Sipx Casting Foundry is a premier investment casting manufacturer in China. Equipped with world – class facilities and staffed by a team of seasoned experts, we are your ideal partner for any casting endeavor.
 
Our specialty lies in crafting high – precision components across diverse sectors, from high – precision machinery to automotive, aerospace, and beyond. Thanks to our advanced investment casting process, we deliver parts of outstanding accuracy, precisely matching each client’s unique specifications.
 
Quality, timeliness, and budget – consciousness are our cornerstones. Every casting we produce undergoes rigorous quality checks at every stage of production. We are committed to delivering your castings on – time and within budget, without compromising on the exceptional quality that sets us apart.
 
Our goal is to exceed your expectations at every turn. When you choose Sipx Casting Foundry, you are partnering with a company dedicated to excellence in every aspect of the casting process. Contact us today to discover how Sipx Casting Foundry can bring your casting projects to life with precision and excellence.
investment casting automotive parts

Investment casting automotive parts

investment casting valve parts

Investment casting valve parts

investment casting handle

Investment casting handle casting

medical equipment investment casting

Medical investment casting

Investment casting pipe parts

Investment casting pipe parts

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What is investment casting?

Investment Casting
Investment casting, or lost-wax casting, is an age-old manufacturing technique where molten metal is poured into a ceramic mold to produce precision parts. The process starts with creating a disposable wax pattern matching the desired part’s shape, which is then coated in ceramic slurry to form a mold. Once the mold hardens, the wax is melted out, leaving a hollow cavity for metal pouring.
 
Despite being a one-to-one process (one pattern per part), it enables the production of components with complex geometries and fine details. While it may involve longer production cycles and higher costs compared to other casting methods, investment casting stands out for its exceptional flexibility and precision, making it ideal for intricate part manufacturing.
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Investment Casting Processes

Creating A investment casting Mold

Mold design ⇒

Unless investment casting is being used to produce a very small volume (as is common for artistic work or original jewelry), a mold or die from which to manufacture the wax patterns is needed.

2 Wax pattern creation

Wax pattern creation  ⇒

For every individual casting produced through investment casting, a new wax pattern is required, making the number of wax patterns needed equal to the total number of castings. Wax injection machine will do the job.

3 assemble wax pattern tree s 150x150 1

Assemble Wax Patterns Tree ⇒

Assemble the wax patterns to a gate or system. Multiple patterns are assembled to allow for large quantities to be produced at one time. This process will need workers do by hand and be very careful.

4 creating shell s 150x150 1

Shell building ⇓

creating a ceramic shell around the wax pattern to create a mold for the molten metal. The wax pattern is coated with a ceramic slurry, and repeated several times to create a thick, durable shell

5 wax removal s 150x150 1

Wax Removal  ⇒

Once the shell has hardened, turned upside down, placed in an special vacuum oven. They are heated to melt and remove the wax, leaving behind a cavity in the shape. The wax removed from the mold can be recycled after proper treatment.

Melt And investment casting

Casting and cooling  ⇒

The ceramic mold is preheated to around 1000 – 2000°F (550 – 1100°C) and filled with molten metal, liquid metal flows into the pouring cup, through the central gating system, and into each mold cavity on the tree. Then wait for cooling and solidify

7 casting removal s 150x150 1

Casting Shell Removal  ⇒

Once the casting solidifies, break the ceramic shell first with a Oscillating machine and then by hand, and use angle grinder to cut the individual investment castings from the sprue. Finally remove the excess metal from casting body by grinding.

investment casting Finishing and Subsequent processing

Finishing and Subsequent processing

Sandblasting, grinding, and machining is performed to finish the casting dimensionally. This process allows for high precision and quality in the final product, making it a popular choice in various industries.

