Polyester Fabrics
Machine specification can be matched to polyester filament yarn, fabric structure and reed width.
Waterjet Loom Manufacturer · Textile Machinery
JTM508 Waterjet Loom
The JETMECH JTM508 is a configurable water jet weaving machine for polyester, nylon and other synthetic filament fabrics. Reed width, nozzle setup, shedding, let-off, take-up and motor type can be matched to each textile weaving project.
Waterjet Loom
Weaving Machine
Filament Weaving Loom
Textile Machinery
JTM508
Configuration support for synthetic filament weaving projects.
ApplicationPolyester, nylon and synthetic filament fabrics
Nominal Reed Space190 / 260 / 280 cm
Nozzle Option1P/2N or 2P/2N
Main Motor5.5 kW X-Motor / belt drive
Textile Weaving Applications
Water Jet Weaving Machine for Synthetic Filament Fabrics
JTM508 waterjet looms are configured for weaving factories processing hydrophobic filament yarns. This industrial textile machinery combines project-matched water-jet insertion, shedding, let-off, take-up and drive systems for practical production planning.
Nylon Fabrics
Nozzle, water-flow and tension requirements are discussed according to the nylon weaving project.
Synthetic Filaments
Water-jet insertion supports suitable continuous-filament fabric programs and high-efficiency weaving.
Project Matching
Reed width, shedding, let-off, take-up, motor and workshop conditions are confirmed before quotation.
Machine Views
JTM508 Machine Views and Heavy-Duty Frame
Review the complete waterjet loom, service-side layout and reinforced frame structure before checking the technical specification.
Complete Loom
Front Machine View
Complete front view showing the loom body, cloth area, protective covers, and operator side.
Service Access
Left-Side Service View
This side view shows transmission-side access and frame alignment. Final installation clearance follows the approved machine layout.
Heavy-Duty Frame
Two Side Frames — 570 kg Combined Weight
The left and right side frames have a combined weight of 570 kg. Pentagonal connecting beams and eight floor anchor bolts help improve rigidity and operating stability.
JTM508 Specifications
Key Parameters for Waterjet Loom Selection
Final machine configuration is matched to fabric, yarn condition, reed width, nozzle layout, shedding system, motor and target output.
Nominal Reed Space190 / 260 / 280 cmStandard references; other widths are available by project.
Nozzle Option1P/2N1 pump / 2 nozzles; 2P/2N is also available.
SheddingCrank / CamElectronic dobby can be configured by order.
Main Motor5.5 kWDirect-drive X-Motor or conventional belt-driven motor.
| Machine Body | Heavy-duty integrated side-frame structure, 88 cm body height, 570 kg combined weight for the left and right side frames, and HT250 casting standard. |
|---|---|
| Floor Fixing | Eight anchor bolts in total, four per side wall, for operating stability. |
| Nominal Reed Space | 190 cm, 260 cm or 280 cm as standard references; other nominal reed spaces are available by project. |
| Weft Insertion | 1 pump / 2 nozzles or 2 pumps / 2 nozzles, selected according to the fabric and required weft arrangement. |
| Let-Off / Take-Up | Mechanical or electronic let-off and take-up systems according to order. |
| Control | XINLIAO controller with a 7-inch touchscreen and operating diagnostics. |
| Weft Feeders | Two XINLIAO electronic weft feeders are the reference configuration; final quantity follows the fabric design. |
| Heald Frames | 8 / 10 / 12 frames, selected according to the weave pattern and shedding system. |
| Main Motor | 5.5 kW direct-drive X-Motor or conventional belt-driven motor. |
| Order Basis | Fabric, weft yarn, nominal reed space, nozzle arrangement, shedding, heald frames, feeders, motor, voltage, frequency, machine color, quantity, and destination. |
Shedding System Options
Cam Shedding and Electronic Dobby Model Comparison
JTM508 can be matched with NPW410, NPW411 or LP409 cam shedding. NP5400D electronic dobby is available where wider pattern capability is required.
| Specification | NPW410 CAM | NPW411 CAM | NP5400D Electronic Dobby | LP409 CAM |
|---|---|---|---|---|
| Reed space | 190 cm – 360 cm | 190 cm – 360 cm | 190 cm – 390 cm | 190 cm – 360 cm |
| Reference maximum speed | 1000 rpm | 800 rpm | 750 rpm | 800 rpm |
| Pitch | 14 mm | 14 mm | 12 mm | 14 mm |
| Maximum heald frames | Up to 10 | 12 | Up to 16 | 12 |
| Heddle specification | 260 / 280 mm | 260 / 280 mm | 330 mm | 260 / 280 mm |
| Shedding amount | 56–113 mm | 56–113 mm | 58–142 mm | 56–113 mm |
| Pattern repeat | 12 picks | 12 picks | 12,800 picks | 10 / 12 picks |
The reference unit shown is NPW410. The listed values are shedding-unit reference specifications and do not replace the confirmed JTM508 loom reed width or final project specification.
Water-Jet Control and Drive Systems
Core Components for Stable Filament Weaving
Mechanical, control, feeding and drive components are organized for stable water-jet insertion and practical long-term operation.
Water-Jet Insertion
CNC Water Guide System
CNC-machined guides and ceramic nozzles support stable water velocity and flow accuracy.
Main Bearings
Original NSK / NACHI
Original Japanese bearings support reliable rotation, reduced wear and long-term operation.
Precise Fabric Control
ELO / ETU System
Electronic let-off stabilizes warp tension while electronic take-up controls fabric density.
Drive System
5.5 kW Direct Drive
Stable torque and direct power transmission support efficient continuous weaving.
Buyer Information
JTM508 Waterjet Loom FAQs
Practical answers for textile machinery buyers selecting a water jet weaving machine and preparing an export quotation.
What fabrics can the JTM508 waterjet loom weave?
The JTM508 is designed primarily for hydrophobic synthetic filament fabrics such as polyester and nylon. Water-jet insertion is generally not the first choice for cotton, viscose, or other water-absorbent yarns. Final configuration is selected according to fabric, yarn condition, reed width, and target output.
Which nominal reed spaces and nozzle options are available?
The standard reference nominal reed spaces are 190 cm, 260 cm and 280 cm; other widths are available by project. The listed nozzle configurations are 1 pump with 2 nozzles or 2 pumps with 2 nozzles, selected according to the fabric and required weft arrangement.
Which shedding systems can be configured on the JTM508?
The JTM508 can use crank or cam shedding. NPW410, NPW411 and LP409 cam options are listed, while the NP5400D electronic dobby is available when wider pattern capability is required.
Buyer Knowledge
Waterjet Loom Technical Guides
Continue with practical explanations of working principle, machine selection, specifications, maintenance, and after-sales planning.
Working PrincipleWhat Is a Waterjet Loom and How Does It Work?
See how the water jet inserts the weft and how the main systems complete each weaving cycle.
Machine SelectionHow to Choose a Waterjet Loom for Your FabricMatch yarn, fabric width, weave, pump, nozzle, shedding, drive, and workshop requirements.
Parts and SystemsWaterjet Loom Parts, Systems and SpecificationsSeparate standard references, project options, and the final quotation scope.
MaintenanceMaintenance, Water Quality and Common FaultsPlan preventive maintenance, water quality, spare parts, installation, and after-sales responsibilities.
These in-depth guides open on the specialist website waterjetweaving.com.
Request a JTM508 Configuration and Quotation
Share your filament fabric, yarn, reed width, nozzle option, shedding system, target output, machine quantity and destination country. JETMECH will prepare the waterjet loom configuration basis for discussion.