Fully-Automatic Industry Ironing Machine Manufacturers

Fully automatic industrial ironing machine: key equipment to promote innovation in the washing industry
Fully automatic industrial ironing machines are usually composed of multiple rollers. After a series of heating, humidification, flattening, drying and cooling processes, the wrinkles on the surface of the fabric are completely eliminated, making the surface flat and smooth. The equipment can handle various types of textiles, such as sheets, quilt covers, tablecloths, towels, curtains, etc., and is widely used in hotels, hotels, hospitals, garment factories, textile enterprises and other places.

As a core component of modern washing equipment, the fully automatic industrial ironing machine can efficiently and accurately complete the ironing task of the fabric through its heating, ironing, speed adjustment, cooling and drying. Through different heating methods, precise temperature control, efficient speed adjustment system and advanced cooling and drying technology, it ensures that the fabric can obtain uniform heat and perfect flattening effect throughout the entire processing process. These characteristics make the fully automatic industrial ironing machine widely used in many fields such as hotels, hospitals, laundries, textile enterprises, etc., meeting the needs of large-scale, efficient and high-quality production.

The heating system is one of the core components of the fully automatic industrial ironing machine, which is responsible for providing the required temperature for the fabric to achieve the ironing effect. Fully automatic industrial ironing machines usually have two heating methods: electric heating and steam heating. The electric heating system converts electrical energy into thermal energy through electric heating tubes and quickly heats to the set temperature. Its advantages are fast heating speed and the ability to quickly reach the required temperature, which is particularly suitable for operating environments with small batches or frequent fabric changes. In addition, the electric heating system has low energy consumption and is suitable for places with high energy-saving and environmental protection requirements. The steam heating system introduces steam into the heating drum through a steam pipe, and uses steam to transfer heat to heat the fabric. The heat of steam heating is stable and uniform, and can maintain a certain humidity, making the fabric smoother and less prone to damage when ironing. Steam heating is more suitable for large-scale production lines, especially in environments with high requirements for fabric quality, such as hotels, hospitals, and other places where large quantities of sheets, towels, and other fabrics need to be frequently washed and ironed.

The ironing process is the most critical link of the fully automatic industrial ironing machine. This process uses the contact between the heated drum and the fabric to iron the wrinkles on the surface of the fabric, thereby making the surface of the fabric flatter and smoother. In order to ensure the consistency and accuracy of the ironing effect, the temperature of the drum must be uniform and the contact time with the fabric must be sufficient. The temperature of the drum must be strictly controlled to ensure the ironing effect of the fabric. The heat generated by the heating system is conducted to the surface of the drum, and then the drum contacts the surface of the fabric, using the heat transfer effect to quickly eliminate the wrinkles of the fabric. In order to prevent the fabric from being damaged due to excessive temperature, many fully automatic ironing machines are equipped with temperature control devices to ensure that the drum temperature remains in an appropriate range. In order to ensure that the surface of the fabric is evenly heated, the surface of the drum must maintain a uniform temperature. If the temperature distribution is uneven, it may cause poor ironing effect of the fabric, or even burn and damage. Therefore, advanced fully automatic ironing machines usually use a precise temperature control system to ensure that the heating efficiency of each part of the drum is consistent.

The stepless speed regulation function of the fully automatic industrial ironing machine is one of the keys to its efficient operation. By adjusting the speed of the drum, it can be optimized for the characteristics and production requirements of different fabrics to achieve efficient ironing effects. Different fabrics have different thicknesses and require different speeds and pressures for ironing.

Thicker fabrics usually require slower ironing speeds to ensure that heat can be evenly transferred to every part of the fabric. Thinner fabrics can be ironed at higher speeds. The fully automatic ironing machine uses a stepless speed regulation system, so users can accurately adjust the speed of the drum according to specific production requirements and fabric types. Stepless speed regulation not only makes the equipment operation more flexible, but also reduces fabric damage caused by improper speed adjustment. When adjusting the speed of the ironing machine, it is also necessary to cooperate with the steam supply to ensure that sufficient steam supply can be maintained at high speed to ensure the best ironing effect.

