Spear Transpower

A Mold Temperature Controller (MTC) is a critical auxiliary equipment used in modern molding industries to precisely regulate and maintain the temperature of molds during the manufacturing process. In high-performance molding operations such as Injection Molding, Blow Molding, Compression Molding, Extrusion, and Die Casting, temperature stability directly affects product quality, cycle time, mechanical strength, dimensional accuracy, and surface finish.
Our Mold Temperature Controller is an advanced thermal control system engineered to deliver high accuracy, rapid responsenergy efficiency, and long-term operational reliability. Designed to meet the stringent requirements of industrial environments, this controller ensures consistent mold temperature throughout the production cycle, minimizing defects and maximizing productivity.The heating medium is heated using high-efficiency electric heaters.
1.A circulation pump forces the heated medium into the mold channels.
2.Temperature sensors continuously monitor inlet and outlet temperatures.
3.The PID controller compares the actual temperature with the set value.
4.The system automatically adjusts heating or cooling to maintain precise temperature.
5.This dynamic feedback mechanism ensures rapid temperature stabilization and minimal deviation from the setpoint.
* Water Type Mold Temperature Controller
Operating temperature up to 95°C – 180°C
Suitable for standard plastic molding applications
Fast heat transfer and cooling
Energy-efficient operation
* Oil Type Mold Temperature Controller
Operating temperature up to 300°C
Used for high-temperature engineering plastics
Stable thermal performance at elevated temperatures
Ideal for die casting and special molding applications
 Advantages of Using Mold Temperature Controller
* Improved Product Quality
Precise temperature control ensures smooth surface finish, proper material flow, and consistent part geometry.
* Reduced Cycle Time
Optimized heating and cooling significantly shorten molding cycles, increasing overall production efficiency.
* Energy Efficiency
Advanced PID logic minimizes energy consumption by preventing temperature overshoot and unnecessary heating.
* Increased Mold Life
Uniform thermal expansion reduces stress on molds, extending their operational life.
* Consistent Production
Ensures repeatable results across multiple production batches.
* Industrial Applications
Injection Molding Machines
Blow Molding Machines
Die Casting Machines
Rubber Processing Machines
Extrusion Lines
PET Preform Molding
Automotive Plastic Components
Medical & Pharmaceutical Molding
Packaging Industry

A Mold Temperature Controller (MTC) is a critical auxiliary equipment used in modern molding industries to precisely regulate and maintain the temperature of molds during the manufacturing process. In high-performance molding operations such as Injection Molding, Blow Molding, Compression Molding, Extrusion, and Die Casting, temperature stability directly affects product quality, cycle time, mechanical strength, dimensional accuracy, and surface finish.
Our Mold Temperature Controller is an advanced thermal control system engineered to deliver high accuracy, rapid responsenergy efficiency, and long-term operational reliability. Designed to meet the stringent requirements of industrial environments, this controller ensures consistent mold temperature throughout the production cycle, minimizing defects and maximizing productivity.The heating medium is heated using high-efficiency electric heaters.
1.A circulation pump forces the heated medium into the mold channels.
2.Temperature sensors continuously monitor inlet and outlet temperatures.
3.The PID controller compares the actual temperature with the set value.
4.The system automatically adjusts heating or cooling to maintain precise temperature.
5.This dynamic feedback mechanism ensures rapid temperature stabilization and minimal deviation from the setpoint.
* Water Type Mold Temperature Controller
Operating temperature up to 95°C – 180°C
Suitable for standard plastic molding applications
Fast heat transfer and cooling
Energy-efficient operation
* Oil Type Mold Temperature Controller
Operating temperature up to 300°C
Used for high-temperature engineering plastics
Stable thermal performance at elevated temperatures
Ideal for die casting and special molding applications
 Advantages of Using Mold Temperature Controller
* Improved Product Quality
Precise temperature control ensures smooth surface finish, proper material flow, and consistent part geometry.
* Reduced Cycle Time
Optimized heating and cooling significantly shorten molding cycles, increasing overall production efficiency.
* Energy Efficiency
Advanced PID logic minimizes energy consumption by preventing temperature overshoot and unnecessary heating.
* Increased Mold Life
Uniform thermal expansion reduces stress on molds, extending their operational life.
* Consistent Production
Ensures repeatable results across multiple production batches.
* Industrial Applications
Injection Molding Machines
Blow Molding Machines
Die Casting Machines
Rubber Processing Machines
Extrusion Lines
PET Preform Molding
Automotive Plastic Components
Medical & Pharmaceutical Molding
Packaging Industry

