High Precision CNC Centerless Grinder
video
High Precision CNC Centerless Grinder

High Precision CNC Centerless Grinder

High-precision CNC centerless grinders are used for external cylindrical grinding of rotating parts without center support, enabling control of diameter and cylindrical geometric errors.

  • Fast Delievery
  • Quality Assurance
  • 24/7 Customer Service
Product Introduction
 

Introduction

 

High-precision CNC centerless grinders are used for external cylindrical grinding of rotating parts without center support, enabling control of diameter and cylindrical geometric errors.

 

 

Specification

 

Product Name

High Precision CNC Centerless Grinder

Model

MX-L600

Plunge-feed

Grinding Diameter

10-250mm

Max. Grinding Length

590mm

Through-feed

Grinding Diameter

10-250mm

Grinding Wheel Specification

P600x600x305mm

Regulating Wheel Specification

P350x600x203mm

Grinding Wheel Speed

1100r/min

Regulating Wheel Speed (stepless)

10-200r/min

Regulating Wheel Frame Swivel Angle

Vertical

-2°- +5°

Horizontal

-1°- +3°

Grinding Wheel Min Feed Amount

0.001mm

Regulating Wheel Min Feed Amount

0.001mm

Grinding Wheel Dresser Min Feed Amount

0.001mm

Height From Centerline of Gri. Wheel & Reg. Wheel To Work Rest

260mm

Water Flow

200L/min

Total Power

Grinding Wheel Motor

45KW/ 55KW

Regulating Wheel Motor

5.5KW

Power Supply

3N 50Hz 380V

Machine Dimension (LxWxH)

4400x4300x1700mm

Machine Weight

About 12000Kg

Accuracy (Standard Bars)

Roundness

0.001mm

Cylindricity

0.0018mm

Roughness

Ra0.16μm

 

 

Features

 

Large Diameter Workpiece Machining: A grinding diameter range of 10–250 mm corresponds to a wide size range, allowing different specifications of shaft parts to be processed in the same system without changing machine models.

 

High-Power Material Removal: A 45–55 kW grinding wheel motor power corresponds to high contact load conditions, ensuring the drive conditions required for large diameter workpieces to complete material removal per unit time.

 

High-Flow Cooling: A 200 L/min cooling system flow rate is used to maintain continuous liquid coverage in the grinding zone, thereby reducing the impact of heat concentration on the dimension formation path.

 

 

Applications

 

Heavy-duty shaft parts machining: Used for machining the outer diameter of large-diameter drive shafts and transmission shafts.

 

Engineering machinery manufacturing: Used for machining hydraulic cylinder rods and structural shaft parts.

 

Energy equipment manufacturing: Used for machining shaft components in power generation and transmission systems.

 

Metallurgical equipment manufacturing: Used for machining shaft parts in rolling mills and transmission systems.

 

 

FAQ

 

Q: How to determine if a certain diameter range of equipment is needed?

A: When the workpiece diameter is close to or exceeds 100 mm and there is a need for batch processing, it is necessary to evaluate whether the 10–250 mm range matches the product structure.

Q: How to choose between plunge-type and through-type machining?

A: The machining method is determined based on the workpiece length and whether continuous passage through the grinding zone is permissible. Plunge-type machining is typically used for lengths close to 590 mm.

Q: What are the criteria for power selection?

A: The need for a 45 kW or 55 kW drive configuration to meet contact load requirements is determined based on the workpiece diameter and material removal volume.

You Might Also Like

(0/10)

clearall