FIBC Webbing Sling Making Needle Loom Machine

Name: FIBC Webbing Sling Making Needle Loom Machine
Brand: TEXZIUM INTERNATIONAL PVT LTD
Price: 565000.00 INR
Availability: InStock

Price 565000.00 INR/ Unit

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MOQ : 1 Unit

FIBC Webbing Sling Making Needle Loom Machine Specification

Frequency
50 or 60 Hertz (HZ)

Material
Steel

Machinery Type
Automatic

Power
1.1k Watt (w)

Weight
435 Kilograms (kg)

Color
green

FIBC Webbing Sling Making Needle Loom Machine Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
45 Days

Main Domestic Market
All India

About FIBC Webbing Sling Making Needle Loom Machine

FIBC Webbing Sling Making Needle Loom Machine

FIBC Webbing Sling Making Needle Loom Machine availed by us is used for the manufacturing of highly tensile fabric sling that is capable to bear loads of heavy objects. This electrically powered unit is installed with high-performance drives that make it capable to operate at variable speeds in between 800 to 1200 rounds per minute. FIBC Webbing Sling Making Needle Loom Machine offered by us can be delivered to our customers with a supply ability of 10 units per month.

Specification

Cycle Pattern Chain	Cam
Gross Weight	535 Kg
Max Reed Space	110 mm
Motor Power	1.1 kW
Net Weight	435 Kg
No of Heads	2
Number of Frames	12
Number of Ribbons	2
Speed	750 RPM
Take up System	Double Roller
Weft Density	1.8-5/cm
Brand	Wenli
Model Name/Number	JYS 2/110 FIBC

Reliable and Efficient Webbing Sling Production

This needle loom machine is engineered for high productivity and minimal downtime, thanks to its automatic operation and sturdy steel build. Its advanced design caters to modern manufacturing requirements, delivering uniform webbing slings suitable for diverse lifting needs in industries such as logistics, construction, and shipping.

User-Friendly Automation and Safety

Featuring a user-centric interface and fully automatic controls, this machine simplifies the webbing sling making process. Safety mechanisms and operational reliability are integral, ensuring smooth production cycles and reducing manual intervention, which enhances efficiency and minimizes workplace risks.

FAQ's of FIBC Webbing Sling Making Needle Loom Machine:

Q: How does the automatic function of the FIBC Webbing Sling Making Needle Loom Machine improve production?

A: The automatic function streamlines the webbing sling fabrication process, reducing manual labor and minimizing errors. This leads to consistent quality and increased production speed, making it easier to meet high-volume demands efficiently.

Q: What materials and power requirements are necessary for operating this machine?

A: The machine is constructed from durable steel and is powered by an electrical supply with a frequency of 50 or 60 Hz. It operates using 1.1 kW of energy, ensuring robust performance suitable for industrial-scale operations.

Q: When is this machine typically used in the manufacturing process?

A: The needle loom machine is primarily used during the webbing production stage, where woven slings are manufactured as part of the larger FIBC (Flexible Intermediate Bulk Container) production workflow. It ensures that each sling meets strength and safety standards.

Q: Where can this machinery be installed and who benefits from its use?

A: It is suitable for installation in industrial facilities such as textile plants, logistics equipment manufacturers, or factories specializing in lifting accessories. Exporters, importers, service providers, and suppliers in India benefit from the machine's reliability and output capacity.

Q: What is the process for operating the needle loom machine?

A: To operate, set up the machine with the required yarn and adjust parameters as needed. Once programmed, the automatic system takes over, weaving webbing slings according to the selected specifications, requiring minimal supervision.

Q: What are the key advantages of using this needle loom machine for webbing sling production?

A: Key benefits include high production efficiency, consistent quality, reduced labor costs, durable steel construction, adaptability to various electrical frequencies, and suitability for heavy-duty, large-scale manufacturing demands.

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