Shaoxing Trofine Textile Machinery Co.,Ltd.
CONTACT US

ADD: 810-1, No.511 Yan'andong Road, Shaoxing, Zhejiang, China.
Tel:0086-575-88656631
Fax:0086-575-88621657
Mobile:0086-13957530655
E-mail:info@trofine.com

 

Products

 

 

LT868 high speed rapier loom was designed base on international market advanced looms, through continuous innovation, creating a new machine. This machine adopt microcomputer processing system to control the whole process of weaving. It has the advantages of simple operation, convenient maintenance, low energy consumption, weaving various and high quality fabrics.

 

 Technical parameters

(Reed width):             190cm210cm230cm280cm360cm

Max. adjustable width:  75cm.

Yarn count:                  Cotton 1.5Ne ~ 120Ne. Polyester 20D ~ 1800D.

Fabric weight:               20gsm ~ 800gsm.

Speed:                         300rpm ~ 430rpm.

Weft selection:             8 color electronic color selector

Weft density range:       2~200 picks/cm, permit to input different weft density procedures according to patterns.

Weft insertion:              driven by high precision conjugate cam, double hook insertion.

Beating up:                   separate sley driven by double side high precision conjugate cam.

Shedding:                     electronic jacquard

Let off:                          electronic let off by servo motor drive, beam flange dia 800mm.

Take up:                       electronic take up by servo motor drive, cloth roller dia 550mm.

Selvedge:                      mechanical leno device, electronic leno device, tuck in device, hot melt cutting (optional)

Filling control:                by high sensitive piezoelectric ceramic weft detector.

Warp yarn control:         6 line electronic contact stop motion

Lubrication:                   centralized pressure oil supply, oil-bath lubrication.

Main drive:                    3-phase motor, 4kw, sumo motor (optional)

 

Electronic let off with servo motor is standard on LT868 rapier loom, warp tension setting can be turned into an instruction through the tension sensor plus a comprehensive treatment by CPU to drive the let off servo system, to ensure constant warp tension from the full to the empty warp beam. ELO and ETU perfet cooperation, effectively avoid fabric start mark.

Electronic let off with servo motor is standard on LT868 rapier loom, weft density through the control panel to set, according to different weft density alternating weaving, to meet a variety of different fabric weft density requirements.

The high integration microprocessor, supports speed more than 400 RPM control. With the CAN BUS, can expand to other functions: electronic weft selection, electronic leno selvage, 7 inch color touch screen, convenient setting and state parameters of view, also support the bilingual interface; a Ethernet interface, can realize remote production data statistic and fault detection. Pattern data can be conveniently copy by USB from the computer to the control system.

Electronic 8 color selector by electronic control cam driven, suitable for various weft yarn. Color selection program computer programming, USB input, can also input by control panel

Weft insertion: two side conjugate cam through a connecting rod transmission gear sector, the turning gear drive the rapier wheel precision weft insertion.
Beating: conjugation by high precision beating cam, drive strong short sley, to ensure the beating up force for weaving high density fabric and heavy fabric.

 

Can be equipped with variety shedding device.

Dobby: electronic and mechanical dobby, up to 20 heald frame.

Jacquard:

electronic jacquard mechanism.

All shedding mechanism can be equipped with auto finding mechanism. Auto pick finding, ETU, ELO, which can effectively prevent the start mark.

The double beam hardening off, negative stationary device, not only suitable for light to heavy fabric, but also can improve the fabric quality, electronic let off equipped with compensation system, effectively prevent fabric start mark.

 

Stop motion: stop motion can quickly find the broken warp position, thus improving the weaving efficiency.