Integrated air supply
A separate central compressor is normally not required for the specified machine configuration.
Single Nozzle Small Airjet Loom
Model MG768 Compact Airjet Loom
A compact single-nozzle air-jet loom with an integrated air compressor. Designed for selected light and medium cotton, polyester, blended, and synthetic fabrics.
Direct Factory Source for Compact Airjet Looms Made in China
Built-in
Air compressor
56"
Reed width
350-420
RPM range
0.8 / 1.1 kW
Motor power
Tuck in
Air tuck-in included
Spare parts
Full parts support
Product overview
Compact airjet weaving for space-conscious textile workshops.
MG768 combines single-nozzle air-jet weft insertion with an integrated air supply. This can reduce separate compressor installation for compact workshops. Final suitability is confirmed according to yarn, fabric construction, reed width, density, and expected output.
- Built for light and medium fabric production
- Suitable for cotton, polyester, and synthetic fibers
- Good fit for mills focused on cost, space, and steady output
Key benefits
Simple installation, low power demand, steady airjet weaving.
Single-nozzle weft insertion
One main nozzle and the air channel provide a direct weft-insertion path with straightforward maintenance.
Low power demand
0.8 kW or 1.1 kW motor options help control running cost for small airjet weaving applications.
Factory running views
Actual compact airjet loom photos from factory operation.
Real workshop photos show complete loom rows, the take-up and drive-side mechanisms, electric weft feeder, weaving zone, fabric surface, and selvage details.
Actual factory-running machine photos
MG768 looms operating in a textile workshop with fabric winding and machine rows visible.
Production line view
Wide workshop view of multiple MG768 looms running together in production.
Electric weft feeder and speed display
Close view of the electric weft feeder and the digital running-speed display.
Take-up system
Cloth roller and gear-side view of the take-up system during production.
Drive-side mechanism
Side view of the mechanical transmission and cloth-winding components during operation.
Fabric selvage detail
Close view of the woven fabric edge during actual production.
Weaving area
Actual warp path, heald frames, and reed area inside the working loom.
Warp shedding and fabric formation
Working view of the warp shed, reed, and newly formed fabric during production.
Fabric edge detail
Close running view of the fabric surface and selvage formation.
Factory running videos
Actual air-jet loom operation and fabric formation.
These factory-running videos show continuous production and a clean, even fabric surface.
Fabric formation during production
Actual running view of continuous weaving and the visible fabric surface.
Actual factory running video
Continuous workshop operation with the fabric surface visible during production.
Production workshop
Real factory workshop environment for machine preparation.
Workshop photos show the production floor, machine arrangement, assembly process, and inspection details before delivery.
Aligned machine row
Horizontal workshop view of multiple MG768 loom frames aligned for assembly and preparation.
Batch assembly line
Multiple units prepared together with frame assemblies, take-up rollers, and air units visible.
Machine row and aisle
Side-row view showing air components, machine spacing, and the workshop aisle.
Technical data
Compact Airjet Loom Model MG768 specifications.
Key technical data for the MG768 compact airjet loom. Final configuration can be confirmed according to yarn, fabric sample, and production requirements.
Fabric range
Cotton and cotton blends
Suitable for selected light and medium fabrics, subject to yarn count, density, and fabric construction.
Polyester fabric
Suitable for selected light and medium polyester fabrics and blends.
Synthetic fibers
Configuration is confirmed according to yarn properties, fabric density, and target production speed.
Before configuration confirmation
Please provide the yarn material and count, fabric construction and density, required reed width, target speed, and a fabric sample or specification sheet.
| Model and weaving range | |
|---|---|
| Model | MG768 Single Nozzle Airjet Loom |
| Reed Width | 56 inches |
| Weft Density | 8-68 picks/inch |
| Speed | 350-420 RPM |
| Air and weft system | |
| Air Supply | Built-in air compressor |
| Nozzle | Single main nozzle + air channel |
| Feeder | One electric feeder |
| Mechanical configuration | |
| Take-up | Mechanical take-up gear |
| Let-off | Mechanical worm gear |
| Frame | 2-piece frame |
| Warp Beam | 1.5 sets, 600 mm |
| Cloth Roller | 1.5 sets, 300 mm roller diameter |
| Control and power | |
| Warp Stop | Electrical warp stop with 4 lines |
| Selvage System | Pneumatic tuck-in device included |
| Main Drive Motor | 1.1 kW or 0.8 kW |
| Control Box | Speed display |
| Service support | |
| Spare Parts | Full spare parts support for long-term operation and maintenance. |
JETWEAVING support
Factory-built compact airjet loom support for practical textile production.
JETWEAVING focuses on compact airjet weaving machinery for textile manufacturers that need simple installation, controlled power demand, and clear technical communication before delivery.
Machine preparation
Workshop photos show real machine rows, assembly work, and inspection details before shipment.
Configuration support
Fabric, yarn, reed width, power, and output requirements can be checked before quotation.
Operation reference
Actual running videos and fabric detail photos help buyers review machine performance clearly.
Buyer questions
Compact airjet loom FAQ.
Key questions buyers usually confirm before choosing the MG768 single nozzle airjet loom.
What fabrics can the MG768 compact airjet loom weave?
MG768 is designed for light and medium cotton, polyester, and synthetic fabric weaving. Final suitability should be confirmed according to yarn, fabric sample, reed width, and expected output.
Does the MG768 airjet loom need an external compressor?
The MG768 uses a built-in mini air compressor, so a separate external compressor system is not required for the standard compact configuration.
What is the motor power of this compact airjet loom?
The motor power options are 0.8 kW or 1.1 kW, helping small textile workshops control running cost and power demand.
How should buyers confirm the right MG768 configuration?
Send fabric details, yarn information, reed width, expected output, and workshop requirements to JETWEAVING by WhatsApp for configuration confirmation.
Inquiry
Prepare the right configuration for your fabric.
Send your WhatsApp contact, fabric details, reed width, and expected output directly to JETWEAVING for a clear machine recommendation.
NANTONG JETWEAVING TEXTILE MACHINERY CO.,LTDRudong City, Nantong, Jiangsu Province, China
WhatsApp: +86 181 1583 1456