, machinability |
|
Carbon and alloy steel |
Industrial machinery, agricultural equipment |
Heat treatment, hardness, weldability |
|
Nickel-based super alloys |
Aerospace, gas turbine, high-temperature components |
Alloy certification, mechanical property test bars |
|
Cobalt-based alloys |
Wear-resistant and high-temperature parts |
Hardness and wear performance under the actual service condition |
|
Aluminium alloy |
Lightweight housings, brackets |
Casting shrinkage tolerance, surface finish |
|
Copper and bronze alloys |
Electrical, marine, and decorative hardware |
Conductivity or corrosion requirements, as applicable |
Ask for heat and melt traceability specifically. A foundry should be able to trace a batch of castings back to the exact melt, identified by heat number, that produced them. Without that, a chemistry failure on one part tells you nothing about the risk in the rest of the batch.
A certification is only useful if it matches what the part is actually going into, and the three most common industry-specific standards signal different things. IATF16949 signals an automotive-grade quality system built around defect-rate control at volume, while ISO 13485 signals medical device discipline, including risk management and traceability that ISO 9001 does not require on its own.
AS9100 signals aerospace-specific documentation and process control, including the kind of first-article inspection paperwork a jet engine program expects as standard. None of the three is interchangeable with another, and a factory that lists one does not automatically meet the bar for a different one.
Across investment-casting-capable factories in Haizol's supplier dataset, 92.9% hold ISO 9001, but that share drops fast the more specific the requirement gets: 39.3% hold IATF16949, 19.6% hold ISO 14001, 10.7% hold ISO 45001, and GJB9001c-2017, ISO 13485, VDA 6.1, and ASME each show up on fewer than 4% of profiles.
That spread is the actual argument for filtering by certification before price: many factories can honestly claim to be certified without holding anything beyond the general standard, which says nothing about fit for aerospace, medical, or automotive work specifically.
Very few investment castings ship as-cast, and the steps that happen after the part leaves the shell are where dimensional accuracy and defect risk actually get resolved or ignored. What a foundry keeps in-house versus what it sends to another shop decides how much of that risk is actually being tracked. Confirm what the foundry actually does in-house versus what gets sent out:
A formal first-article inspection report, built to a standard like AS9102 from the International Aerospace Quality Group, is what catches a dimensional or process problem on one part instead of after a full run has already shipped. If any of the steps above are subcontracted, confirm who owns the defect if the casting itself passes but the outsourced step fails.
That answer should exist before you place the order, not after something goes wrong.
Haizol's 2026 supplier database shows verified investment-casting-capable factories spread across seven Chinese provinces, with Guangdong, Zhejiang, and Jiangsu alone accounting for 80.4% of that total.
|
China Province |
Share of Investment Casting Manufacturers |
|
Guangdong |
30.4% |
|
Zhejiang |
26.8% |
|
Jiangsu |
23.2% |
|
Shanghai |
7.1% |
|
Shandong |
5.4% |
|
Hebei |
3.6% |
|
Liaoning |
3.6% |
This is based on Haizol’s reviewed supplier profiles, not a full census of every investment casting foundry in China, so use it as a practical sourcing benchmark.
In Haizol’s reviewed China supplier dataset, ISO 9001 is common among investment-casting-capable factories, with 92.9% of reviewed profiles listing ISO 9001 certification.
However, Haizol’s data also shows that industry-specific certifications are much less common among these China-based investment casting suppliers. IATF16949 appears on 39.3% of reviewed profiles, ISO 14001 on 19.6%, ISO 45001 on 10.7%, and specialist standards such as ISO 13485, ISO 3834, VDA 6.1, ASME, and GJB9001c-2017 each appear on fewer than 4%.
|
Certification |
Share of Investment Casting Manufacturers |
|
ISO 9001 |
92.9% |
|
IATF16949 |
39.3% |
|
ISO 14001 |
19.6% |
|
ISO 45001 |
10.7% |
|
GJB9001c-2017 |
3.6% |
|
ISO 9000 |
3.6% |
|
ISO 13485 |
3.6% |
|
ISO 3834 |
1.8% |
|
VDA 6.1 |
1.8% |
|
ASME |
1.8% |
This is based on Haizol’s reviewed supplier profiles, not a full census of every investment casting foundry in China, so use it as a practical sourcing benchmark.