Subsequent processing after casting

Customized Investment Casting Machining Service

Precision Investment Casting & Machining Services for Specialized Industries‌

For manufacturers in high-demand industries—including ‌Medical, Automotive, Aerospace, Elevator, Jewelry, and Optics‌—‌investment casting‌ often serves as the foundation for producing intricate metal components. Following the ‌investment casting process‌, precision machining techniques such as ‌CNC machining, drilling, milling, grinding, and turning‌ ensure tight tolerances and superior surface finishes.

As an ‌ISO 9001-certified‌ and ‌ITAR-registered‌ provider, we specialize in ‌high-precision investment casting and machining services‌ designed to meet and exceed the strictest industry standards. Our state-of-the-art equipment and deep expertise allow us to machine ‌investment cast parts‌ with exceptional accuracy, delivering:

✔ ‌Unmatched Quality‌ – Precision-engineered components with tight tolerances
✔ ‌Rapid Production‌ – Efficient workflows to meet tight deadlines
✔ ‌Cost-Effective Solutions‌ – Optimized processes to reduce waste and expense

Whether you require ‌prototype investment casting‌ or high-volume production, our services are fully customized to your exact specifications. Trust us for ‌precision investment casting and machining‌ that elevates performance and reliability.

Investment Casting Machining Quality & Certifications

 

  • IAF 16949 / ISO 9001:2015 certified
  • 99.9% on time delivery and Average 7 days turnaround machining time
  • wide range options of machining materials
  • Multiple options of machining technology: CNC Machining, Lathing, Drilling, Milling, Grinding and Welding etc.
  • Specialized in machining precision casting parts.
precision casting-machining service-1

Investment Casting CNC Machining Materials

Aluminum 2024, 5083, 6061, 6063, 7050, 7075, etc.
Copper Alloy brass 360, 101 copper, 110 copper, 932 bronze, zinc, etc.
Titanium Alloy grade 2, grade 5, etc.
Stainless Steel 303, 304, 410, 17-4, 2205 Duplex, 440C, 420, 316, 904L, etc.
Superalloy Kovar,Hastelloy，Inconel,monel,etc
Zinc Alloy 3#,6#,9# etc.,
Engineering Plastic POM (Delrin), ABS (Acrylonitrile Butadiene Styrene), HDPE, Nylon, PLA,
PC (Polycarbonate), PEEK (Polyether Ether Ketone), PMMA (Polymethyl Methacrylate or Acrylic),
PP (Polypropylene), PTFE (Polytetrafluoroethylene), etc.
Other Other CNC machining materials: Graphite, VeroClear

Our Investment Casting Machining Capabilities

  • CNC Lathing and Milling Machine
  • CNC Swiss Turn by Tsugami
  • High Speed Drilling-Tapping Machine
  • MAZAK 5 Axis Turning-Milling Machine
  • CNC Milling Turning Centers
  • Multi Spindle Cam Automatics
  • CNC Swiss Turning Machine 
  • DMU 5 Axis CNC Machine

Investment Casting Inspection Capabilities

Dimentional Tolerance of Investment Castings

Dimentional Torlerance of Castings

Investment Casting Dimensional Tolerance: Definition & Importance‌

‌Casting dimensional tolerance‌ defines allowable deviation limits for ‌investment casting‌ measurements during production. Critical factors like ‌precision casting processes‌, material behavior, and mold stability directly impact these tolerances. Maintaining compliance with ‌dimensional tolerance standards‌ balances quality control and ‌casting production costs‌ - tighter tolerances increase manufacturing precision but may raise expenses by 15-25%. Adhering to ‌scientific casting standards‌ ensures optimal supplier-buyer alignment across aerospace, automotive, and energy sectors.

‌Investment Casting Standards: GB/T 6414-1999 vs ISO 8062:1994‌

China's ‌GB/T 6414-1999‌ (aligned with ‌ISO 8062:1994‌) governs ‌investment casting dimensional control‌ through:
✅ Unified tolerance benchmarks for ‌sand casting‌ and ‌precision investment casting‌
✅ 16-tier ‌CT grades (CT1-CT16)‌ ranging from ±0.1mm (CT1) to ±38mm (CT16)
✅ Tolerance selection guidance for:

  • ‌High-volume production‌ (CT4-CT8 for automotive ‌investment castings‌)
  • ‌Low-volume batches‌ (CT9-CT12 for prototyping)

This dual-standard framework enables global compatibility for ‌casting process design‌ and quality inspection.

