High Speed
XY MAX 950 i Air Jet Loom
Power-saving high-speed air jet weaving engineered for stable production and low air consumption.
View specifications →
Weaving machinery for different fabrics, yarns and production goals.
Compare the core Paramount Looms platforms and open the detailed machine pages for technical information.
Core machinery
Seven product platforms. One weaving-focused portfolio.
Machine selection should be matched to yarn type, fabric construction, required width, shedding and target output.
Synthetic Fabrics
High Speed Water Jet Loom
Heavy-duty water jet technology for efficient weaving of synthetic and filament fabrics.
View specifications →Versatile
INDO RAPTOR 786 Rapier Loom
Versatile shuttleless weaving platform built for precision, flexibility and dependable output.
View specifications →Proven Platform
Super Excel Plus Shuttle Loom
A proven high-speed 5-roll shuttle loom for reliable production across varied fabric qualities.
View specifications →Pattern Weaving
Naqsh Electronic Jacquard
Intelligent electronic jacquard control for complex patterns and high-speed patterned weaving.
View specifications →Automation
MLAP 0.1 Smart Loom Panel
Automation panel designed to improve monitoring, control, fabric quality and operator efficiency.
View specifications →Yarn Processing
TFO Twister Machine
Economical twisting solution with a smooth ceramic yarn path and precision spindle performance.
View specifications →How to choose
Start with the fabric, not the machine name.
The right weaving technology depends on how the weft must be inserted, what yarn is being processed and what fabric economics you need.
- Rapier: broad versatility across yarns, colors and fabric structures.
- Air jet: high-speed production where compressed-air economics and yarn suitability align.
- Water jet: fast synthetic filament weaving in appropriate water-compatible applications.
- Shuttle: practical mechanical platform for many conventional woven fabric programs.
- Jacquard: adds complex pattern control to compatible weaving systems.