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High Precision Injection Molding Machine MTC
Temp Control Range: +20℃ 
+180℃±0.1℃
Features
High precision：±0.1℃,high efficiency,low energy
Intelligent operating system, data-driven monitoring
Magnetic drive pump,eliminating leaks.
Non-immersed pipeline energy-saving heater,eliminating scale buildup.
Modular design,fewer joints,no welding,reducing leakage risk.
Pump reverse drainage function,environmentally friendly,mold cleaning easily
USB data copy,RS485/OPCUA communication function.
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Product Specifications
| Operational Temperature Range | Above Cooling Water +20℃~+160℃ | Above Cooling Water +20℃~+180℃ | ||||
| Model | Unit | WLS-160H60-8 | WLS-160H90-12 | WLS-180H60-8 | WLS-180H90-12 | |
| Power Supply | Voltage | V | AC380/220V50Hz 3P | |||
| Breaker | A | 32/40 | 40/50 | 32/40 | 40/50 | |
| Cooling Water | Flow Rate | L/min | 20+ | |||
| 压力Pressure | bar | 2bar~3bar | ||||
| Medium | / | Clean Water | ||||
| Heater | Control | / | Solid State Relay/SSR | |||
| Capacity | KW | 8 | 12 | 8 | 12 | |
| Booster Pump | Pressure | bar | 16bar | |||
| Output | W/2P | 55w | ||||
| Pump | Pressure | bar | 4bar | 5bar | 4bar | 5bar |
| Traffic | L/min | 60 | 90 | 60 | 90 | |
| Output | KW/3P | 1.1 | 1.7 | 1.1 | 1.7 | |
| Cooling Method | / | Direct Cooling Indirect cooling | ||||
| Water Level Detection | / | Pressure Type / Comprehensive Data Detection | ||||
| Temperature Sensor | / | PT100 | ||||
| Product Weight | KG | 70 | 85 | 70 | 85 | |
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FAQ
How do you select a suitable high precision injection molding MTC?
Selecting a high precision injection molding MTC depends on factors such as required temperature range, heating capacity, cooling performance, mold size, and production requirements.
Manufacturers should also evaluate pump flow, control functions, communication options, and equipment reliability to ensure the MTC matches their molding process.
What are the advantages of a non-immersed pipeline heater in an MTC?
A non-immersed pipeline heater improves heating efficiency by reducing scale buildup and simplifying maintenance compared with traditional heater designs.
This structure helps maintain stable heat transfer performance and extends equipment service life in continuous injection molding environments.
How does an intelligent control system improve MTC operation?
An intelligent control system improves MTC operation by enabling real-time temperature monitoring, parameter adjustment, and production status management.
This allows operators to optimize temperature settings, reduce manual intervention, and maintain more consistent operating conditions during long-term injection molding production.
Why does an MTC use a magnetic drive pump?
A magnetic drive pump improves MTC reliability by reducing the risk of leakage during continuous temperature circulation.
The sealed pump structure eliminates direct mechanical connection between the motor and pump chamber, providing cleaner operation, lower maintenance requirements, and more stable long-term performance.
What temperature range does a high precision injection molding MTC support?
A high precision injection molding MTC typically supports a wide operating temperature range from +20℃ to +180℃, depending on the model configuration.
AODE high precision MTC models are designed to maintain stable temperature control across different molding conditions, supporting various engineering plastics and precision injection applications.
What is a high precision injection molding MTC?
A high precision injection molding MTC (Mold Temperature Controller) is a temperature control device designed to provide stable heating and cooling management for injection molding molds.
Unlike general-purpose temperature controllers, high precision MTC systems focus on accurate temperature regulation, intelligent monitoring, and reliable circulation performance for demanding molding processes.