‌Key Specifications for Investment Casting Tolerance Control‌

The standard categorizes ‌casting dimensional accuracy‌ by method:

‌Casting Type‌ Typical CT Grade Tolerance Range*
‌Investment Casting‌ CT4-CT6 ±0.25mm-±0.8mm
Die Casting CT5-CT7 ±0.4mm-±1.2mm
Sand Casting CT8-CT11 ±1.6mm-±6.5mm

*For 100mm dimensions
‌Core coverage includes‌:

  1. ‌Basic dimensional tolerances‌ (linear/mismatch allowances)
  2. ‌Surface finish requirements‌ (Ra 3.2-12.5μm for ‌precision investment castings‌)
  3. ‌Machining allowances‌ adjustment protocols

‌Optimizing Tolerances for Investment Casting Production Scale‌

Strategic ‌tolerance grade selection‌ depends on batch size:

‌✅ Mass Production (10,000+ units)‌

  • Recommended: ‌CT4-CT6‌ (±0.25-0.8mm)
  • Achieves <0.5% scrap rate through automated ‌investment casting processes‌

‌✅ Small-Batch Production (50-500 units)‌

  • Recommended: ‌CT7-CT9‌ (±0.8-2.5mm)
  • Balances cost-efficiency with ±1.2% dimensional consistency

Tolerance classes for mass-produced rough castings (GB/T6414—1999) (ISO 8062:1994)

Casting Method Tolerance CT
Casting Material
Cast Steel Cast Iron Ductile Iron Malleable Cast Iron Copper Alloy Zinc Alloy Light Metal Alloy Nickel Based Alloy
 Handmade Sand Casting 11-14 11-14 11-14 11-14 10-13 10-13 9-12 11-14
Machine Moldeling Sand Casting 8-12 8-12 8-12 8-12 8-10 8-10 7-9 8-12
Metal Mold Casting or Low Pressure Casting 　 8-10 8-10 8-10 8-10 7-9 7-9 　
Die Casting 　 　 　 　 6-8 4-6 4-7 　
Investment Casting Water Glass 7-9 7-9 7-9 　 5-8 　 5-8 7-9
silica sol 4-6 4-6 4-6 　 4-6 　 4-6 4-6

Applications of Investment Casting

Investment casting is a versatile manufacturing process utilized across various industries, including aerospace, automotive, medical, and military fields. It excels in producing complex, intricate parts with high precision and accuracy. Common applications range from blades, engine components, and medical implants to jewelry and firearm parts.
The process allows for the use of a wide – ranging materials palette, from exotic alloys to high – performance materials. This makes it a popular choice for applications demanding durability, strength, and resistance to corrosion and wear.

Automotive:

Investment casting is widely used in the automotive industry for making complex – shaped and high – precision parts. Typical applications include engine parts like turbochargers and intake manifolds, transmission parts such as gearbox housings, braking system components like brake calipers, and suspension system parts such as cantilevers. It’s also used for other structural and exterior decorative parts.
This casting method ensures good surface quality and precision, reduces component weight, and allows for design optimization.
Automotive casting steering components

Medical Industry:

Investment casting plays a crucial role in the medical industry, particularly in the following areas:
  • Artificial joints and prostheses manufacturing.
  • Dental restorations and implants.
  • Medical devices and equipment components.
  • Medical device casings and external components.
Investment casting technology delivers high – precision, corrosion – and wear – resistant components with complex geometries. This makes it a reliable solution for manufacturing medical equipment and implants.
Medical scissors casting 02

Home furnishing industry:

Investment casting is increasingly applied in the home industry, particularly in manufacturing high – end home products. It’s used for furniture fittings like handles and tripods; faucet, lamp, and candlestick components such as lamp holders and brackets; and various home decorations and crafts like vases, sculptures, and clocks. These products require precision manufacturing and fine surface treatment, making investment casting an ideal choice.

