Casting & Forging
Precision forging and casting solutions for OEMs and industrial manufacturing applications.
Strength in Shape. Performance in Process.
Casting and Forging are foundational manufacturing processes used to create strong, durable, and complex metal parts — each suited for different needs. 1) Casting involves pouring molten metal into a mold to form intricate shapes, ideal for complex geometries, large parts, and cost-effective bulk production. 2)Forging uses compressive force to shape metal, resulting in parts with superior strength, grain alignment, and exceptional fatigue resistance — perfect for critical structural applications.
At Syntrof Tech, we offer both processes under one roof to help customers:
- 1) Choose the right method based on design, material, and performance needs
- 2) Access a variety of casting techniques — sand, die, investment, and gravity casting
- 3) Utilize open-die and closed-die forging for precision and strength
- 4) Produce parts for automotive, aerospace, heavy machinery, oil & gas, and more
From small components to heavy industrial parts, Casting and Forging provide the reliability, repeatability, and material performance needed to meet demanding applications. Built to last. Engineered to perform.
Solutions
We are providing below solutions in Casting & Forging
When it comes to manufacturing and product development, you need a partner you can trust for speed, precision, and reliability. At Syntrof, we combine cutting-edge technology with expert craftsmanship to deliver unmatched results.
Sand Casting
Flexible. Cost-Effective. Ideal for Large or Complex Parts.
Sand Casting uses sand molds to form metal components, making it ideal for producing large, heavy, and geometrically complex parts with low to moderate volume needs. It supports a wide range of ferrous and non-ferrous metals.
- 1) Engine blocks, housings, pump bodies, heavy machinery parts
- 2) Prototyping and small batch runs
- 3) Iron, steel, aluminum, bronze, and brass
- 4) Cost-effective for large components with intricate internal features
Note: Sand casting offers design flexibility, economical tooling, and suitability for both functional and structural parts.
Die Casting
High-Speed. High-Volume. High Precision.
Die Casting involves injecting molten metal into steel molds (dies) under high pressure. It's ideal for mass production of high-precision parts with excellent surface finish and dimensional stability.
- 1) Consumer electronics, automotive housings, enclosures, gears
- 2) Zinc, aluminum, and magnesium alloys
- 3) Thin-walled parts with complex geometries
- 4) Applications needing tight tolerances and good surface finish
Note: Die casting enables rapid cycle times, minimal machining, and tight repeatability — perfect for high-volume production.
Aluminium Casting
Lightweight Strength. Corrosion Resistance. Versatile Applications.
Aluminium Casting refers to using aluminum alloys in various casting processes (sand, die, or investment) to produce lightweight yet durable components. It's especially valued for automotive, aerospace, and consumer applications.
- 1) Engine parts, structural components, electronic housings, brackets
- 2) Excellent strength-to-weight ratio
- 3) Complex geometries with corrosion resistance
- 4) Thermal and electrical conductivity applications
Note: Aluminium casting combines material efficiency, dimensional accuracy, and functional strength in high-performance parts.
Investment Casting
Precision Detail. Excellent Surface Finish. Complex Geometry.
Investment Casting (Lost-Wax Casting) involves creating ceramic molds around wax patterns, enabling the production of high-precision, intricate parts with excellent surface finish and tight tolerances.
- 1) Aerospace blades, medical tools, impellers, defense components
- 2) Complex internal geometries and fine details
- 3) Stainless steel, titanium, aluminum, and specialty alloys
- 4) Low to medium batch sizes where accuracy matters
Note: This process is ideal for tight-tolerance, net-shape parts where post-processing is minimal.
Open Die Forging
Strength. Simplicity. Scalability.
Open Die Forging shapes metal by repeated pressing between flat or simple contoured dies, without enclosing the workpiece entirely. It produces strong, large-scale parts with excellent grain structure.