China is usually best for investment casting once the drawing is stable and repeat volume matters. North America and Europe are better when the design is still changing, engineering access is critical, or aerospace, defense, and documentation requirements are non-negotiable.
|
Investment Casting Region |
Best Fit for Investment Casting Jobs |
What to Watch For |
|
North America |
Direct communication, factory visits, aerospace and defense documentation depth |
Higher unit cost, and a thinner comparison set if you only quote local shops |
|
Europe |
Close engineering collaboration, mature quality systems, comfort with IP protection |
Higher unit cost, limited capacity for very high-volume programs |
|
China / Asia |
Lower cost at repeat volume, a genuinely wide alloy and process range, real multi-quote comparison |
Needs a precise RFQ, clear pattern tooling terms, NDA discipline, and factory verification before commitment |
A Chinese investment casting manufacturer is usually the best fit when the drawing, alloy, tolerance, and order volume are already defined. China’s advantage comes from factory density and multi-quote comparison, which lets buyers compare several verified foundries against the same RFQ package. Flexport's Ocean Timeliness Indicator, updated weekly, currently tracks ocean transit alone at roughly five weeks from China to the U.S. West Coast and close to eight weeks to North Europe, before any production time or inland delivery is added on top, which matters a lot if demand is urgent or unpredictable and barely matters if it isn't.
A North American or European foundry is usually the better fit while the part design is still changing, because faster engineering feedback, easier visits, and direct sample review can matter more than unit cost during development. If you're looking for regions outside China, you can check out our list of the best metal casting platforms for online sourcing in 2026 , that covers the other options outside China.
The best investment casting manufacturer isn't a single company; it's whichever one matches your specific part. The right manufacturer carries the certification your industry requires, has run your alloy grade before, and can hold the tolerance without heavy machining afterward. Start from the part, not the company name, then check the shortlist above against those three things.
Investment casting tooling cost depends on how complex the wax pattern die needs to be. Key drivers include part size, alloy, tolerance requirements, and how many sample rounds are needed before the design is locked.
Before agreeing to any number, confirm whether die modification after the first samples is included, and confirm you own the die once it's paid for. That question usually matters more than the first unit price quoted.
Investment casting usually costs more per part than die casting or sand casting, but it earns that premium through tighter tolerances and finer surface detail than either alternative can hold without secondary machining. Die casting wins on cost at high volume for aluminum or zinc parts, and if that's the better fit, top die casting companies in China 2026 covers that shortlist separately. Sand casting wins on cost for larger, simpler geometries where tolerance isn't the priority.
Choose based on what the geometry and tolerance demand, then let cost settle the choice between whichever processes still qualify.
The choice between local and Chinese investment casting sourcing depends on what's driving the timeline. If aerospace or defense documentation depth, face-to-face engineering, or short logistics matter more than unit price, a local foundry earns its cost. If the drawing is finished, the alloy is confirmed, and real multi-factory quote comparison at volume is the priority, a verified Chinese manufacturer becomes the stronger option, provided certifications, alloy traceability, and pattern tooling ownership are confirmed before production starts.
The right investment casting manufacturer is the one that can prove certification fit, alloy experience, tooling clarity, and post-casting process control for your part.
Once the drawing, alloy grade, quantity, certification requirement, and inspection needs are clear, Haizol can route the RFQ to verified factories that list investment casting capability.
Compare suppliers through Haizol’s live investment casting manufacturer directory or submit a drawing through the investment casting foundry page. 90% of RFQs submitted this way come back with quotes from 8 or more verified factories within 24 hours.
Before paying for tooling, confirm the exact alloy grade, required certification, wax pattern die ownership, and who handles machining, heat treatment, testing, and finishing. Ready to compare verified investment casting manufacturers?