Introduction

 Digital Roll to Roll Fabric Calendar Machine, Textile Printing Calendar Machine, and Industrial Digital Calendar Machine are advanced solutions designed for high-precision, high-efficiency printing on various textile materials. These machines integrate cutting-edge digital technology with traditional textile processing methods, offering a seamless and reliable way to produce intricate patterns, vibrant colors, and detailed designs on fabrics. Whether you are a small-scale artisan or a large manufacturing facility, these devices provide the flexibility and performance needed to meet modern textile demands.

Designed for industrial applications, the Digital Roll to Roll Fabric Calendar Machine ensures consistent quality and durability across large production runs. The Textile Printing Calendar Machine is ideal for custom fabric creation, allowing users to print on cotton, polyester, silk, and other common textile types with precision. The Industrial Digital Calendar Machine stands out for its ability to handle complex color gradients, fine details, and multi-layered prints, making it a top choice for designers and manufacturers looking to push the boundaries of textile artistry.   

Technical details

Detailed Images

Catalogue

Core technologies of roller sublimation transfer machine:

• Temperature control technology

Using high-precision temperature sensors and advanced PID control algorithms, the temperature can be accurately controlled within the range of ±1℃-2℃ of the set value. The heating tube is made of high-quality materials, such as stainless steel imported from Taiwan, and the surface is treated with PTFE to make the temperature inside the roller more stable and ensure that the temperature of each point on the surface is consistent.

• Pressure regulation technology

Equipped with precision pressure regulating devices, such as pneumatic pressure devices, the pressure can be adjusted according to different materials. By optimizing the mechanical structure and pressure transmission system, the pressure is evenly distributed in the entire transfer area, so that the pattern transfer effect on the substrate is consistent.

• Transmission and speed regulation technology

Using transmission methods such as chains and gears, such as double-row chain sprocket transmission, to ensure smooth rotation of the roller and high operating reliability. Using a variable frequency speed regulator, the transfer speed can be adjusted steplessly within a certain range to meet different production needs.

• Control system technology

Using imported brand PLC intelligent touch screen mode, the temperature, pressure, time, speed and other parameters of the machine are accurately controlled. Safety protection functions such as automatic alarm device and safety pull-rope switch are set up. When the temperature exceeds the set range or other abnormal conditions occur, an alarm signal can be issued in time and the machine will be shut down.      

Plastic type heat transfer machine and fabric type heat transfer machine:

   Heat transfer machine is a special printing equipment that realizes indirect decoration by the combined action of heat and pressure. Based on the different properties of plastic products and fabrics, there are obvious differences between plastic type heat transfer machine and fabric type heat transfer machine:

• Imprinting device:

Plastic type heat transfer machine generally uses a silicone rubber roller with a certain hardness, and the silicone rubber roller is heated by infrared radiation, while the fabric type heat transfer machine uses a large diameter steel roller plated with chrome or Teflon, and uses heating pipe heating and heat transfer oil conduction to provide heat

• Transfer medium

Plastic type heat transfer machine uses a heat transfer film printed on a PET film. Under the action of heat and pressure, the pattern on the heat transfer film will be transferred to the plastic surface; Fabric type heat transfer machine generally uses thermal sublimation transfer paper, and the pattern on it is printed on the paper by an inkjet printer.

• Balance Pad

Plastic heat transfer machines do not require pads to balance pressure, because the silicone rubber roller itself has good elasticity and the ability to balance pressure. Fabric heat transfer machines, on the other hand, need to add a blanket between the roller and the sublimation transfer paper as a buffer mechanism to achieve pressure balance.

• Positioning

To ensure that the pattern is accurately transferred to the product surface, plastic heat transfer machines need to use photoelectric tracking devices to control the delivery of the heat transfer film, so the positioning accuracy is relatively high. However, fabric heat transfer machines generally do not have positioning problems, as long as the pattern on the sublimation transfer paper can be roughly transferred to the fabric surface.