- Overview
- Product Parameters
Basic Info.
Model NO.
HME63D
Process Usage
Metal-Cutting CNC Machine Tools, CNC Non-Conventional Machine Tools, Metal-Forming CNC Machine Tools
Movement Method
Linear Control
Control Method
Closed-Loop Control
Numerical Control
CNC/MNC
Processing Precision
0.04~0.05(mm)
Performance Classification
High-End CNC Machine Tools
Certification
CE
Condition
New
Horizontal Boring Machine Center
Boring Machine Center
Horizontal Machine Center
Heavy Metal CNC Horizontal Boring Machine Center
Rapid Travel
54m/Min
Repeatability
0.0025/0.002mm
Accessory 1
Dual-Changing Table
Transport Package
Packing in Seaworthy Wooden Cases
Specification
Dimension(L*W*H): 4520*3960*3340
Trademark
DRC
Origin
China
Production Capacity
500
Product Description
Heavy Metal CNC Horizontal Boring Machine Center HME63D boring machine small engine for automobile
Horizontal Machining Center Spindle box, spindle
1. The headstock is specially designed with high-strength, high-rigidity cage and keel rib structure.
2. The main shaft is made of chromium-molybdenum alloy steel, which has been tempered, rough-finished, carburized, aging treated and precision ground finished; it has high precision, strong rigidity, and is not easy to deform.
3. Using high output servo motor (22kw), the maximum speed is 6000rpm. After the main shaft is assembled, it is calibrated by the dynamic balance test.
Cnc Horizontal Machining Center Guide
1. X, Y, Z axis slide rails adopt heavy-duty linear roller guides, which have good rigidity, high precision and long life.
2. The X, Y, and Z axes adopt C3 grade precision ball screws and P4 grade bearings, with good positioning accuracy.
3. The bed rails of X, Y, and Z-axis machine tools adopt metal enclosed telescopic protective covers to ensure that the rails and screw rods are not polluted by the erosion of cutting water and iron filings.
4. The X, Y, Z axis transmission method adopts Japanese (FANUC) servo motor direct transmission, which has the advantages of rapid transmission, stable accuracy, elimination of backlash, improvement of torsional rigidity, elimination of axial error, etc., which greatly improves the positioning accuracy of the machine tool .
1. The headstock is specially designed with high-strength, high-rigidity cage and keel rib structure.
2. The main shaft is made of chromium-molybdenum alloy steel, which has been tempered, rough-finished, carburized, aging treated and precision ground finished; it has high precision, strong rigidity, and is not easy to deform.
3. Using high output servo motor (22kw), the maximum speed is 6000rpm. After the main shaft is assembled, it is calibrated by the dynamic balance test.
Cnc Horizontal Machining Center Guide
1. X, Y, Z axis slide rails adopt heavy-duty linear roller guides, which have good rigidity, high precision and long life.
2. The X, Y, and Z axes adopt C3 grade precision ball screws and P4 grade bearings, with good positioning accuracy.
3. The bed rails of X, Y, and Z-axis machine tools adopt metal enclosed telescopic protective covers to ensure that the rails and screw rods are not polluted by the erosion of cutting water and iron filings.
4. The X, Y, Z axis transmission method adopts Japanese (FANUC) servo motor direct transmission, which has the advantages of rapid transmission, stable accuracy, elimination of backlash, improvement of torsional rigidity, elimination of axial error, etc., which greatly improves the positioning accuracy of the machine tool .
Hydraulic: Adopt plunger pump motor to improve work efficiency. The service life of plunger pump motor is longer than that of general system. Lubrication: automatic lubrication system, using closed-pole continuous lubricating machine CEVB-4L, 220V, can ensure enough lubricating oil for each lubrication point; each sliding surface and ball screw are distributed according to the oil path, and the oil volume is controlled separately, and the cycle lubrication time can be adjusted according to Set as needed, with low oil volume control device.
Cooling: The cooling water tank uses a split design, so that the chips are easy to clean and the cooling water is easy to replace.
Iron chip removal: The high-torque screw chip conveyor is installed on the Z-axis, with a high-efficiency chain plate chip conveyor mechanism, which completely solves the problem of chip removal and also solves the effect of cutting iron chip heat on machining accuracy
Cooling: The cooling water tank uses a split design, so that the chips are easy to clean and the cooling water is easy to replace.
Iron chip removal: The high-torque screw chip conveyor is installed on the Z-axis, with a high-efficiency chain plate chip conveyor mechanism, which completely solves the problem of chip removal and also solves the effect of cutting iron chip heat on machining accuracy
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