KLAB160C High Frequency Spindle 160000 RPM Air Bearing for PCB Precision Drilling Ø6.35mm-0.05mm
Price:
1400-2000 USD/EA
MOQ:
1PC
Delivery Time:
10-25 WORKING DAYS
Brand:
KLKJ
Product Description
Vertical High Frequency Spindle Overview
KLAB160C High-Speed CNC Spindle
Precision-engineered replacement for H916C model, designed for high-speed PCB drilling applications with exceptional accuracy and reliability.
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | KLAB160C |
| Replacement For | H916C |
| Speed Range | 20,000 - 160,000 RPM |
| Bearing Type | Air Bearing |
| Max Power | 0.75 KW |
| Fixed Voltage | 215V |
| Fixed Current | 3A |
| Collet Size | Ø1/8" |
| Spindle Weight | 3.2 kg |
| Body Size | Ø 61.9 mm |
Precision Performance Metrics
| Performance Parameter | Value |
|---|---|
| Static Runout | <2µm |
| Dynamic Runout | <8µm |
| Vibration | 1.0 MM/S |
| Collet Torque | ≥125 N.cm (1/8") |
| Radial Load | 5.5 kgf |
Application & Compatibility
Primary Application
Printed Circuit Board Precision Drilling
Hole Range: Ø6.35mm - 0.05mm
Machine Compatibility
Compatible with KLINGINBERG, PLURITEC, HITACHI, LENZ, ANDERSON and similar CNC drilling systems.
Competitive Advantages
- Low Static Runout for Superior Precision
- Minimal Dynamic Runout for Consistent Performance
- Stable Operating Characteristics and Extended Service Life
- Optimized for High-Precision Drilling Applications
Cooling & Operating Requirements
| Cooling System | Specification |
|---|---|
| Coolant Type | Water Oil |
| Coolant Water Flux | >1.4 L/min |
| Coolant Oil Flux | >2.7 L/min |
| Air Consumption | 45 L/min |
| Air Pressure | 6.0 kgf/cm² |
Technical Documentation
Spindle Outline Drawing
Customer Quality Feedback
Similar Products
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
YUEYANG XIANLONG MOTOR CO., LTD （KLKJ Group Co.,Ltd）
Location
701 Room 7F, Jinsui Building No.10 Lucheng North road Qingxi Town Dongguan, China
Contact Person
Ms Tang Binfen