Faucet component casting

A Good Investment Casting Manufacturer-Factors to Consider

Our Investment Casting Foundry

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When choosing an investment casting manufacturer, there are several factors to consider:

5 Key Factors When Choosing an Investment Casting Manufacturer‌

Selecting the right ‌investment casting supplier‌ is critical for project success. Here are the essential criteria to evaluate:

‌1. Product Quality Assurance‌

  • Verify the manufacturer’s ability to produce ‌precision investment castings‌ that meet your exact specifications
  • Look for certifications like ISO 9001, AS9100 (for ‌aerospace investment casting‌), or ISO 13485 (for ‌medical investment casting‌)
  • Request material test reports and sample castings‌

‌2. Industry-Specific Experience‌

  • Prioritize suppliers with proven expertise in your sector:
    • ‌Automotive investment casting‌ (engine components, turbochargers)
    • ‌Industrial investment casting‌ (valves, pumps)
    • ‌Defense investment casting‌ (armor components)
  • Ask for case studies of similar projects

‌3. Production Capacity & Lead Times‌

  • Evaluate:
    • ‌High-volume investment casting‌ capabilities
    • Secondary operations (machining, heat treatment)
    • Typical lead times for ‌prototype investment casting‌ vs. production runs
  • Ensure they can scale with your demand

‌4. Customer Support & Technical Collaboration‌

  • The best ‌investment casting companies‌ offer:
    • Dedicated engineering support
    • DFM (Design for Manufacturing) feedback
    • Real-time production updates
    • Post-delivery technical assistance

‌5. Cost Competitiveness Without Quality Compromise‌

  • Compare ‌investment casting prices‌ across 3-5 qualified vendors
  • Beware of suspiciously low bids – they often indicate:
    • Inferior materials
    • Lack of process controls
    • Hidden fees

‌Bonus: 3 Questions to Ask Potential Suppliers‌

  1. “What’s your scrap/rework rate for [your specific part]?”
  2. “Can you provide references from clients in our industry?”
  3. “How do you handle design modifications during production?”

What Clients Said

Hear from Honored Investment Casting Clients

At Sipx, where customer satisfaction is our major priority. Here is what some of our Investment casting customers have said about our products and services.

Chapter 1

Advantages of Investment Casting

Investment Casting: Precision Manufacturing for Complex Components‌

‌Investment casting‌ (also known as ‌precision casting‌ or ‌lost-wax casting‌) enables manufacturers to produce parts with ‌intricate geometries‌ and ‌tight tolerances‌ that are impossible to achieve with conventional casting methods. This versatile ‌metal casting process‌ offers unmatched advantages for demanding applications across multiple industries.

‌Why Choose Investment Casting?‌

  1. ‌Superior Design Flexibility‌

    • Create ‌complex investment castings‌ with thin walls (down to 0.5mm), internal channels, and detailed features
    • Eliminate secondary machining for many components

  2. ‌Exceptional Accuracy & Precision‌

    • Achieve ‌dimensional tolerances‌ of ±0.005 in/in (±0.127mm)
    • Maintain consistent quality for ‌high-volume investment casting‌ production

  3. ‌Premium Surface Finish‌

    • Obtain ‌smooth casting surfaces‌ (125-250 Ra µin) without additional polishing
    • Ideal for ‌aesthetic components‌ and fluid flow applications

‌4. Extensive Material Options‌

    • Compatible with ‌high-performance alloys‌ including:
      • Stainless steels (17-4PH, 316L)
      • Superalloys (Inconel 718, Hastelloy)
      • Titanium alloys (Grade 5, Ti6Al4V)

