Itema R9500 Rapier Weaving Machines with Bonas Jacquard

Itema R9500 Rapier Weaving Machines with Bonas Jacquard Specification

Product Type
Textile Weaving Machine

Automation
Automatic

Voltage
400 V Electromagnetic (emu)

Power
50HZ

Speed
650factory RPM

Weaving Width
210 Centimeter (cm)

Itema R9500 Rapier Weaving Machines with Bonas Jacquard Trade Information

Supply Ability
100 Per Month

Delivery Time
7 Days

Sample Available
No

About Itema R9500 Rapier Weaving Machines with Bonas Jacquard

Itema R9500 Rapier Weaving Machines with Bonas Jacquard

Quantity: 12 Nos.

Make & Model: Itema R9500 Rapier Weaving Machine

Jacquard Make & Model: Bonas ZJS2 Jacquard

Working Width: 210 cm

Year 2012 i 7 Machines

Year 2013 i 3 Machines

Year 2015 i 2 Machines

Technical Specifications

Average Running Speed: 650 RPM (factory running condition)

Weft Insertion:

8 Color Machines

Equipped with 2 Nos. ROJ Luna X3 weft feeders per machine

Jacquard Capacity:

Bonas ZJS2 i 2688 Hooks Capacity

2688 Hooks Installed

Series 800 Controller

Stop Motions:

6 Stop Motion Bars with Droppers fitted

Power Supply: 400V / 50Hz

Beam Configuration

Some machines are fitted with Single Bottom Beam

Some machines are fitted with Top Beam (Top Beam machines available at extra price)

Supplied per Machine:

1 Beam (either bottom beam or top beam as applicable)

1 Cloth Roll

Note:

No extra beams or cloth rollers are available.

Additional Equipment

Extra 3 Nos. Bonas Jacquards

Complete with 2688 Hooks each

Advanced Weaving Capabilities

The Itema R9500, equipped with a Bonas Jacquard, allows for intricate and versatile pattern production. Its automatic operations and optimized power input enable weavers to handle complex designs efficiently, reducing manual intervention and enhancing productivity for textile businesses.

Efficiency and Reliability

Operating at 650 RPM with a 210 cm weaving width, this machine ensures rapid fabric production without compromising quality. Its 400 V electromagnetic system is tailored for consistent performance, making it a dependable solution for high-output weaving factories and suppliers.

FAQ's of Itema R9500 Rapier Weaving Machines with Bonas Jacquard:

Q: How does the Itema R9500 Rapier Weaving Machine with Bonas Jacquard enhance textile production?

A: The machine features automatic operations, a 210 cm weaving width, and a high speed of 650 RPM, allowing for rapid and precise textile creation. Its integrated Bonas Jacquard system supports the weaving of complex patterns, improving both productivity and design flexibility.

Q: What types of fabrics can be produced with this weaving machine?

A: Thanks to the Bonas Jacquard integration, the Itema R9500 is capable of handling a wide range of textiles, including intricate jacquard fabrics, apparel materials, and home textiles, making it suitable for diverse manufacturing requirements.

Q: When should routine maintenance be performed on the Itema R9500 weaving machine?

A: It is recommended to follow the factory guidelines for maintenance, which typically involves routine checks after every set number of operational hours and periodic servicing to ensure optimal performance and longevity.

Q: Where can I find authorized service providers and suppliers for the Itema R9500 in South Korea?

A: Authorized service providers, suppliers, and traders for the Itema R9500 are available throughout South Korea, especially in major industrial regions. Contact local authorized dealers or the manufacturer's official representatives for support and genuine parts.

Q: What is the process for installing and setting up the Itema R9500 weaving machine?

A: Installation should be carried out by certified technicians who will position the machine, connect it to a 400 V power source, and calibrate the Jacquard system. User training on the automation features is also typically provided during setup to ensure proper operation.

Q: How is the automatic feature of this machine beneficial for textile factories?

A: The automatic functionality minimizes manual intervention, streamlines production workflows, and reduces the risk of errors. This results in increased efficiency, consistent fabric quality, and reduced operational downtime within textile manufacturing facilities.