WB-MF Series High-Pressure Spindle Center Through Coolant System
Product Description
Working Pressure: 70 bar | Max Flow Rate: 34 / 41 L/min | Motor Power: 7.5 HP (3-Phase)
Product Introduction
WULI WB-MF Series High-Pressure Spindle Center Through Coolant System (70 Bar / 1000 PSI)
The WULI WB-MF Series High-Pressure Coolant System (WB-2030MF & WB-2040MF) is custom-engineered specifically for neat oil (straight oil) machining environments. Powered by a 100% Taiwan-made, low-vibration ceramic plunger pump and an integrated air-cooled heat dissipation system, it consistently delivers up to 70 Bar (1000 PSI) of high-pressure flow. Its proprietary non-return thermal management design prevents oil heat accumulation during recirculating, solving critical 24/7 continuous production challenges like chip clogging, thermal tool damage, and workpiece distortion.
Key Engineering Advantages
- Smart VFD Energy Savings: Dynamically adjusts motor speed by tool orifice, cutting power consumption by up to 76%.
- Air-Cooled Temp Control: Purpose-built active cooling for neat oil reduces chiller loads and operational costs.
- Non-Return Heat Suppression: Prevents oil overheating during idle cycles to maintain coolant viscosity and machining accuracy.
- Clean Tool Change System: Automatic pressure relief and drip-free design protect spindle indexing and workshop cleanliness.
- 7-Inch Smart HMI: Supports multi-channel M-codes, dry-run protection, and automated filter clog alerts.
- Precision Ceramic Pump: Taiwan-made ceramic plunger pump delivers ultra-smooth, low-noise operation (under 80 dB).
VFD Energy ROI Analysis (Up to 76% Energy Savings)
Conventional fixed-speed systems run at 100% full load regardless of tool nozzle diameter, constantly dumping excess energy into the oil as heat. The WB-MF VFD System modulates pump speed on-demand to slash shop-floor electricity costs:
| Machining Scenario / Nozzle Specs | Fixed-Speed Model | WULI Smart VFD Model | Power Savings |
|---|---|---|---|
| Low Flow Demand (8 L/min | Single Ø2mm Nozzle) |
6.1 HP (Est. US$2,202 / year) |
1.4 HP (Est. US$527 / year) |
Save 76% |
| Medium Flow Demand (17 L/min | Dual Ø2mm Nozzles) |
6.1 HP (Est. US$2,202 / year) |
2.8 HP (Est. US$1,005 / year) |
Save Over 54% |
Quantifiable Production Benefits
- Tight Dimensional Accuracy: Dual-action thermal management (air cooling + non-return circulation) eliminates spindle growth and workpiece thermal expansion.
- Extended Tool Life: 70 Bar targeted fluid delivery breaks through the vapor barrier directly at the cutting zone, reducing micro-chipping and thermal shock on carbide inserts.
- High-Speed Deep Hole Evacuation: Instantly flushes stringy chips out of deep cavities, preventing tool re-cutting and enabling reliable unmanned lights-out manufacturing.
Model Selection Guide
- Max Flow Rate: 34 L/min (9.0 GPM)
- Max Pressure: 70 kgf/cm² (70 Bar / 1000 PSI)
- Ideal Applications: Small to medium orifice deep-hole drilling, Swiss-type automatic lathes, tight-pitch rigid tapping, and high-precision micro-machining.
- Max Flow Rate: 41 L/min (10.8 GPM)
- Max Pressure: 70 kgf/cm² (70 Bar / 1000 PSI)
- Ideal Applications: Multi-coolant port tooling, large diameter indexable drills, high-feed VMC/HMC milling, and heavy-duty chip flushing.
Specification
- Filtration Options: Standard factory configuration includes a 5μ filter bag. Optional 25μ and 50μ ratings are available.
- Sump Capacity Recommendation: Designed without an auxiliary tank for easy drop-in integration. CNC main coolant tank capacity should be at least 3x the unit's rated flow rate.
- Customization Services: Motor voltages and power frequencies can be tailored to match regional facility requirements worldwide.
- * Specifications are subject to change without prior notice due to continuous engineering improvements.