‌Key Industry Applications‌

  • ‌Aerospace investment casting‌: Turbine blades, fuel system components
  • ‌Automotive investment casting‌: Turbocharger housings, transmission parts
  • ‌Medical investment casting‌: Surgical instruments, orthopedic implants
  • ‌Industrial investment casting‌: Valve bodies, pump components

1.1-Design flexibility

Unmatched Design Freedom with Investment Casting‌

‌Investment casting‌ (also known as ‌precision casting‌ or ‌lost-wax casting‌) enables manufacturers to produce components with ‌complex geometries‌ and ‌intricate details‌ that are impossible to achieve through conventional casting methods. This advanced ‌metal casting process‌ gives engineers unprecedented design flexibility to create parts with ‌unique shapes‌ and ‌custom features‌ that meet exact specifications.

‌Virtually Unlimited Manufacturing Capabilities‌

The ‌investment casting process‌ imposes almost no restrictions on part structure, size, or complexity, making it suitable for an exceptionally ‌wide range of applications‌. This versatile manufacturing method can produce:

  • ‌High-precision castings‌ with wall thicknesses ranging from ‌0.5mm to several meters‌
  • Components measuring from ‌a few millimeters to several meters‌ in length
  • Parts weighing anywhere between ‌a few grams to hundreds of kilograms‌
  • ‌Complex alloy castings‌ in stainless steel, aluminum, titanium, and superalloys
invest casting parts to show Design flexibility
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Optimizing Investment Casting Process Design for Quality Results‌

Producing high-quality ‌investment castings‌ requires not only advanced ‌casting processes‌ and equipment but also a part structure inherently compatible with ‌precision casting‌ requirements. To ensure ‌casting quality‌, simplify production workflows, and align designs with ‌investment casting capabilities‌, the part must demonstrate ‌structural casting process adaptability‌. This critical performance characteristic—where design meets ‌casting process optimization‌—is termed the ‌casting process of the part structure‌.

‌Key Steps in Investment Casting Part Design‌

A qualified ‌investment casting design‌ involves three critical phases:

  1. ‌Functional Design‌
    Prioritize part performance and application requirements.
  2. ‌Casting-Oriented Design Refinement‌
    Simplify geometries using ‌investment casting expertise‌ to minimize:
    • Undercuts requiring complex cores
    • Non-uniform wall thickness
    • Sharp transitions causing stress concentrations
  3. ‌Metallurgical Design Optimization‌
    • Select ‌casting alloys‌ (stainless steel, aluminum, superalloys) based on:
      • Melting characteristics
      • Mold material compatibility
    • Balance technical requirements with ‌cost-effective casting solutions‌

‌Structural Review for Casting Process Compliance‌

When analyzing part structures for ‌investment casting production‌:

  • ‌Primary Foc
  • us‌: Ensure design preserves ‌casting quality‌ and functionality. Avoid oversimplifying structures at the expense of performance.
  • ‌Collaborative Problem-Solving‌: If structural flaws are identified during design reviews, work with the ‌investment casting manufacturer‌, design team, and end-users to implement revisions that maintain part integrity.

‌Two-Part Casting Process Evaluation‌

  1. ‌Str
    uctural Casting Suitability    ‌
    Verify compliance with ‌investment casting process requirements‌ (draft angles, section thickness, feature accessibility).
  2. ‌Defect Prevention Strategy‌
    Anticipate common ‌casting defects‌ (shrinkage porosity, inclusions) and implement design safeguards such as:
    • Gradual thickness transitions
    • Strategic riser placements
    • Controlled solidification patterns

‌Developing an Effective Investment Casting Plan‌

Formulate ‌casting process plans‌ by:

Alloy-steel-casting-3

  • Assessing production capabilities (equipment, workforce expertise)
  • Evaluating order quantities (prototype vs. mass production)
  • Comparing multiple ‌casting process optimization‌ scenarios
  • Aligning with practical ‌foundry capabilities‌ and technical feasibility

‌Factors Influencing Investment Casting Structure Design‌

The rationality of ‌investment casting structures‌ depends on:

