CNC EDGE Banding Spindle Motor 0.8 kW, 18000 RPM, 220V (Long Shaft)

The CNC EDGE Banding Spindle Motor 0.8 kW is a specialized industrial motor engineered specifically for the precision requirements of automated edge banding machines. Featuring a unique 'Long Shaft' design, this motor provides the necessary mechanical clearance for intricate edge trimming and finishing tasks where standard spindle housings might interfere with the board. Delivering a consistent 0.31 Nm of torque at a peak speed of 18,000 RPM, it ensures clean, burr-free edges on a variety of laminates and wood types. The 220V motor operates at a stable 200 Hz frequency and is equipped with high-precision P4 grade bearings (6005 & 6000) to ensure negligible runout and extended service life during continuous industrial duty cycles.

Specialized Long Shaft design for enhanced reach and precision
High-Speed 18,000 RPM for clean, professional edge finishes
Precision P4 Grade Bearing Assembly (6005 & 6000)
Industrial 200 Hz High-Frequency stable operation
Reliable 220V architecture for industrial environments
ER-11 Collet system for accurate tool clamping

⚡ Quick Technical Datasheet:

Power OutputN/A

Max SpeedN/A

Voltage RatingN/A

Collet InterfaceER Standard

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Comparative Technical Spindle Motor Configurations Matrix

Use the structural data catalog matrix below to evaluate power outputs, maximum RPM, operating voltages, and cooling styles across standard TriQuench CNC spindle models.

Spindle Capacity	Operating Speed	Operating Voltage	Cooling System
12.0 kW	18,000 RPM	380 V	Water-Cooled
0.8 kW	24,000 RPM	220 V	Air-Cooled (Long Shaft)
3.7 kW	40,000 RPM	380 V	Water-Cooled ISO20
9.0 kW	18,000 RPM	380 V	Air-Cooled

Technical Specifications

Technical Parameter	Engineering Specification Value
MODEL NUMBER	E08180S2238LS
POWER RATING	0.8 kW (Long Shaft)
MAX SPEED	18000 RPM
OPERATING VOLTAGE	220 V AC
RATED CURRENT	3.9 A
FREQUENCY	200 Hz
RATED TORQUE	0.31 Nm
POLE COUNT	2 Pole
COLLET INTERFACE	ER-11
BEARING CONFIGURATION	6005 P4 (Front), 6000 P4 (Rear)
MECHANICAL	shaftType: Long Shaft \| bodyType: EDGE Banding Specific Series

Industrial Applications

Usage Scenario	Target Industry
Industrial CNC EDGE Banding Machines	Commercial Furniture Manufacturing
Automated Woodworking Finishing Lines	Interior Joinery and Millwork
Precision Plywood and Board Edge Trimming	Woodworking Machine Tool OEM
Modular Kitchen Cabinet Fabrication	Cabinetry and Panel Processing
Commercial Furniture Production Lines	Industrial Board Engineering

Technical FAQ & Operational Guide

Why is the Long Shaft design important for edge banding?

The long shaft provides the necessary clearance between the motor housing and the board being processed. This allows the trimming tools to reach the edge of the board without the motor body interfering with the workpiece, which is essential for precision finishing.

Can this motor run on a standard 3-phase supply?

This motor is rated for 220V. It should be used with a Variable Frequency Drive (VFD) that takes your input power and outputs the required 220V at 200 Hz to reach the 18,000 RPM speed safely.

Is any special maintenance required for this model?

The P4 grade bearings are factory-packed with high-quality grease for the life of the bearing. Maintenance primarily involves keeping the ER-11 collet area clean of dust and debris and ensuring the motor cooling remains unobstructed.

How is the rotational balancing calibrated on this spindle motor?

Every spindle motor is dynamically balanced in accordance with the ISO 1940 balancing standard to guarantee vibration-free running and maximum stability at high RPMs.

What are the runout tolerances of the shaft and collet interface?

The internal shaft taper maintains a runout accuracy tolerance of under 0.003mm (3 microns), maintaining precise tool concentricity and preventing premature cutter wear.

What cooling precautions are built-in to prevent heat exhaustion?

Built-in temperature dissipation channels support continuous water/liquid cooling circulation or forced fan airflow, preventing thermal expansion of components.

Is this spindle motor compatible with standard VFD inverters and collets?

Yes, the spindle supports direct electrical integration with standard variable frequency drives (VFD) and accepts industrial ER collets (ER11, ER20, ER25, or ER32) to match standard toolholder dimensions.

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CNC EDGE Banding Spindle Motor 0.8 kW, 18000 RPM, 220V (Long Shaft)

Specialized Long Shaft design for enhanced reach and precision

High-Speed 18,000 RPM for clean, professional edge finishes

Precision P4 Grade Bearing Assembly (6005 & 6000)

Industrial 200 Hz High-Frequency stable operation

Reliable 220V architecture for industrial environments

ER-11 Collet system for accurate tool clamping

⚡ Quick Technical Datasheet:

Power OutputN/A

Max SpeedN/A

Voltage RatingN/A

Collet InterfaceER Standard

Comparative Technical Spindle Motor Configurations Matrix

Use the structural data catalog matrix below to evaluate power outputs, maximum RPM, operating voltages, and cooling styles across standard TriQuench CNC spindle models.

Spindle Capacity	Operating Speed	Operating Voltage	Cooling System
12.0 kW	18,000 RPM	380 V	Water-Cooled
0.8 kW	24,000 RPM	220 V	Air-Cooled (Long Shaft)
3.7 kW	40,000 RPM	380 V	Water-Cooled ISO20
9.0 kW	18,000 RPM	380 V	Air-Cooled

Technical Parameter

Engineering Specification Value

MODEL NUMBER

E08180S2238LS

POWER RATING

0.8 kW (Long Shaft)

MAX SPEED

18000 RPM

OPERATING VOLTAGE

220 V AC

RATED CURRENT

3.9 A

FREQUENCY

200 Hz

RATED TORQUE

0.31 Nm

POLE COUNT

2 Pole

COLLET INTERFACE

ER-11

BEARING CONFIGURATION

6005 P4 (Front), 6000 P4 (Rear)

MECHANICAL

shaftType: Long Shaft | bodyType: EDGE Banding Specific Series

Usage Scenario

Target Industry

Industrial CNC EDGE Banding Machines

Commercial Furniture Manufacturing

Automated Woodworking Finishing Lines

Interior Joinery and Millwork

Precision Plywood and Board Edge Trimming

Woodworking Machine Tool OEM

Modular Kitchen Cabinet Fabrication

Cabinetry and Panel Processing

Commercial Furniture Production Lines

Industrial Board Engineering