Water Jet Machine Textile

A water jet cutter also known as a water jet or waterjet is an industrial tool capable of cutting fabric lay by using a very high pressure jet of water or a mixture of water and an abrasive substance.

Water jet machine textile.

Waterjet machines routinely cut a variety of textile materials from fibers and fabrics to carpets and rugs. Water jet loom is a weaving machine for looming used to jet of water for carrying weft yarn through a shed. Water jet weaving machines were first developed in czechoslovakia in the 1950s and subsequently refined by the japanese in the1960s water jet weaving machines are not used as frequently as air jets but they are preferred for some types of fabrics. Water jet weaving machines these machines are produced only by few companies and are used for the manufacture of light and medium weight fabrics with standard characteristics and in water repellent fiber materials primarily multi filament synthetic yarns.

A wide variety of water jet loom textile machines options are available to you such as water jet loom air jet loom and rapier loom. The process is unsuitable for yarns of hydrophilic fibers because the fabric picks up too much moisture. Waterjet loom is not suitable for cotton looming during making yarn. The lwt810 water jet loom enhances the productivity and the quality with the latest technology advancements that customers expect from toyota while achieving the highest energy savings to protect our environment.

The new toyota lwt810 water jet loom for today. It is used for synthetics yarn. Water jet cutting machine. For vertical markets such as flooring we can cut tile laminates and artificial grass turf.

High quality and improved productivity. A very fine water jet is passed through a nozzle at a very high speed to cut the fabric lay. A wide variety of water jet textile machinery options are available to you such as water jet loom rapier loom and jacquard loom. Water jet loom is characterized by high insertion performance and low energy consumption.

Reliability from the past. Innovation for the future.