temperature control unit for injection molding

Standard Oil Temperature Control Unit is a high-precision industrial thermal management system designed for stable temperature regulation from +45℃ to 180℃ using thermo-conductive oil. With PID ±1℃ accuracy, it ensures precise thermal control for plastic molding, die casting, chemical, and other heat-sensitive industries. Featuring customizable heating capacity, pump power, safety alarms, and RS485 connectivity, it improves production stability, energy efficiency, and automation integration. Read More

High-Temperature Oil Temperature Control Unit is designed to deliver precise thermal regulation for high-temperature industrial applications. With a temperature control range of +25℃ to 400℃ for oil, it provides exceptional stability for processes requiring consistent heat. This oil temperature control unit​ features PID ±1℃ control accuracy, customizable heating capacities up to 240KW, pump power 1.5 2.2 3 4 5 KW, and explosion-proof options, making it ideal for demanding applications like die casting, injection molding, and aerospace parts manufacturing. It offers energy efficiency, improved operational safety, and reduced downtime, contributing to enhanced production efficiency and cost savings. Read More

An Oil Temperature Control Unit (Oil TCU) is an industrial device used to precisely control the temperature of thermal oil circulated within machinery or molds. It is widely applied in industries such as injection molding, die casting, rubber processing, and pharmaceuticals, where stable and high-temperature control is critical. The unit heats oil using electric heaters and circulates it through a closed loop, maintaining consistent temperature via a PID controller. Standard oil temperature control unit typically operates within a range of 45°C to 180°C, while high-temperature oil temperature control unit can range from 25°C to 400°C, making them ideal for processes requiring high thermal stability. By ensuring uniform heat distribution, oil TCUs enhance product quality, reduce cycle times, and extend equipment life, significantly improving operational efficiency and consistency in industrial manufacturing. Read More

The Mold Temperature Controller Oil 25℃–320℃ PID ±1℃ Accuracy Dual 18KW Heating Power 0.55KW Pump is a high-precision temperature control unit designed for industrial applications such as plastic injection molding, die casting, and rubber pressing. Using thermo-conductive oil as the medium, this mold temperature controller oil delivers stable and accurate temperature control within 25℃ to 320℃, ensuring molding consistency and improved product quality. Equipped with dual 18KW heaters, twin 0.55KW pumps, indirect cooling, and PID ±1℃ control accuracy, it provides reliable heating performance, fast temperature response, and strong safety features like oil shortage and overheating alarms. It solves problems like uneven heating, long start-up times, and temperature fluctuations, adding value through energy efficiency, longer mold life, and higher production yield. Read More

This Water Mold Temperature Controller provides precise temperature regulation with PID accuracy of ±1°C, ensuring efficient control from 15°C to 120°C. Featuring a 9KW heating capacity, this unit is ideal for processes like plastic injection molding, die casting, and rubber presses. With direct cooling and a 100 L/min pump flow, it ensures optimal temperature management. Key benefits include reducing energy consumption, improving product consistency, and enhancing manufacturing efficiency. The customizable features, such as multi-point temperature control, make it a versatile solution for various industrial applications. Read More

15 Degree To 98 Degree Injection Mold Temperature Controller 72KW 15-98°C PID±1°C 7.5KW Pump 408L/min For Extruder is one type of our AODE's Injection Mold Temperature Controller, This Injection Mold Temperature Controller is an advanced system designed to provide precise temperature control for applications such as injection molding, die casting, and extrusion. With a temperature range of 15°C to 98°C and a PID control accuracy of ±1°C, it ensures optimal and consistent mold temperatures, improving the overall quality and precision of the molding process. The controller features a heating capacity of 72KW, enabling efficient and fast temperature regulation. Its 7.5KW pump delivers a high flow rate of 408L/min, ensuring excellent circulation and temperature stability. With a pump pressure of 4.0Kg/cm², the system operates reliably under varying conditions. The direct cooling method provides fast cooling, with the option for indirect cooling upon request. Powered by AC3∮380V, the system ensures stable operation even during long production cycles. This Injection Mold Temperature Controller helps optimize the molding process by maintaining precise temperatures, reducing defects, preventing overheating or underheating, and increasing energy efficiency. It is an invaluable tool for industries requiring reliable and accurate temperature management, resulting in enhanced product quality, reduced operational costs, and greater overall process efficiency. Read More

Plastic Mould Temperature Controller 90KW 300°C PID Control 5.5KW Pump 5.0Kg/cm² Pressure CE ISO is an advanced industrial temperature control system designed for high-precision heating up to 300°C with PID ±1°C accuracy, ensuring stable and efficient operation. It features a 90KW dual heating system (45+45KW) and a 5.5KW high-pressure pump with 5.0Kg/cm² pressure, delivering strong circulation of thermo-conductive oil. The unit includes automatic air-exhausting, an explosion-proof electrical box, and overheat, oil shortage, and pump reversal alarms for enhanced safety. Built with CE & ISO certification, stainless steel pipelines, and high-density insulation, it offers durability, energy efficiency, and precise control. Customizable options include RS485 communication, multi-point temperature control, and a negative pressure system, making it ideal for plastic injection molding, die casting, chemical processing, and industrial heating applications. Read More

Portable Water Cooled Chiller Unit is an advanced cooling system designed for industries requiring precise temperature control and high cooling efficiency. With a 67.14KW cooling capacity and dual hermetic scroll or piston compressors, it ensures stable operation for plastic injection molding, die casting, hot rolling machines, and chemical processing. The unit features low water level and temperature alarms, high/low pressure protection, and RS485 automation compatibility. Certified by CE & ISO, it enhances energy efficiency by 30%, prevents water leakage with an SUS304 stainless steel tank, and operates safely with OMRON, FUJI, and TE electrical components. Ideal for manufacturers seeking reliable, energy-saving, and fully automated cooling solutions. Read More

This Portable Industrial Chiller is a high-performance temperature control unit with 13690Kcal/h cooling capacity and a temperature range of 3°C to 98°C. It features a hermetic scroll or piston compressor, 6KW heating power, and a 0.75KW water pump for stable water circulation. Equipped with imported compressors from Europe and the US, SUS stainless steel pipelines, and RS485 communication for automation, this chiller ensures high efficiency, durability, and intelligent operation. Ideal for plastic injection molding, die casting, printing, chemical processing, and mold temperature control, it enhances production efficiency, reduces equipment wear, and lowers energy consumption. Read More

This Thermal Control Unit offers high-precision PID temperature control with an accuracy of ±1℃ and a maximum operating temperature of 320℃, ensuring stable and efficient heating for applications such as die casting, printing, rubber presses, and injection molding. Designed for energy efficiency, it reduces operating costs while maintaining high thermal efficiency with indirect cooling technology. CE and ISO certified, it integrates OMRON ABB PLC control systems for automated safe and reliable operation in industrial settings. Read More