Company
3DP Technology Limited is an R&D company focusing on advanced heat-related developments. Our expertise includes innovative heating hardware (the MHM heater), precision temperature regulating ICs, and sophisticated temperature control algorithms.
Our applications span across diverse industries including haircare products, biotech equipment, and 3D printing technologies.
We are committed to intellectual property (IP) development, holding a portfolio that includes nearly 300 patents, demonstrating our dedication to innovation and technological advancement.
Description
3DP Technology Limited is an R&D company focusing on advanced heat-related developments. Our expertise includes innovative heating hardware (the MHM heater), precision temperature regulating ICs, and sophisticated temperature control algorithms.
Our applications span across diverse industries including haircare products, biotech equipment, and 3D printing technologies.
We are committed to intellectual property (IP) development, holding a portfolio that includes nearly 300 patents, demonstrating our dedication to innovation and technological advancement.
Technology
Our Scalable Intelligent MHM Heater is designed for precision temperature control in lab equipment. With a maximum temperature of up to 200°C, this heater ensures consistent and reliable heating across a wide range of applications, particularly in biotech and medical fields.
The MHM heating technology integrated into this system provides uniform heat distribution, avoiding hot spots and ensuring stable performance.
MHM Heater Module (up to 230°C) for Haircare Products
The MHM Heater Module used in haircare products offers cutting-edge technology with precision temperature control, operating at up to 230°C. This technology is particularly suitable for devices like hair straighteners, curling irons, and other styling tools, ensuring even heat distribution for superior performance.
The unique MHM heating technology provides rapid heating and accurate temperature regulation, minimising the risk of overheating and ensuring optimal results with every use.
