KTTM Spindle Cutter

KTTM Spindle Cutter Specification

Capacity
High Output

Thermal Conductivity
Good

Hardness
HRC 58-60

Diameter
20mm - 80mm

Tensile Strength
>800 MPa

Size
Standard/Custom as per requirement

Mounting Type
Shaft Mounted

Automation Grade
Manual / Semi-Automatic

Features
Precise cutting; Durable; Wear Resistant

Noise Level
Low

NO. Of Hole
4

Part Type
Cutter

Surface Finish
Polished

Product Type
Spindle Cutter

Material
Alloy Steel / Tool Steel

Textile Machine Type
Textile Spinning Machine

Spare/Component Type
Textile Machine Spare Part

Usage
Textile Industry; Yarn Cutting

Speed
Up to 12000 RPM

Dimension (L*W*H)
As per design

Weight
0.5 kg - 2 kg

Life Cycle
Long Service Life

Heat Treatment
Yes, for Strength and Durability

Maintenance
Low; Easy to Replace

Application
Used for precise and rapid yarn/spindle cutting

MOQ
10 Pieces

Color
Metallic Silver

Corrosion Resistance
Yes

Packaging Type
Box Packed

Blade Type
Replaceable/Sharpenable

Compatibility
Fits standard and customized spindle assemblies

KTTM Spindle Cutter Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
5000 Pieces Per Month

Delivery Time
7 Days

About KTTM Spindle Cutter

Introducing the KTTM Spindle Cutter-renowned for precise, rapid yarn cutting in textile spinning machines. Crafted from brilliant, kingly alloy/tool steel and finished in metallic silver, it ensures corrosion resistance and a polished look. The replaceable and sharpenable blade offers a long service life, while low maintenance and a shaft-mounted design ensure easy, reliable use. Experience the Lowest Price Markdown-Add to Cart for renowned quality, high output capacity, and compatibility with standard or customized spindle assemblies. Box packed for safe delivery, MOQ: 10 pieces.

Precision Use Across Textile Plants

The KTTM Spindle Cutter is expertly designed for manual and semi-automatic operations in textile industry settings. Its primary use is in yarn and spindle cutting, making it an essential spare for textile spinning machines. This cutter finds application on production lines and is compatible with both standard and tailored setups within textile plants. Trusted for on-site integration, it ensures smooth operation for manufacturers and exporters across India's textile sector.

Efficient Supply and Prompt Delivery

KTTM ensures a steady supply of spindle cutters from India to global markets. Estimated delivery times are shared once your order is confirmed, typically varying based on quantity and destination. Shipped goods are securely box packed for safe transit. Sample policies and FOB port options are available upon request, ensuring smooth procurement for clients. Clients are encouraged to reach out for supply schedules and sample requirements before confirming shipment logistics.

FAQ's of KTTM Spindle Cutter:

Q: How does the KTTM Spindle Cutter enhance precision in textile cutting?

A: The KTTM Spindle Cutter features a replaceable and sharpenable blade designed for rapid, accurate cutting of yarn and spindles. Its robust construction and high-speed capability ensure clean, precise cuts across various textile applications.

Q: What maintenance process is recommended for this cutter?

A: Minimal maintenance is needed. Regular inspection and timely blade replacement or sharpening are suggested to guarantee continued performance and long service life.

Q: When can buyers expect the spindle cutter to be delivered after placing an order?

A: Estimated delivery timelines are provided after order confirmation, commonly based on order quantity and shipping destination. Orders are efficiently processed and shipped in secure packaging.

Q: Where is the KTTM Spindle Cutter typically used?

A: This spindle cutter is widely utilized in textile spinning plants and is compatible with both standard and customized spindle assemblies used in the textile industry.

Q: What benefits does the heat-treated alloy/tool steel construction offer?

A: The alloy/tool steel with heat treatment dramatically increases the cutter's hardness (HRC 58-60) and tensile strength (>800 MPa), resulting in enhanced durability and resistance to wear, corrosion, and heat.