  • ‌Material Properties‌: Behavior of selected ‌casting alloys‌ during solidification
  • ‌Quality Standards‌: Dimensional tolerances and surface finish requirements
  • ‌Production Parameters‌:
    • ‌Casting process method‌ (silica sol vs. ethyl silicate)
    • Batch size and lead time constraints
    • Automation level of ‌precision casting facilities‌

1.2-High accuracy and precision

tight tolerance investment casting parts

Superior Precision with Investment Casting Technology‌

‌Investment casting‌ (also known as ‌precision casting‌ or ‌lost-wax casting‌) delivers ‌exceptional dimensional accuracy‌, typically achieving tolerances of ‌±0.005 in/in‌ (±0.127mm). This level of ‌precision casting‌ ensures final components meet stringent specifications, making it indispensable for mission-critical industries like ‌aerospace investment casting‌ (turbine blades, engine components) and ‌medical investment casting‌ (surgical tools, implantable devices). The process consistently outperforms sand casting and die casting in maintaining ‌tight tolerances‌ while reducing post-processing costs.

 

‌Why Investment Casting Outperforms Other Methods‌

Comparative studies show ‌investment casting‌ achieves ‌industry-leading dimensional control‌, surpassing alternative casting processes in three key areas:

  1. ‌Near-Net-Shape Results‌: Over 90% of ‌investment cast parts‌ require no machining—only light blasting or finishing—saving time and material costs.
  2. ‌Complex Geometry Retention‌: Maintains intricate features (thin walls down to ‌0.5mm‌, micro-channels) that would deform in other methods.
  3. ‌Material Versatility‌: Compatible with high-temperature alloys (Inconel, Titanium) unsuitable for conventional casting.

1.3-Smooth Surface Finish

The investment casting process results in a smooth surface finish that requires little to no additional finishing or polishing. This is ideal for parts that require a high-quality surface finish, such as those used in medical implants or jewelry, Household items, such as cabinet door handles, pot handle casting, casting faucets, robot accessories, etc. If you are looking for a casting method with good rough surface performance. Investment casting is the right choice. 

Of course, there are many facts that affect the roughness of investment castings. Let’s take a look at some of the factors that lead to rough casting surfaces and the corresponding improvement measures in detail below.

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investment casting parts to show good surface

  • Key Factors Affecting Surface Roughness in Investment Casting‌

    When producing ‌precision investment castings‌, surface finish quality is critical for meeting tight tolerances and functional requirements. Several process variables can lead to ‌rough casting surfaces‌—here are the most common causes and proven ‌investment casting surface improvement‌ methods:

    ‌1. Low Viscosity in Surface Slurry‌

    ‌Problem:‌ Insufficient slurry viscosity creates poor coating adhesion, resulting in ‌rough investment castings‌.
    ‌Solution:‌ Increase viscosity by adjusting the binder-to-refractory ratio and maintaining optimal slurry temperature (30-45 sec Ford Cup #4).

    ‌2. Delayed Sand Stuccoing Process‌

    ‌Problem:‌ Prolonged wait times before stuccoing allow slurry to partially gel, degrading ‌investment casting surface finish‌.
    ‌Solution:‌

    • Train operators to apply stucco within ‌30-60 seconds‌ after dipping
    • Implement process audits to ensure timely sand application

    ‌3. Coarse Surface Sand Grit‌

    ‌Problem:‌ Large sand particles (>80-mesh) create texture transfer to castings.
    ‌Optimization:‌

    • Use ‌100-120 mesh sand‌ for surface layers
    • Balance fineness: Too coarse → Roughness; Too fine → Permeability issues

    ‌4. Excessive Sand Drop Height‌

    ‌Problem:‌ High stuccoing distance embeds sand into slurry, worsening ‌casting surface roughness‌.
    ‌Fix:‌ Reduce drop height to ‌<30 cm‌ and use fluidized bed sanders for even distribution.

