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TIDC Fine Blanking takes pride in serving its customers with superior quality products at competitive prices. It manufactures Fine blanked components for 2 Wheelers and 4 Wheelers and other industrial segments for varied applications.
TIDC applies a collaborative approach with customers in developing new products that provide value to customers. For this, TIDC relies on extensive in-house R&D and advanced design software. It has plants at Chennai, Hyderabad and Uttaranchal.
Stats & Charts
Modern industrial engineers typically use predetermined motion time system, computer simulation, along with extensive mathematical tools for modeling, such as mathematical optimization and queueing theory, and computational methods for system analysis, evaluation, and optimization.
Significant features of fine blanking
Three separate forces are at work in the process (Shearing, Counter, Vee Ring) Close Die and Punch Clearance of 1% of material thickness.
These factors combine to produce a cutting/forming action even on high strength steels.
Fine blanking produce close tolerance parts from materials of higher thickness. Cut edge are 100% free of tear and in most cases, parts are suitable for mechanical function without the need for subsequent machining. This technology enables productions of “Near net shape” and even ready to assemble sheet metal parts.
Fine blanking as a process is technology intensive and requires tooling that is precise and accurate. At TIDC, we have the required infrastructure that enables us to produce parts of thickness between 2mm and 16mm with close tolerance.
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- Transmission Parts for Scooter and Motorcycle
- Clutch & Clutch Assembly Parts
- ABS Applications parts
- Transmission & Engine parts Braking & Clutch System parts
- Seat & Door parts
- Seat Mechanism parts
- Electrical
- Textile
- Transmission
The Material Edge
Ability to source Steel from within Ti and our association with renowned fine blanking steel mills & suppliers from overseas.
Special Spherodization anneling process of Raw Material enables manufacturing of a perfect fine blanking part
Infrastructure
- Tooling set up
- Latest generation of CNC wire EDMS
- Spark Erosion Machine
- Stress Relieving Furnace for tool parts
- Metrology and Metallurgical Lab
- Coordinate Measuring
- Linear Height Master
- Micro Hardness Tester
- Machine Profile Projector
- Contour Tracer
- Spectrophotometer
- Carbon Determinator
- Plastic Injection Moulding
- In-House Injection Moulding
Moulding is a critical process and inducting this new technology by creating in house moulding facility has enhanced Ti’s capability to meet global quality & delivery expectation. We have a fully automated injection moulding machine in-house with robotics for insert pick and place automation
Core Capabilities
State-of-the-art Manufacturing Facilities
Precision, Quality, and Innovation
With an impressive ability to produce up to 2 million precision parts per month, we ensure timely and reliable deliveries to meet your demands.
TIDC boasts world-class presses with benchmarked facilities, coupled with the best hydraulic systems and de-coiler/straightener setup, our press tonnage ranges from 250T to 880T. This flexibility enables us to tailor our production systems to meet your unique requirements.
With decades of experience in heat treatment processes, we utilize continuous furnace and batch type furnaces for carburizing, carbonitriding, and Austempering. This enables us to produce parts with optimum case depth, resulting in superior performance and longer lifespan.
TIDC has acquired the skills and knowledge for value-added operations, including double disc grinding, rotary grinding, plasma arc welding, and induction hardening.
Molding is a critical process, and with our in-house molding facility, we've enhanced our capacity to meet global quality and delivery expectations. We have a fully automated injection molding machine in-house with robotics for insert pick and place automation.
Our tooling setup includes the latest generation of CNC Wire EDMs, Spark Erosion Machine, and a Stress Relieving Furnace for tool parts.