lathe bed induction hardening coil for guideway surfaces
Coil designed to harden lathe bed guideways and bearing surfaces, improving wear resistance while preserving flatness and alignment. Heating profile is controlled to limit thermal distortion.
Technical & Engineering Specifications
Power Rating: Matched to part size and required penetration
Frequency Range: Tuned for surface treatment and minimal depth
Heating Control: Uniform field for planar surfaces
Cooling: Controlled quench/air options
Construction: Copper winding with form-fit profile
System Integration, OEM & Manufacturing Terms
Supply Format: OEM machine supply, retrofit integration, or custom turnkey fabrication
Lead Time: Engineered-to-order based on project scope and automation requirements
Engineering: Custom coil design, CNC precision fabrication, PLC programming
Installation: On-site commissioning and process optimization available
Product Description
Industrial Applications & Process Integration
Used to harden sliding surfaces on machine tool beds and guideways where wear resistance is required without compromising alignment. Coil and fixturing ensure consistent treatment across the bed length.
Export & Trade Information
Country of Origin: India
Port of Loading: Major local ports (e.g., Mundra / Nhava Sheva)
Export Markets: India, China, Nepal, United States, United Kingdom, United Arab Emirates
Documents Provided: GA Drawings, Material Test Certificates (MTC), Metallurgical Reports, COO
Request Project Quotation
Provide bed length, target surface hardness and expected production flow for a tailored proposal and schedule.
Semantic Internal Linking & Categories
Related Products:
Custom Induction Heating Coils
Metallurgical Hardness Testing Services
Explore Category:
Induction Heating Systems Supplier
Frequently Asked Questions
What is the standard cycle time and heating depth for this product? Cycle and penetration depend on bed material and thickness; we configure profiles to meet wear resistance targets while preserving geometry.
Can this be customized for specific workpiece geometries and PLC integration? Yes; coil shape and process controls are tailored to the machine bed geometry.
What factors determine the manufacturing lead time and engineering costs? Bed length, fixture complexity and integration scope affect lead time and cost.
Do you provide metallurgical testing and compliance certification for this product? Metallurgical reports and hardness validation are available with engineered deliveries.
Description provided by tech sukratu.
Specifications
Product Name
Lathe Bed Induction Hardening Coil
Brand
TECH SUKRATU
Product Category
Induction Coils
Application
Localized hardening of lathe bed guideways and wear surfaces
Compatible Workpieces
Lathe beds, guideways, linear wear surfaces on machine tools
Material
Copper conductor
Cooling Type
Water-cooled
Customization
Application-specific fit, subject to requirement confirmation
Process Role
Induction hardening / localized heat treatment
Usage Environment
Industrial production, heat treatment lines, repair and replacement work
Machine Compatibility
To be matched with machine frequency and system setup
Wholesale, distribution, and international sourcing
Brand
tech sukratu
Product type
Product
Logistics & handling
Lead time
On request
Packaging
As per buyer requirement
Storage condition
As recommended by supplier
Origin
India
Form
As listed by supplier
Commercials (this seller)
Minimum order
1 unit
Lead time
On request
Payment terms
As per negotiated commercial agreement.
Checkout type
enquiry
Buyer questions
Frequently asked by buyers
Common questions B2B buyers ask before sourcing Lathe Bed Induction Hardening Coil – Custom Copper Heat Treatment Coil | Tech Sukratu. Answers compiled from verified sellers' commercial terms and platform data.
Q: What is this Lathe Bed Induction Hardening Coil specifically used for?
A: It is used for localized hardening of lathe bed guideways and wear surfaces to create a hardened wear path and improve service life.
Q: Can this coil be matched to different lathe bed geometries?
A: Yes, it is designed around the target part geometry, but the final build should be confirmed against the workpiece drawing and application requirement.
Q: What should be checked before placing an order for this coil?
A: Buyers should confirm the workpiece profile, heating zone, machine frequency, connection style, and cooling arrangement before order release.
Q: Is this coil suitable for replacement and refurbishment work?
A: Yes, it is suitable for industrial heat treatment lines, replacement projects, and machine tool refurbishment applications.
Q: What material is used in this induction hardening coil?
A: The product is noted as a copper conductor coil, but exact material details should be confirmed before ordering.
Q: Does the product support repeatable hardening results?
A: Yes, it is described as supporting repeatable heating and case pattern control for application-specific hardening work.
Q: Which machine tool surfaces does this coil cover?
A: It is intended for lathe beds, guideways, and other linear wear surfaces on machine tools where the application fit is confirmed.
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