About Dead Center
We are actively engaged in offering our clients a premium quality Dead Center that is widely known for its accurate functioning and reliable performance. This tool is basically used in the metalworking in order to hold or support a workpiece in a lathe machine. You can also use the tool in other metal processing machines too. It is a versatile tool and compatible with other machines. Dead Center is stationary, unlike live centers that revolve with the workpiece.
Dead (Lathe) Center
HSN Code : 8466
Specification :
| M.T. No. | M.T 1 | M.T 2 | M.T 3 | M.T 4 | M.T 5 | M.T 6 |
| C.S. Male Point | 60-200/- | 60-200/- | 80-350/- | 100-550/- | 250-1500/- | 500-6300/- |
| Carbide Tipped | 190-650/- | 190-800/- | 220-990/- | 400-1380/- | 500-3300/- | 600-8100/- |
| Carbide Tripped (Half) | ___ | ___ | ___ | ___ | ___ | ___ |
| Female Point | ___ | ___ | ___ | ___ | ___ | ___
|
Precision Engineering for Superior PerformanceOur dead centers are meticulously engineered to deliver up to 0.002 mm accuracy, ensuring top-notch performance for all your lathe operations. The advanced hardness rating of 55-60 HRC, alongside precision grinding, guarantees both reliability and extended tool life even under the most demanding machining conditions.
Versatile Size Range for Every RequirementAvailable in MT1 to MT6 sizes, our dead centers fit an extensive range of mechanical setups. The cone pointed design enables efficient and reliable centering, making them suitable for a broad array of lathe applications, from light workshop tasks to heavy-duty industrial use.
Quality Manufacturing and Global SourcingManufactured from premium-grade steel in India, our dead centers undergo rigorous quality checks and a precision grinding process for a flawless surface finish. As a dedicated exporter, supplier, and trader, we deliver consistency and quality to our clients worldwide.
FAQ's of Dead Center:
Q: How is the dead center used in machining operations?
A: The dead center is installed in the lathe's tailstock to support the workpiece's end, helping maintain precise alignment and stability during turning or grinding. Its cone-pointed shape and hardened steel construction ensure minimal wear and optimal accuracy throughout machining.
Q: What benefits does a 55-60 HRC hardness provide for this dead center?
A: A hardness rating of 55-60 HRC ensures the dead center resists deformation and wear, significantly extending its service life. This makes it ideal for repetitive and high-precision machining tasks where durability is essential.
Q: When should I choose a dead center with up to 0.002 mm accuracy?
A: A dead center with up to 0.002 mm accuracy should be selected when precise machining tolerances are required, especially in industries like automotive, aerospace, or toolmaking where high accuracy is critical for quality and safety.
Q: Where are these dead centers manufactured and supplied from?
A: These dead centers are manufactured in India, where we operate as exporter, supplier, manufacturer, and trader. We cater to both domestic and international markets, ensuring timely delivery and consistent quality.
Q: What is the process used to achieve the ground surface finish?
A: Each dead center undergoes precision grinding after hardening to achieve a smooth, ground surface finish. This process enhances dimensional accuracy and reduces friction during operation, contributing to reliable performance and reduced workpiece damage.
Q: How does the cone pointed shape benefit dead center usage?
A: The cone pointed shape ensures optimal centering of the workpiece, which minimizes runout and vibration. This results in better machining quality and helps maintain the desired dimensions and surface finish on the workpiece.
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