A Mold Temperature Controller (MTC) is a critical auxiliary equipment used in modern molding industries to precisely regulate and maintain the temperature of molds during the manufacturing process. In high-performance molding operations such as Injection Molding, Blow Molding, Compression Molding, Extrusion, and Die Casting, temperature stability directly affects product quality, cycle time, mechanical strength, dimensional accuracy, and surface finish.
Our Mold Temperature Controller is an advanced thermal control system engineered to deliver high accuracy, rapid responsenergy efficiency, and long-term operational reliability. Designed to meet the stringent requirements of industrial environments, this controller ensures consistent mold temperature throughout the production cycle, minimizing defects and maximizing productivity.The heating medium is heated using high-efficiency electric heaters.
1.A circulation pump forces the heated medium into the mold channels.
2.Temperature sensors continuously monitor inlet and outlet temperatures.
3.The PID controller compares the actual temperature with the set value.
4.The system automatically adjusts heating or cooling to maintain precise temperature.
5.This dynamic feedback mechanism ensures rapid temperature stabilization and minimal deviation from the setpoint.
* Water Type Mold Temperature Controller
Operating temperature up to 95°C – 180°C
Suitable for standard plastic molding applications
Fast heat transfer and cooling
Energy-efficient operation
* Oil Type Mold Temperature Controller
Operating temperature up to 300°C
Used for high-temperature engineering plastics
Stable thermal performance at elevated temperatures
Ideal for die casting and special molding applications
 Advantages of Using Mold Temperature Controller
* Improved Product Quality
Precise temperature control ensures smooth surface finish, proper material flow, and consistent part geometry.
* Reduced Cycle Time
Optimized heating and cooling significantly shorten molding cycles, increasing overall production efficiency.
* Energy Efficiency
Advanced PID logic minimizes energy consumption by preventing temperature overshoot and unnecessary heating.
* Increased Mold Life
Uniform thermal expansion reduces stress on molds, extending their operational life.
* Consistent Production
Ensures repeatable results across multiple production batches.
* Industrial Applications
Injection Molding Machines
Blow Molding Machines
Die Casting Machines
Rubber Processing Machines
Extrusion Lines
PET Preform Molding
Automotive Plastic Components
Medical & Pharmaceutical Molding
Packaging Industry

