RFJA33 air-jet terry towel loom features a comfortable and easy operation. It improves operator comfort through the height reduction of the warp end position (During the loom leveling, the warp passes the heald wire and the pathway from the heald wire eye to the cloth-fell from the top surface of the back-rest.) An easy operation of all basic functions is achieved through use of an HD colorful touch screen human-computer interface.

Reed width (cm)
Nominal reed width: 190cm, 210 cm, 230 cm, 260 cm, 280 cm, 340 cm
Effective reed width: 0～60cm subtracted from the nominal reed width (190-230cm)
0～60cm subtracted from the nominal reed width (more than 190-260cm)

Weft
Weft selection: select freely from 4, 6 colors

1. Direct drive motor
RFJA33 air-jet terry towel loom features a direct drive motor that is capable of generating a high output torsional movement when the loom starts. This improves the beating strength of the first spindle. This loom also features an electromagnetic brake with a large torque to improve the loom braking performance, thus preventing any fabric flaws caused by the loom stopping. This also improves overall fabric quality.

2. Loop motion
The servo motor can precisely control the loop motion, achieve a simple adjustment and improve the terry quality. This loom is easily able to produce terry cloth in a variety of different lengths and type, including pique terry and wavy terry, among others. The loop motions can achieve a 3-7 weft automatic loop notion, and switching significantly improves the towel's pattern flexibility. Operators can control the terry length and production period via the display screen, which makes switching between different patterns easy.

3. Computer control system
RFJA33 air jet loom is equipped with human computer interface keyboard for the display of a variety of information, including the running state, cause of failure, weaving craft parameters and the loom settings. The input of various data is easy simply through the use of function keys, and various parameter settings can be stored in the loom for long periods of time with the use of a memory card. Users can choose Chinese or English operation interfaces according to their requirements.

4. Double probe weft feeler
The weft feeler uses a double probe to detect the normal short weft and weft bending. It can also detect the break weft and ultra long weft, all in order to prevent any errors. The probe also features an excellent pollution resistance, making detection stable and reliable.

5. Upper temple
Because this loom uses a temple with an upward inclination, it is easy to adjust and cover the temple.

6. Integrated gas path system
All the components of the gas path system within the entire machine are integrated onto a single operation panel that takes up very little space. This makes operation easy, and saves space occupied by the loom.

7. Precise loop motion
1) The tension setting for the precise loop motion system is accomplished at the terminals. The wool warp tension is monitored by the electronic linear transducer, and all real time feedback parameters will be managed and monitored by a high performance CPU microprocessor. These feedback parameters, as well as the take-up and let off parameters, achieve synchronous weaving.
2) The loom is equipped with a monitor system in order to achieve real time detection of the towel length and density of various wefts.
3) With the design of a highly sensitive towel tension control mechanism swing beam and light support, this loom can produce both minimum and most regular terry heights, even when using the most delicate yarn types.

8. Energy saving
Because the loom is equipped with a gas valve between the 2 auxiliary nozzles and the air movement distance is shorter, gas consumption is 10% less than other traditional equipment.