- 1) Shafts, rings, bars, blocks, and custom forgings
- 2) Low to medium complexity, large-size components
- 3) High-strength materials like carbon steel, alloy steel, stainless steel
- 4) Applications requiring superior mechanical properties
Note: Open die forging is ideal for heavy-duty, structural applications demanding durability and toughness.
Closed Die Forging
High Precision. High Strength. High Repeatability.
Closed Die Forging (Impression Die Forging) uses shaped dies to fully enclose the material, allowing production of near-net-shape parts with precise geometry and minimal material waste.
- 1) Automotive components, aerospace parts, tools, and hardware
- 2) Medium to high volumes with consistent quality
- 3) High-strength materials for structural or safety-critical parts
- 4) Tight tolerance, high-performance components
Note: This method yields excellent mechanical properties, fine surface finish, and repeatability, making it suitable for mass manufacturing of critical components.
Why choose Syntrof Tech
Choosing the Right Manufacturing Partner Matters Here’s Why Syntrof Tech Stands Out Every Time
When it comes to manufacturing and product development, you need a partner you can trust for speed, precision, and reliability. At Syntrof Tech, we combine cutting-edge technology with expert craftsmanship to deliver unmatched results. Whether you're creating prototypes, scaling production, or launching a new product, our team is committed to helping you succeed — every step of the way choose Syntrof tech and experience the difference that quality, experience, and innovation bring to your business.
Highest Quality
100+ Organized Manufacturing Vendors
Cutting-Edge Technology
Transparent Workflow Coordination
Fast Turnaround Time
Cost-Effective Solutions
Our Capabilities
Explore Our Complete Range of Manufacturing and Product Development Capabilities
At Syntrof Tech, we offer a wide range of manufacturing and product development services to meet the growing demands of businesses across the globe. From rapid prototyping to large-scale production, our solutions are designed for speed, precision, and cost-efficiency. Explore our core services below and find the perfect solution for your next project.
Additive Manufacturing
Rapid prototyping and production-grade 3D printing using high-performance materials. Perfect for quick product development and testing.
CNC Machining
High-precision CNC milling, turning, and drilling services for metal and plastic parts with tight tolerances and fast delivery.
Sheet Metal Fabrication
Custom sheet metal components for automotive, construction, and industrial use. High strength, clean finishes, and flexible designs.
Casting & Forging
Precision forging and casting solutions for OEMs and industrial manufacturing applications.
Injection Molding
From prototype molds to full-scale production runs. Efficient molding processes for plastic parts with consistent quality.
New Product Development
Complete design to manufacturing services. Transform your idea into a market-ready product with expert support at every stage.
For all the reasons which brought you here
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frequently asks questions
Real Stories From Satisfied Customers Who Trust Our Manufacturing Expertise in India
At Syntroftech, client satisfaction is not just a goal – it’s our commitment. Here’s what business owners, engineers, and product developers from across India have to say about partnering with us. From startups to large enterprises, their words inspire us to push boundaries every day!
What industries does Syntrof Tech serve?
We serve Automotive, Industrial, Electronics, Construction, Education, Electric Vehicles, Agriculture, Solar, Architecture, and Healthcare sectors across India.
Can you handle bulk manufacturing orders?
Yes, we specialize in both small batch and bulk production with high quality standards.
How fast can you deliver 3D printed prototypes?
Depending on the design complexity, we usually deliver prototypes within 3 to 7 working days.
Which materials are available for CNC machining?
We offer metals like aluminum, steel, copper, and plastics like ABS, POM, and others.
Is product design assistance available?
Yes, our design team can assist you from concept development to prototyping.
Can you create custom sheet metal parts for industrial machinery?
Absolutely! We specialize in custom sheet metal fabrication for various industries.
What is the typical lead time for injection molding projects?
Injection molding projects usually take 2 to 6 weeks depending on tooling and order size.
How do you ensure the quality of manufactured parts?
We follow strict quality control protocols, including material testing and final inspection before dispatch.
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