Tsudakoma Airjet Loom Cam

Name: Tsudakoma Airjet Loom Cam
Brand: TEXO CAMS (INDIA)

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MOQ : 1 Piece

Tsudakoma Airjet Loom Cam Specification

Dimension (L*W*H)
180 mm x 45 mm x 45 mm

Usage & Applications
Tsudakoma Airjet Looms, Textile Machinery

Finishing
Precision Ground

Diameter
180 mm

Type
Loom Cam

Material
Alloy Steel

Size
Standard

Weight
2.5 kg

Color
Metallic Grey

Hardness
56-58 HRC

Operating Temperature Range
-10C to 120C

Tolerance
0.01 mm

Surface Treatment
Anti-Corrosion Coating

Compatibility
Suitable for Tsudakoma & Compatible Looms

Manufacturing Process
CNC Machined

Production Capacity
500 Pieces per Month

Packaging Type
Corrugated Box

Tsudakoma Airjet Loom Cam Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Day

Delivery Time
4-5 Days

About Tsudakoma Airjet Loom Cam

Discover the Tsudakoma Airjet Loom Cam at a reduced price, offering unassailable value for textile manufacturers. This brilliant component, crafted from robust alloy steel and finished in ravishing metallic grey, is precision CNC-machined and treated with a cutting-edge anti-corrosion coating for enduring performance. With a hardness of 56-58 HRC and a remarkable tolerance of 0.01 mm, this loom cam is the latest standard in reliability and compatibility with Tsudakoma and similar looms. Supplied in secure corrugated packaging, it supports efficient textile operations across India with a monthly production capacity of 500 pieces.

Advantages and Applications of the Tsudakoma Airjet Loom Cam

The Tsudakoma Airjet Loom Cam delivers precise motion control, ensuring peak efficiency and durability within textile machinery. Used primarily in Tsudakoma airjet looms, it guarantees unerring fabric weaving and seamless compatibility with a broad range of looms. Its primary competitive advantages include exceptional hardness, minute dimensional tolerance, and an anti-corrosion surface. As a result, it stands out for its longevity and low maintenance needs, making it a top choice for manufacturers and distributors alike.

Supply Capacity, Certifications, and Secure Delivery

With a robust production capability of 500 pieces monthly, the Tsudakoma Airjet Loom Cam is always in reliable supply. Each unit undergoes stringent quality certifications before dispatch. Secure packaging in corrugated boxes ensures safe transportation, preventing any damages during transit. Clients benefit from swift and predictable delivery, with shipping timelines estimated based on order volume and destination. Our streamlined logistics and secure shipping processes guarantee you receive genuine, high-performance components without delay.

FAQs of Tsudakoma Airjet Loom Cam:

Q: How is the Tsudakoma Airjet Loom Cam manufactured to ensure precision and durability?

A: The loom cam is CNC machined from high-grade alloy steel, achieving a hardness of 56-58 HRC and a strict tolerance of 0.01 mm. It undergoes anti-corrosion surface treatment and is finished with precision grinding for optimal performance and longevity.

Q: What are the primary benefits of using this airjet loom cam?

A: Key benefits include outstanding durability, precise tolerance for reliable weaving, excellent corrosion resistance, and compatibility with Tsudakoma and many other airjet looms. This enhances machinery life and reduces operational downtime.

Q: Where is the Tsudakoma Airjet Loom Cam suitable for use?

A: It is designed for use in Tsudakoma airjet looms and other textile machinery requiring high-precision cam components, making it ideal for manufacturers, exporters, and suppliers in India and abroad.

Q: What is the supply ability and delivery process for this loom cam?

A: We maintain a production capacity of 500 pieces monthly. Each cam is safely packaged in corrugated boxes and shipped using secure transportation. Delivery times are estimated based on order details and transport logistics.

Q: How does the anti-corrosion coating benefit the loom cams performance?

A: The anti-corrosion coating protects the cam from rust and environmental wear, extending its lifespan and reducing maintenance needseven when operating in varying textile factory conditions.