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WB-M Series VFD High Pressure Coolant System

WB-M Series High-Pressure TSC Systems
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  • WB-M Series High-Pressure TSC Systems
WB-M Series High-Pressure TSC Systems
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Model No : WB-M-Series
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Product Description

Working Pressure: 70 / 140 bar | Max Flow Rate: 34 / 41 L/min | Motor Power: 7.5 / 15 HP (3-Phase)

Product Introduction
WB-M Series VFD High Pressure Coolant System 70Bar/140Bar | Up to 76% Energy Savings | WULI

WB-M Series VFD High Pressure Coolant System (70Bar / 140Bar)

Up to 76% Energy Savings × 70Bar / 140Bar Dual Pressure × 7" Touch HMI Panel × 24/7 Automated Production

The WULI WB-M Series is a premium VFD High Pressure Coolant (HPC) system engineered for high-demand CNC machining. Designed and 100% manufactured in Taiwan, it utilizes low-vibration ceramic plunger pumps to deliver ultra-stable pressure outputs of 70Bar and 140Bar (1,000 / 2,000 PSI). Powered by Smart Variable Frequency Drive (VFD) technology and controlled via an intuitive 7-inch touch HMI screen, the system dynamically modulates motor output based on tool orifice size and real-time flow demand. This eliminates energy waste—slashing power consumption by 50% to 76%. Its innovative "Zero-Bypass Thermal Control" and auto-depressurization mechanism prevent coolant overheating, minimizing thermal distortion on workpieces to ensure micron-level machining precision.

  • 70Bar & 140Bar Dual Pressure Options: Penetrates the steam barrier at the cutting edge for instant chip evacuation and effective thermal suppression.
  • Proven 76% Energy Savings: VFD dynamically scales power based on tool coolant channels, dramatically cutting operational power costs.
  • Zero-Bypass Thermal Control: Prevents excess coolant bypass from returning to the tank, eliminating heat accumulation and thermal expansion.
  • 100% Taiwan-Made Ceramic Plunger Pump: Heavy-duty industrial seals with low-vibration engineering deliver whisper-quiet operation (<80dB) and extended service life.
  • 7-Inch Touch HMI & Multi-Channel Control: Supports 1 to 4 customizable flow channels and multi-tool pressure presets, integrating seamlessly with host CNC controls.
  • Oil & Water-Soluble Compatible: Maintains consistent pressure across all coolant types; features zero-drip tool changes and automatic shutoff depressurization.

VFD Energy Saving Performance (70Bar Field Test Data)

Conventional fixed-speed coolant systems (e.g., WB-1830M) continuously run at full motor capacity (6.1 HP) regardless of tool orifice sizes or actual flow demands, causing massive energy waste and fluid overheating. The WULI WB-M Smart VFD System smoothly adjusts motor output (1.40 HP to 6.13 HP) according to actual flow requirements (8 to 35 L/min), ensuring maximum efficiency:

Machining Flow DemandFixed-Speed ModelWULI Smart VFD ModelEnergy Savings
Low Flow Demand
(8 L/min | Single 2mm Nozzle)		 6.1 HP (4.6 kW)
(Est. US$2,202 / Year)		 1.4 HP (1.1 kW)
(Est. US$527 / Year)		 76% Energy Savings
Medium Flow Demand
(17 L/min | Dual 2mm Nozzle)		 6.1 HP (4.5 kW)
(Est. US$2,202 / Year)		 2.8 HP (2.1 kW)
(Est. US$1,005 / Year)		 54% Energy Savings
* Calculation Basis: 10 operating hours/day, 30 days/month, 12 months/year (Total 3,600 hours) at an average rate of USD $0.125/kWh. Actual savings may vary depending on workplace conditions.

WB-M Series Selection Guide

Selecting the optimal High Pressure Coolant system depends primarily on Workpiece Material Hardness and Tool Coolant Channel Cross-Section (Flow Requirement):

Step 1: Select Pressure Rating (70Bar vs 140Bar)

  • 70Bar Series (WB-2030M / 2040M): Recommended for carbon steel, aluminum alloys, cast iron, structural steel, medium-deep hole drilling, and standard VMC/HMC operations. Covers over 80% of standard precision applications.
  • 140Bar Series (WB-2230M / 2240M): Engineered for heat-resistant superalloys (Inconel, Titanium alloys, Stainless Steel), extreme aspect-ratio gundrilling, or high-speed turning demanding extreme jet-impact force for immediate chip breaking.