A Mold Temperature Controller (MTC) is a critical auxiliary equipment used in modern molding industries to precisely regulate and maintain the temperature of molds during the manufacturing process. In high-performance molding operations such as Injection Molding, Blow Molding, Compression Molding, Extrusion, and Die Casting, temperature stability directly affects product quality, cycle time, mechanical strength, dimensional accuracy, and surface finish.
Our Mold Temperature Controller is an advanced thermal control system engineered to deliver high accuracy, rapid responsenergy efficiency, and long-term operational reliability. Designed to meet the stringent requirements of industrial environments, this controller ensures consistent mold temperature throughout the production cycle, minimizing defects and maximizing productivity.The heating medium is heated using high-efficiency electric heaters.
1.A circulation pump forces the heated medium into the mold channels.
2.Temperature sensors continuously monitor inlet and outlet temperatures.
3.The PID controller compares the actual temperature with the set value.
4.The system automatically adjusts heating or cooling to maintain precise temperature.
5.This dynamic feedback mechanism ensures rapid temperature stabilization and minimal deviation from the setpoint.
* Water Type Mold Temperature Controller
Operating temperature up to 95°C – 180°C
Suitable for standard plastic molding applications
Fast heat transfer and cooling
Energy-efficient operation
* Oil Type Mold Temperature Controller
Operating temperature up to 300°C
Used for high-temperature engineering plastics
Stable thermal performance at elevated temperatures
Ideal for die casting and special molding applications
 Advantages of Using Mold Temperature Controller
* Improved Product Quality
Precise temperature control ensures smooth surface finish, proper material flow, and consistent part geometry.
* Reduced Cycle Time
Optimized heating and cooling significantly shorten molding cycles, increasing overall production efficiency.
* Energy Efficiency
Advanced PID logic minimizes energy consumption by preventing temperature overshoot and unnecessary heating.
* Increased Mold Life
Uniform thermal expansion reduces stress on molds, extending their operational life.
* Consistent Production
Ensures repeatable results across multiple production batches.
* Industrial Applications
Injection Molding Machines
Blow Molding Machines
Die Casting Machines
Rubber Processing Machines
Extrusion Lines
PET Preform Molding
Automotive Plastic Components
Medical & Pharmaceutical Molding
Packaging Industry

A Mold Temperature Controller (MTC) is a critical auxiliary equipment used in modern molding industries to precisely regulate and maintain the temperature of molds during the manufacturing process. In high-performance molding operations such as Injection Molding, Blow Molding, Compression Molding, Extrusion, and Die Casting, temperature stability directly affects product quality, cycle time, mechanical strength, dimensional accuracy, and surface finish.
Our Mold Temperature Controller is an advanced thermal control system engineered to deliver high accuracy, rapid responsenergy efficiency, and long-term operational reliability. Designed to meet the stringent requirements of industrial environments, this controller ensures consistent mold temperature throughout the production cycle, minimizing defects and maximizing productivity.The heating medium is heated using high-efficiency electric heaters.
1.A circulation pump forces the heated medium into the mold channels.
2.Temperature sensors continuously monitor inlet and outlet temperatures.
3.The PID controller compares the actual temperature with the set value.
4.The system automatically adjusts heating or cooling to maintain precise temperature.
5.This dynamic feedback mechanism ensures rapid temperature stabilization and minimal deviation from the setpoint.
* Water Type Mold Temperature Controller
Operating temperature up to 95°C – 180°C
Suitable for standard plastic molding applications
Fast heat transfer and cooling
Energy-efficient operation
* Oil Type Mold Temperature Controller
Operating temperature up to 300°C
Used for high-temperature engineering plastics
Stable thermal performance at elevated temperatures
Ideal for die casting and special molding applications
 Advantages of Using Mold Temperature Controller
* Improved Product Quality
Precise temperature control ensures smooth surface finish, proper material flow, and consistent part geometry.
* Reduced Cycle Time
Optimized heating and cooling significantly shorten molding cycles, increasing overall production efficiency.
* Energy Efficiency
Advanced PID logic minimizes energy consumption by preventing temperature overshoot and unnecessary heating.
* Increased Mold Life
Uniform thermal expansion reduces stress on molds, extending their operational life.
* Consistent Production
Ensures repeatable results across multiple production batches.
* Industrial Applications
Injection Molding Machines
Blow Molding Machines
Die Casting Machines
Rubber Processing Machines
Extrusion Lines
PET Preform Molding
Automotive Plastic Components
Medical & Pharmaceutical Molding
Packaging Industry
*We offer a wide range Water Mold Temperature Controller, which has sophisticated control precision that improves operational efficiency. Our range of these controllers provides stable temperature and high level safety. For better performance and less energy consumption, the size of the heater and pump motor is optimized.