    ‌5. Air Bubbles in Slurry‌

    ‌Problem:‌ Entrapped air causes pinholes in shells, leading to ‌defective investment castings‌.
    ‌Correction:‌

    • Add defoamers (‌0.1-0.3% by weight‌)
    • Use vacuum degassing or low-shear mixing

    ‌6. Incomplete Refractory Wetting‌

    ‌Problem:‌ Poor slurry homogeneity creates inconsistent ‌investment casting surfaces‌.
    ‌Best Practice:‌

    • High-shear mix for ‌20+ minutes‌
    • Age slurry ‌24-48 hours‌ for full hydration

    ‌Why Surface Finish Matters in Investment Casting‌

    Achieving smooth ‌investment casting surfaces‌ is essential for:
    ✓ ‌Dimensional accuracy‌ in precision components
    ✓ ‌Reduced post-machining costs‌
    ✓ ‌Improved fatigue resistance‌ in critical applications

    For industries like ‌aerospace investment casting‌ and ‌medical device investment casting‌, these optimizations ensure compliance with ‌ISO 9001/AS9100‌ standards.

1.4-Wide Range of Material Options

Wide range of material options of investment casting

Investment casting can use a wide range of materials, including high-performance alloys, stainless steel, and titanium. This provides designers with the flexibility to choose the best material for their specific application, ensuring the final product meets the required performance and durability standards.

The diversification of investment casting materials has made it widely used in multiple popular industries, including automotive, aerospace, electric, petrochemical, agriculture, medical equipment, shipbuilding, and construction industry, etc

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FAQs on Investment Casting Service

Investment casting is a manufacturing process that involves creating a mold, pouring molten metal into the mold, and then removing mold to reveal the finished part. It is different from other casting methods in that it allows for the production of highly complex and intricate parts high precision and accuracy.

A wide range materials can be used in investment casting, including stainless steel, aluminum, copper, brass, and various alloys.-performance materials such as titanium and Inconel can also be used.

Investment casting is used in various industries including aerospace, automotive, medical, military, and jewelry.

When choosing an investment casting manufacturer, it is important to consider factors such as quality of products, experience and expertise, production capacity, customer service and support, price competitiveness.

To get a quote from an investment casting manufacturer, you typically need to provide them with the part design, material requirements and expected production volume.

The typical lead time for investment casting varies depending on the part complexity and production volume, but can range from a weeks to several months.

To ensure the quality of investment cast parts, is important to work with a reputable manufacturer that uses quality control processes and has a track record of producing high-quality.

Common defects in investment casting include porosity, shrinkage, cracks, and surface irregularities.

Investment casting is generally a more expensive manufacturing method compared to casting methods, but it offers benefits such as the ability to produce complex parts with precision and accuracy.

The minimum order quantity for investment casting varies depending on manufacturer and part complexity.

Investment casting manufacturers typically offer post-casting services such as machining, surface finishing, and assembly.

The typical tooling cost for investment casting depends on the part complexity and production volume, but can range from a few thousand to tens of thousands of dollars.

The maximum wall thickness for investment casting depends on the material and part geometry but is typically around 1 inch.

The typical lead time for investment casting varies depending on the part complexity and production volume, but can range from a weeks to several months. The maximum weight limit for investment also depends on the material and part geometry, but can range from a few ounces to several hundred pounds.

Investment casting can be used produce parts with internal cavities using ceramic cores.

The typical surface finish for investment cast parts is around -250 RMS (root mean square) but can be improved additional surface finishing processes.

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    At SipxMach, our goal is to help our customers lower production costs and increase production rates and quality. Interested to see what SipxMach can do for you and your team? Contact us to schedule a tour of our state-of-the-art facility

    • Contact:  Rubio
    • Email:             [email protected]
    • Microsoft Teams:            Rubioli8677 (Sales manager)
    • Office Add:  No.551, Baosheng Avenue, Huixing Street, Yubei District, Chongqing, China
    • Foundry Add:  No. 4 Jindi Avenue, Dongcheng Street, Tongliang District, Chongqing
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