After the ironing process is completed, the surface of the fabric needs to be cooled and dried. This process is mainly to restore the fabric to normal temperature, remove the residual moisture during the ironing process, and ensure that the fabric is dry and flat. Cooling and drying not only help to improve the comfort of the fabric, but also further prevent the rebound of wrinkles. The fabric after ironing is usually at a high temperature. If it is directly treated, it may affect the shape or comfort of the fabric. Therefore, the temperature of the fabric needs to be gradually reduced by a cooling device. Some high-end ironing machines are also equipped with an automatic cooling system to ensure that the fabric returns to normal temperature as quickly as possible. When ironing, especially when using steam-heated equipment, the fabric will absorb a certain amount of moisture. To ensure the drying effect of the fabric, the cooling system is usually linked with the drying device to help remove excess moisture.

In addition, the drying system of modern fully automatic ironing machines generally provides multiple drying modes, which can be adjusted according to the type of fabric and production requirements.

During the cooling process, the anti-wrinkle system can ensure that the fabric does not have repeated wrinkles when it returns to normal temperature. The flatness of the fabric is further guaranteed by the optimized drying design. After ironing, the fabric needs to be cooled and dried. This process not only helps the fabric return to normal temperature, but also further removes excess moisture to ensure that the fabric is dry and flat.

Hangxing Washing Equipment Fully Automatic Industrial Ironing Machine: High-efficiency and energy-saving, intelligent solutions to meet large-scale production needs

Hangxing Washing Machinery(Taizhou) Co.,Ltd. provides two fully automatic industrial ironing machines, namely single-drum double-drum automatic ironing machine and multi-drum automatic ironing machine. These two devices have unique advantages in ironing speed, thermal efficiency, energy saving, and operational safety.

The single-drum double-drum automatic ironing machine is an efficient ironing equipment launched by Hangxing Company, with high thermal efficiency, high-quality stainless steel drums, multiple heating methods, speed regulation function, and advanced anti-corrosion and sealing technology. The roller diameter of this equipment can reach φ800mm, with a large heat transfer area, which can heat quickly and ensure that the fabric quickly reaches the required ironing temperature. The ironing machine is made of high-quality stainless steel, with excellent corrosion resistance, oxidation resistance and long service life. Users can choose electric heating or steam heating according to their needs. The electric heating mode uses an energy-saving and durable quartz infrared heating system, and the steam heating uses a stainless steel drying cylinder, which can ensure uniform heating and a long service life. The equipment is equipped with a stepless speed regulation system, which can adjust the ironing speed according to the thickness of the fabric and the steam supply to ensure the treatment effect of different fabrics. The ironing machine also uses anti-corrosion and anti-leakage technology, which can effectively improve the durability and working stability of the equipment. At the same time, the safety protection device ensures the safety of personnel in high-temperature working environments.

The multi-roller automatic ironing machine is an efficient ironing equipment suitable for large-scale washing, suitable for production environments with higher requirements. This product mainly features efficient heating, more heating options, multi-roller design, flexible feeding system, safety and environmental protection. The equipment also uses a large roller diameter of φ800mm to ensure high thermal efficiency and high ironing speed, suitable for large-scale production needs. In addition to electric heating and steam heating, more heating options are provided. The heating method of the equipment can be adjusted according to different needs to improve work efficiency. By increasing the number of rollers, the equipment can achieve more efficient ironing and more uniform fabric flattening effect. The ironing speed of the equipment can be adjusted steplessly according to needs. The differential flexible feeding system is adopted to effectively improve the ironing effect of the fabric, so that the equipment can provide the best ironing effect when processing fabrics of various materials. The advanced anti-corrosion technology, sealing protection and environmentally friendly design of the equipment ensure long-term and efficient operation, and are not prone to failure, reducing energy consumption and impact on the environment.