DPG Drill Point Grinder Chucks

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MOQ : 10 Units

DPG Drill Point Grinder Chucks Specification

Product Type
Drill Point Grinder Chuck

General Use
Holding and clamping workpieces for drill point grinding

Material
Hardened Steel

Type
Lathe Chuck / Grinder Chuck

Capacity
Varies; commonly 80 mm to 200 mm

Weight (kg)
Approx. 3 to 12 kg (depending on size)

Computerized
No

Automatic
No

PLC Control
No

No. Of Jaws
3

Power Source
Manual

Dimension (L*W*H)
Varies according to capacity

Feature
High gripping power, Precise centering, Durable construction

Color
Silver/Grey

Mounting Type
Threaded or Flanged Mount

Usage Environment
Industrial workstations, workshops

Surface Finish
Corrosion resistant, precision ground

Application
For drill sharpeners, grinders, and related machines

Jaw Movement
Self-centering

DPG Drill Point Grinder Chucks Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

DPG Drill Point Grinder Chucks About

Purchase the acclaimed DPG Drill Point Grinder Chucks for your industrial workstation and add stellar performance to your operations. These preeminent chucks, crafted from lustrous hardened steel, are available in threaded or flanged mount types and excel in providing high gripping power. With self-centering jaw movement, they deliver precise clamping for drill point grinding, ensuring superb accuracy every time. Offered in capacities from 80 mm to 200 mm and weights from 3 to 12 kg, their corrosion-resistant, precision-ground surface guarantees durability. Add to cart now for trusted, long-lasting utility.

Ideal for Industry: Superior Performance, Wide Application

DPG Drill Point Grinder Chucks are engineered for commercial use in industrial workshops and professional machining stations. Their robust, hardened steel design-paired with precise self-centering and high gripping power-makes them invaluable for drill sharpeners, grinders, and related machines. Commercial users benefit from their stellar reliability and adaptability, efficiently managing diverse clamping needs on various metalworking applications, from maintenance shops to heavy production environments.

Seamless Supply and Swift Delivery-Experience Reliability

Our supply chain ensures DPG Drill Point Grinder Chucks are readily available for immediate dispatch. Rely on established transport services for prompt delivery, whether you need a single sample or bulk orders. Samples are provided upon request, enabling evaluation before purchase. Payment terms are structured to provide flexibility and ease. Rest assured, each order is packaged securely and delivered safely to your site, ensuring convenience and peace of mind throughout the procurement process.

FAQ's of DPG Drill Point Grinder Chucks:

Q: How do I select the appropriate size of DPG Drill Point Grinder Chuck for my application?

A: Consider the workpiece diameter and the chuck capacity range (80 mm to 200 mm). Choose a chuck size that accommodates your machine and specific project requirements for optimal performance.

Q: What mounting options are available and which is best for my machine?

A: DPG Drill Point Grinder Chucks come with either threaded or flanged mounting types. Check your machine's spindle compatibility to select the mounting type that ensures secure attachment and functionality.

Q: When should these chucks be used over standard lathe chucks?

A: Use DPG Drill Point Grinder Chucks when precise drill point grinding and self-centering are essential, such as in sharpening and reconditioning applications in industrial environments.

Q: Where are these chucks commonly utilized?

A: They are predominantly used in industrial workshops, tool rooms, and fabrication centers for drill sharpeners, grinders, and related maintenance machines.

Q: What is the benefit of corrosion-resistant, precision-ground surfaces?

A: The corrosion-resistant, precision-ground surfaces enhance chuck durability, provide exceptional clamping accuracy, and reduce maintenance needs, leading to longer service life and reliability in demanding environments.

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