WATER CHANNEL CLEANING UNIT

MDM SERIES

WATER CHANNEL CLEANING UNIT

Our heavy-duty Water Channel Cleaning Units – MDM Series – deliver essential maintenance for mold cooling systems and ensure optimal mold performance. Engineered for reliability and ease of use, these units thoroughly flush and clean internal water channels to prevent blockages, corrosion, and scale buildup, reducing downtime and maintaining consistent thermal control. With robust construction, automated cleaning cycles, and safety-focused design, the MDM Series helps protect your molds, equipment, and operators.

PROBLEMS WITH MOLD PIPELINES

Internal Deposits and Contamination Reduce Cooling Efficiency and Production Stability

During production, mold pipelines circulate cooling media such as water or processing fluids to control mold temperature. Over time, repeated heating and cooling cycles cause mineral scale buildup, corrosion deposits, rust formation, and biological contamination including bacteria and algae growth inside cooling channels.

These contaminants restrict internal pipeline diameter and reduce heat exchange efficiency. As cooling performance declines, manufacturers may experience unstable mold temperatures, increased defect rates, longer cycle times, and higher overall production costs.

Pipeline contamination
Heat Exchange Table

Industry research indicates that even small levels of scale buildup inside cooling pipelines can significantly reduce heat exchange performance. Maintaining clean cooling channels is essential to preserving mold efficiency, maintaining product quality, and minimizing production downtime.

IMPACT ON PRODUCTION & EFFICIENCY

Cooling Channel Contamination Reduces Product Quality, Slows Cycle Times, and Increases Manufacturing Costs

Defective Products:
The surface temperature of the mold cavity is not uniform, resulting
in large shrinkage and warping deformation of the product.

Lower Efficiency:
Reduced heat exchange efficiency increases cooling cycle duration and slows overall production throughput, reducing manufacturing efficiency.

Higher Costs:
Increased costs and longer production cycle times lead to higher
overall production costs for the enterprise.

Industry research indicates that even small levels of scale buildup inside cooling pipelines can significantly reduce heat exchange performance. Maintaining clean cooling channels is essential to preserving mold efficiency, maintaining product quality, and minimizing production downtime.

POSITIVE AND NEGATIVE DIRECTION CLEANING

Bi-Directional Flushing for Complete Channel Cleaning Coverage

The MetalPress MDM Series uses advanced cavitation pulse cleaning technology to remove scale, rust, carbon buildup, biological contamination, and debris from internal mold cooling channels. The system combines high-pressure air and high-pressure water and releases the mixture in controlled pulses that generate microscopic cavitation bubbles inside the pipeline.

As these bubbles rapidly compress and collapse, they create powerful micro-shockwaves that break apart scale and contamination attached to internal channel walls. The pulsed cleaning flow operates in both forward and reverse directions, ensuring complete removal of buildup throughout complex mold cooling passages. This physical cleaning method restores cooling flow performance while eliminating the need for aggressive chemical treatments.

Cavitation Pulse Cleaning

CLEAN MOLD CHANNELS WITHOUT REMOVING THE MOLD

Reduce Maintenance Downtime and Protect Mold Precision

The MDM Series is designed to clean mold cooling channels while the mold remains installed on the injection molding or die casting machine. Traditional maintenance methods often require mold removal, disassembly, and manual cleaning, which can take hours or even days and increases the risk of mold damage or alignment issues.

By allowing in-place cleaning, the MDM Series significantly reduces maintenance downtime and labor requirements while maintaining mold accuracy and surface integrity. The system circulates pulsed cleaning media directly through the cooling circuits, flushing out contamination and restoring cooling efficiency without interrupting overall production workflows for extended periods.

This streamlined maintenance approach helps manufacturers maintain consistent mold performance while minimizing production disruptions and costly machine downtime.

FULLY AUTOMATED CLEANING AND MONITORING SYSTEM

Consistent, Repeatable Maintenance With Minimal Operator Input

The MDM Series is designed for fully automated mold channel cleaning using integrated PLC controls and touchscreen operation. With one-touch start functionality, operators can initiate complete cleaning cycles while the system automatically regulates air pressure, water pressure, pulse frequency, and cleaning duration based on mold channel conditions.

Built-in monitoring and detection systems continuously track hydraulic pressure, air pressure, flow rate, and leakage conditions throughout the cleaning process. The system records cleaning data and maintenance logs, allowing operators to download and store service records for quality control and preventive maintenance scheduling.

 

Mold Cleaner HMI

RESTORE COOLING FLOW AND IMPROVE PRODUCTION EFFICIENCY

Increase Heat Exchange Performance and Reduce Cycle Times

Scale buildup, rust, and biological contamination inside mold cooling channels restrict coolant flow and reduce heat exchange efficiency. Even minor buildup inside cooling pipelines can significantly increase mold surface temperatures, resulting in longer cooling times, unstable product quality, and higher defect rates.