Step 2: Select Flow Capacity (34 L/min vs 41 L/min)

  • Standard Flow 34 L/min (2030M / 2230M): Suitable for small-to-medium coolant-thru tooling, single-tool internal cooling, or single-channel setups.
  • High Flow 41 L/min (2040M / 2240M): Designed for large coolant orifices, multi-turret simultaneous coolant supply, multiple orifices, or high-volume material removal.
ModelPressureMax FlowMotor PowerBest Application
WB-2030M 70 Bar 34 L/min 7.5 HP General Purpose: Steel, aluminum deep hole drilling, and standard machining centers.
WB-2040M 70 Bar 41 L/min 7.5 HP High Flow: Large coolant channels, multi-orifice tooling, or multi-channel turn-mill centers.
WB-2230M 140 Bar 34 L/min 15 HP Ultra-High Pressure: Titanium, Inconel, aerospace alloys, and extreme gundrilling.
WB-2240M 140 Bar 41 L/min 15 HP Flagship Heavy-Duty: High-demand metalworking requiring maximum pressure and flow.
WB-M Series Technical Specifications (WB-2030M / 2040M / 2230M / 2240M)
Working Pressure 70 kgf/cm² / 70 Bar (WB-2030M / 2040M) ¦ 140 kgf/cm² / 140 Bar (WB-2230M / 2240M)
Max Flow Rate 34 L/min / 9.0 GPM (WB-2030M / 2230M) ¦ 41 L/min / 10.8 GPM (WB-2040M / 2240M)
Motor Output 7.5 HP (70Bar Series) ¦ 15 HP (140Bar Series) High-Efficiency VFD Motor
Power Supply 3-Phase / 220V / 60Hz (Custom voltages & frequencies available)
Feed Pump Requirement Pressure ≤ 1.5 kgf/cm² (21 PSI), Flow capacity 70~90 L/min (18~24 GPM)
Pump Construction Low-vibration Ceramic Plunger Pump ( Under 80dB noise level, 100% Made in Taiwan)
HMI & Signal Control 7" Color Touch Screen HMI + 1-to-4 Channel Output & Multi-Tool Pressure Settings
Reservoir & Dimensions Direct feed design (No sub-tank required); CNC tank size ≥ 3x HPC model rating ¦ Dimensions: 650 x 953 x 1540 (Total Height 1890) mm
Safety & Protection Low-water auto shutoff, auto-pressure relief, filter clog alarm, anti-drip check valve
  • Filtration Options: Standard factory configuration is 50μ. Optional 5μ and 25μ filter paper options are available.
  • Customization: Motor voltage and frequency can be tailored to meet global plant specifications (e.g., 380V/415V/460V 50Hz/60Hz).
  • * Specifications are subject to change without prior notice for continuous product optimization.
WB-M Series Overall Dimensions & Footprint Unit: mm
WB-M Series VFD High Pressure Coolant System Dimensional Drawings

Machine Compatibility & Controller Integration

The WULI WB-M Series features modular installation and multi-channel signal integration, interfacing seamlessly with major global CNC machine brands (Fanuc, Siemens, Heidenhain, Mitsubishi, etc.):

  • Vertical & Horizontal Machining Centers (VMC / HMC): Integrates directly with Coolant-Thru-Spindle (CTS) M-codes for high aspect-ratio drilling, high-speed milling, and precision mold making.
  • CNC Lathes & Multi-Tasking Turn-Mill Centers: Supports multi-turret/post independent channel control, allowing custom pressure and flow settings for each individual tool.
  • Gantry Mills & Heavy-Duty Machine Tools: Delivers high pressure and high volume to maintain superior thermal management during continuous, heavy-stock removal.

Workpiece Materials & Coolant Compatibility

Wear-Resistant Plunger Pump Design: Equipped with premium ceramic plungers and specialized high-durability packings. Operates with zero loss of pressure or flow whether using water-soluble coolant or neat cutting oil.
  • Aerospace Alloys & Exotic Metals: Titanium alloys, Inconel, and Stainless Steel require 70Bar or 140Bar force to pierce the vapor barrier and cool the cutting edge instantly.
  • Hardened Tool Steels & Die Steels: Prevents heat buildup that causes thermal softening, micro-chipping, and premature tool wear.
  • Gummy Materials (Aluminum Alloys, Copper): High-pressure coolant forcefully breaks stringy chips, preventing tool clogging and bird-nesting.

Key Process Machining Benefits

Deep Hole Drilling & Gundrilling

70Bar / 140Bar stabilized fluid is injected through the internal channels directly to the drill tip, instantly shattering long chips and purging them out of the bore to prevent chip packing and tool breakage.

Blind Hole Tapping & Precision Threading

Automatic depressurization and anti-drip check valves vent residual pressure immediately during retract and tool change. This prevents coolant splashing and dripping, ensuring precise tool setting and clean work environments.

System Accessories & Consumables

WULI High Pressure Coolant System Accessories B-01 No. 2 Filter Bag / Filter Mesh (5µm, 25µm, 50µm)
B-01 / No. 2 Filter Mesh
Spec.: 5 µm 25 µm 50 µm
WULI High Pressure Coolant System Inlet Oil Strainer / Filter Cartridge B-02 (PT 1-1/2
B-02 / Oil Filter Cartridge (Inlet)
Spec.: PT 1-1/2"
WULI High Pressure Coolant System 2nd Stage Filter Cartridge B-03 (Φ70x195L)
B-03 / Filter Cartridge (2nd Stage)
Spec.: Φ70 x 195L
WULI High Pressure Coolant System Filter Paper Roll / Paper Filter B-04 (15µm, 30µm, 50µm)
B-04 / Paper Filter
Spec.: 15 µm 30 µm 50 µm