Lower-speed, higher-torque setup for thicker bands and larger cutters where pull-out strength and stability win.
■ Product Description
■ Technical Parameters
| Model | STFB40-63-0.55-B |
| Power | 0.55kW |
| Voltage | 220/380V |
| Current | 2.5/1.48A |
| Poles | 2 |
| Torque | 0.44Nm |
| Speed | 12000rpm |
| Frequency | 200Hz |
| Cooling | Air cooling |
■ Product Advantages
High Efficiency and Stability
The robust power reserve ensures that the trimming process can be completed stably and with high quality under the high-speed, continuous operation mode of the edge banding machine, effectively boosting the throughput and efficiency of the entire production line.
High Speed and Fine Finish Quality
The spindle is typically designed for high rotational speeds (potentially above 12,000 RPM), suitable for driving trimming tools. While guaranteeing high cutting force, it still achieves fast, high-finish precision trimming on panel edges, ensuring a perfect edge banding result.
High Durability and Reliability
Optimized for industrial heavy-load continuous running, the spindle uses high-quality bearings and efficient heat dissipation design, ensuring an ultra-long service life and extremely low failure rate during high-frequency, high-intensity operation.
Accurate Trimming Capability
The spindle emphasizes high axial and radial runout accuracy, ensuring the tool's precise positioning during cutting, preventing tearing and chipping. This is especially crucial for processing high-value, thick edge bands.
■ Application Scenarios
High-Speed Automated Edge Banding Production Lines
Applicable to the straight-line fully automatic edge banding machines in large furniture factories, especially production lines that need to continuously process thick, heavy edge bands at maximum speed (e.g., above 20 meters/minute).
Ultra-Thick/Hard Edge Band Fine Finishing
Specifically used for fine trimming and chamfering operations on 3mm and thicker PVC/ABS edge bands, or high-hardness, high-density wood veneer edge bands.
Heavy-Load Contour Panel Trimming
Applied in CNC flexible edge banders or contour trimming workstations for high-intensity, high-precision trimming of complex curved or irregularly shaped panel edges.
Large-Scale Panel Furniture Manufacturing
Used for ultra-high-efficiency, high-quality edge finishing of various panel furniture, such as wardrobes, cabinets, and office furniture.
■ Adapted Equipment
● High-End/High-Speed Straight-Line Fully Automatic Edge Banding Machines
Forms the main trimming units (e.g., rough trimming, fine trimming, chamfering units) of the machine.
● CNC Flexible Edge Banding Machines/Contour Edge Banders (Heavy-Duty Type)
Used for high-precision trimming of complex, high-volume shaped panel edges.
● Panel Edge Multi-Function Machining Centers
Serves as the power unit for the integrated edge trimming module on some multi-functional centers.
● High-Speed Automated Integration Workstations
Customized equipment dedicated to continuous, high-speed fine finishing of panel edges.
■ Quick specs
| Power class | 0.75-1.1 kW | Cooling | Air cooling | Duty | Continuous/three-shift ready |
■ Application Scenarios
Heavy trimming, small radius/chamfer cutters at steady feeds
■ Recommended window
● Speed: 8,000-12,000 rpm
● Tooling: ER20, larger-diameter finishing tools
■ Design highlights
Rigid 40-series frame with pre-loaded bearing stack to limit thermal drift over long runs; vibration control for "no white line" targets.
■ Drive tips
Prefer vector or rpm-feedback drives; add a braking resistor for fast, safe stops between batches.
■ FAQ
Q: How to distinguish between left-hand and right-hand threads?A: Left-hand threaded motors rotate clockwise, while right-hand ones rotate counter-clockwise.
Q: Why are there left-hand and right-hand threads?A: This is to ensure that during high-speed rotation, the cutting force tightens the tool rather than causing it to come loose.
Q: What to do if the spindle makes an unusual noise?A: Stop the machine immediately and inspect it. It could be due to an unstable tool mounting or a problem with the spindle's internal bearings.
Q: What kind of daily maintenance is needed?A: Keep the spindle and tools clean, regularly check for loose screws, and avoid hitting the workpiece.
Q: What causes a poor trimming result?A: This could be caused by a dull tool, spindle vibration, or the machine's feed rate being too fast.