The MDM Series restores internal channel diameter and cooling flow by removing contamination from mold cooling circuits. Improved coolant circulation stabilizes mold temperature and enhances heat transfer efficiency, allowing manufacturers to shorten cooling cycles and improve overall production throughput. In documented customer cases, improved flow performance has resulted in measurable cycle time reductions and increased hourly production output.

By restoring cooling performance, the MDM Series helps manufacturers maintain consistent part quality while maximizing production efficiency and reducing energy consumption.

LEAKAGE AND PRESSURE DETECTION

Built-In Monitoring for Safe and Reliable Cleaning Performance

The MDM Series continuously monitors hydraulic pressure, air pressure, and system leakage conditions throughout the cleaning cycle. These integrated detection systems help identify cooling channel restrictions, seal failures, or abnormal pressure changes before they become costly mold or equipment issues. Real-time monitoring improves cleaning safety while providing operators with greater confidence during maintenance operations.

Leakage Detection
Automatic Blow Drying

AUTOMATIC BLOW DRYING

Remove Residual Moisture to Prevent Corrosion and Contamination

The MDM Series includes an automatic blow drying function that removes residual water from mold cooling channels after the cleaning cycle is completed. By eliminating trapped moisture, the system helps prevent internal corrosion, bacterial growth, and contamination buildup between production runs. This feature prepares molds for immediate return to service while helping maintain long-term cooling channel integrity.

FASTER MAINTENANCE

FASTER THAN TRADITIONAL CLEANING METHODS

Reduce Downtime While Eliminating Mold Removal and Chemical Cleaning

Items Maintenance Method Remove Mold Required Cleaning Time Consumables Deficiency
MetalPress MDM Cavitation blasting, physical flushing, positive and negative direction cleaning Mold can be cleaned on the injection machine – no removal required 30 minutes to 4 hours No No
Manual Cleaning Iron tools, brushes, electric drill, and other manual tools Mold must be removed and opened 4 hours to 72 hours No Frequent removal can affect mold precision and requires significant labor and time
Chemical Cleaning Acid and alkaline chemical flushing Mold must be removed from injection machine 2 hours to 8 hours Chemicals required Potential corrosion risk and chemical handling concerns
High Quality Components

HIGH QUALITY COMPONENTS

We Use Brand Name Components You Know, Already Use and Trust.

We use only the finest quality components that are open source, and readily available locally in your area, or from our online parts store.We do not use any impossible to find proprietary components.

HIGHEST RETURN ON INVESTMENT

We Give You More Value for Your Money.

To be competitive today’s economy requires that manufactures run their operations more efficiently and cost effectively than ever before. We offer the highest ROI (return on investment) in the industry. MetalPress gives you high quality products for are resonable investment and with more features than any other company

Highest ROI in the industry

5 STANDARD SIZES

Flexible Range of Applications.

SPECIFICATIONS – US STANDARD
Model MDM-11 MDM-15 MDM-22 MDM-30 MDM-55
Number of Channels
(each channel has 1 input and 1 output)
4 6 9 9 9 (or custom)
Connection Size 3/8" × 8 3/8" × 10
1" × 2
3/8" × 16
1" × 2
1/2" × 16
1.5" × 2
1/2" × 16
2" × 2
Applicable Mold/Die Size Small Mold / Die Small to Medium Mold/Die Medium Mold/Die Medium to Large Mold/Die Large Mold / Die
Water Tank Volume 10.6 gal 26.4 gal / 13.2 gal + 13.2 gal 26.4 gal / 13.2 gal + 13.2 gal 31.7 gal / 15.8 gal + 15.8 gal 39.6 gal
Number Of Water Tanks One One or two One or two One or two One
Power of Water Pump 1.5 hp 2 hp 3 hp 4 hp 7.5 hp
Overall Dimension (inches) 39.4 × 19.7 × 31.5 in 55.1 × 19.7 × 47.2 in 55.1 × 19.7 × 47.2 in 63.0 × 23.6 × 47.2 in Customized
Weight 397 lbs 794 lbs 860 lbs 1,014 lbs Customized
SPECIFICATIONS – METRIC STANDARD
Model MDM-11 MDM-15 MDM-22 MDM-30 MDM-55
Number of Channels
(each channel has 1 input and 1 output)
4 6 9 9 9 (or custom)
Connection Size 3/8" × 8 3/8" × 10
1" × 2
3/8" × 16
1" × 2
1/2" × 16
1.5" × 2
1/2" × 16
2" × 2
Applicable Mold/Die Size Small Mold / Die Small to Medium Mold/Die Medium Mold/Die Medium to Large Mold/Die Large Mold / Die
Water Tank Volume 40 L 100 L / 50 L + 50 L 100 L / 50 L + 50 L 120 L / 60 L + 60 L 150 L
Number Of Water Tanks One One or two One or two One or two One
Power of Water Pump 1.1 kW 1.5 kW 2.2 kW 3.0 kW 5.5 kW
Overall Dimension (mm) 1000 × 500 × 800 mm 1400 × 500 × 1200 mm 1400 × 500 × 1200 mm 1600 × 600 × 1200 mm Customized
Weight 180 kg 360 kg 390 kg 460 kg Customized