Other Details:

• Mould draining facility
• Leak stop operation
• Automatic re-feeding
• Fault indication
• Mimic diagram
• Water base mould temperature controller up to 150 deg C

A Mold Temperature Controller (MTC) is a critical auxiliary equipment used in modern molding industries to precisely regulate and maintain the temperature of molds during the manufacturing process. In high-performance molding operations such as Injection Molding, Blow Molding, Compression Molding, Extrusion, and Die Casting, temperature stability directly affects product quality, cycle time, mechanical strength, dimensional accuracy, and surface finish.
Our Mold Temperature Controller is an advanced thermal control system engineered to deliver high accuracy, rapid responsenergy efficiency, and long-term operational reliability. Designed to meet the stringent requirements of industrial environments, this controller ensures consistent mold temperature throughout the production cycle, minimizing defects and maximizing productivity.The heating medium is heated using high-efficiency electric heaters.
1.A circulation pump forces the heated medium into the mold channels.
2.Temperature sensors continuously monitor inlet and outlet temperatures.
3.The PID controller compares the actual temperature with the set value.
4.The system automatically adjusts heating or cooling to maintain precise temperature.
5.This dynamic feedback mechanism ensures rapid temperature stabilization and minimal deviation from the setpoint.
* Water Type Mold Temperature Controller
Operating temperature up to 95°C – 180°C
Suitable for standard plastic molding applications
Fast heat transfer and cooling
Energy-efficient operation
* Oil Type Mold Temperature Controller
Operating temperature up to 300°C
Used for high-temperature engineering plastics
Stable thermal performance at elevated temperatures
Ideal for die casting and special molding applications
 Advantages of Using Mold Temperature Controller
* Improved Product Quality
Precise temperature control ensures smooth surface finish, proper material flow, and consistent part geometry.
* Reduced Cycle Time
Optimized heating and cooling significantly shorten molding cycles, increasing overall production efficiency.
* Energy Efficiency
Advanced PID logic minimizes energy consumption by preventing temperature overshoot and unnecessary heating.
* Increased Mold Life
Uniform thermal expansion reduces stress on molds, extending their operational life.
* Consistent Production
Ensures repeatable results across multiple production batches.
* Industrial Applications
Injection Molding Machines
Blow Molding Machines
Die Casting Machines
Rubber Processing Machines
Extrusion Lines
PET Preform Molding
Automotive Plastic Components
Medical & Pharmaceutical Molding
Packaging Industry

A Mold Temperature Controller (MTC) is a critical auxiliary equipment used in modern molding industries to precisely regulate and maintain the temperature of molds during the manufacturing process. In high-performance molding operations such as Injection Molding, Blow Molding, Compression Molding, Extrusion, and Die Casting, temperature stability directly affects product quality, cycle time, mechanical strength, dimensional accuracy, and surface finish.
Our Mold Temperature Controller is an advanced thermal control system engineered to deliver high accuracy, rapid responsenergy efficiency, and long-term operational reliability. Designed to meet the stringent requirements of industrial environments, this controller ensures consistent mold temperature throughout the production cycle, minimizing defects and maximizing productivity.The heating medium is heated using high-efficiency electric heaters.
1.A circulation pump forces the heated medium into the mold channels.
2.Temperature sensors continuously monitor inlet and outlet temperatures.
3.The PID controller compares the actual temperature with the set value.
4.The system automatically adjusts heating or cooling to maintain precise temperature.
5.This dynamic feedback mechanism ensures rapid temperature stabilization and minimal deviation from the setpoint.
* Water Type Mold Temperature Controller
Operating temperature up to 95°C – 180°C
Suitable for standard plastic molding applications
Fast heat transfer and cooling
Energy-efficient operation
* Oil Type Mold Temperature Controller
Operating temperature up to 300°C
Used for high-temperature engineering plastics
Stable thermal performance at elevated temperatures
Ideal for die casting and special molding applications
 Advantages of Using Mold Temperature Controller
* Improved Product Quality
Precise temperature control ensures smooth surface finish, proper material flow, and consistent part geometry.
* Reduced Cycle Time
Optimized heating and cooling significantly shorten molding cycles, increasing overall production efficiency.
* Energy Efficiency
Advanced PID logic minimizes energy consumption by preventing temperature overshoot and unnecessary heating.
* Increased Mold Life
Uniform thermal expansion reduces stress on molds, extending their operational life.
* Consistent Production
Ensures repeatable results across multiple production batches.
* Industrial Applications
Injection Molding Machines
Blow Molding Machines
Die Casting Machines
Rubber Processing Machines
Extrusion Lines
PET Preform Molding
Automotive Plastic Components
Medical & Pharmaceutical Molding
Packaging Industry
*We offer a wide range Mold Temperature Controller, which has sophisticated control precision that improves operational efficiency. Our range of these controllers provides stable temperature and high level safety. For better performance and less energy consumption, the size of the heater and pump motor is optimized. The salient features of our range of Mold Temperature Controllers are listed below:

• Temperature can be controlled with precision that differs by less than +/-0.5degrees
• Attains a sampling cycle of 0.25sec
• Energy saving~ Reduces heater's ON time by 8%~*set at 120degrees when using water.
• Reinforced thermal insulation for heater tank (H/A type)
• We are determined to provide a superior quality range of Mold Temperature Controller to our respected clients.

 

Main features:

 

• Precise PID temperature controller
• Heating Media low level alarm
• Auto fill option in water media mold temperature controller
• High temperature hoses & 1st fill oil with equipment

A Mold Temperature Controller (MTC) is a critical auxiliary equipment used in modern molding industries to precisely regulate and maintain the temperature of molds during the manufacturing process. In high-performance molding operations such as Injection Molding, Blow Molding, Compression Molding, Extrusion, and Die Casting, temperature stability directly affects product quality, cycle time, mechanical strength, dimensional accuracy, and surface finish.
Our Mold Temperature Controller is an advanced thermal control system engineered to deliver high accuracy, rapid responsenergy efficiency, and long-term operational reliability. Designed to meet the stringent requirements of industrial environments, this controller ensures consistent mold temperature throughout the production cycle, minimizing defects and maximizing productivity.The heating medium is heated using high-efficiency electric heaters.
1.A circulation pump forces the heated medium into the mold channels.
2.Temperature sensors continuously monitor inlet and outlet temperatures.
3.The PID controller compares the actual temperature with the set value.
4.The system automatically adjusts heating or cooling to maintain precise temperature.
5.This dynamic feedback mechanism ensures rapid temperature stabilization and minimal deviation from the setpoint.
* Water Type Mold Temperature Controller
Operating temperature up to 95°C – 180°C
Suitable for standard plastic molding applications
Fast heat transfer and cooling
Energy-efficient operation
* Oil Type Mold Temperature Controller
Operating temperature up to 300°C
Used for high-temperature engineering plastics
Stable thermal performance at elevated temperatures
Ideal for die casting and special molding applications
 Advantages of Using Mold Temperature Controller
* Improved Product Quality
Precise temperature control ensures smooth surface finish, proper material flow, and consistent part geometry.
* Reduced Cycle Time
Optimized heating and cooling significantly shorten molding cycles, increasing overall production efficiency.
* Energy Efficiency
Advanced PID logic minimizes energy consumption by preventing temperature overshoot and unnecessary heating.
* Increased Mold Life
Uniform thermal expansion reduces stress on molds, extending their operational life.
* Consistent Production
Ensures repeatable results across multiple production batches.
* Industrial Applications
Injection Molding Machines
Blow Molding Machines
Die Casting Machines
Rubber Processing Machines
Extrusion Lines
PET Preform Molding
Automotive Plastic Components
Medical & Pharmaceutical Molding
Packaging Industry