IMD AW G Assembly Textile Winding Machine

Name: IMD AW G Assembly Textile Winding Machine
Brand: SMEW TEXTILE MACHINERY PVT. LTD.
Price: 45000 INR
Availability: InStock

Price 45000 INR/ Unit

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MOQ : 1 Unit

IMD AW G Assembly Textile Winding Machine Specification

Frequency
50-60 Hz

Hook
Single/Double Yarn Feeding Hooks

Product Type
Assembly Textile Winding Machine

Material
Mild Steel Body, Steel Components

Machinery Type
Automatic Winding Machine

Capacity
40 Spindles per Machine

Voltage
220V / 380V (customized option)

Power
1.5 kW per set

Dimension (L*W*H)
5300 mm x 800 mm x 1600 mm

Weight
Approx. 950 kg

Color
White & Blue

Yarn Count Range
20s-60s

Control System
PLC Based

Automation Grade
Automatic

Noise Level
70 dB

Drive Type
Individual Spindle Drive

Max Yarn Package Diameter
300 mm

Tension Control
Electronic

Application
Assembly winding for yarn processing

Spindle Number
24

IMD AW G Assembly Textile Winding Machine Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About IMD AW G Assembly Textile Winding Machine

Take advantage of the dominant performance and astonishing precision of the IMD AW G Assembly Textile Winding Machine, currently available at a top sale for discerning manufacturers and exporters. This polished machine boasts an automatic operation with individual spindle drives for up to 40 spindles, handling yarn counts from 20s to 60s with supreme electronic tension control. Designed with a robust mild steel body and steel components, it supports a max yarn package diameter of 300 mm and offers PLC-based control for seamless assembly winding. Upgrade your production with this powerhouse technology from a leading supplier in India.

Dominant Precision for Professional Yarn Processing

The IMD AW G Assembly Textile Winding Machine is widely used by textile manufacturers, exporters, and suppliers requiring reliable, high-volume yarn processing. Specifically designed for assembly winding applications, it combines advanced features such as individual spindle drives, PLC-based control, and electronic tension management. With a spindle capacity of 40 per machine and customizable voltage options, it delivers consistent results for counts from 20s to 60s, making it an essential tool for modern textile units.

Smooth Sample Policy, Payment, and Logistics

Our sample policy for the IMD AW G Assembly Textile Winding Machine allows you to review performance before purchase. Payment terms are flexible, ensuring a seamless purchase order experience from start to finish. We efficiently coordinate logistics and dispatching through major Indian FOB ports, optimizing your operational timeline. Trust our experienced export team to ensure reliable shipment and prompt delivery after the completion of your order process.

FAQ's of IMD AW G Assembly Textile Winding Machine:

Q: How does the IMD AW G Assembly Textile Winding Machine control yarn tension?

A: The machine utilizes an advanced electronic tension control system, ensuring consistent and high-quality winding by automatically adjusting tension to the yarn requirements.

Q: What is the process to place a purchase order and dispatch the machine?

A: Simply contact our sales team with your specifications. After confirming the purchase order and completing payment, we coordinate logistics and dispatch your machine promptly from the designated FOB port.

Q: Where can this automatic winding machine be used most effectively?

A: It is ideal for use in textile mills, yarn processing units, and assembly winding facilities that require high efficiency, polished performance, and superior product consistency.

Q: What specific usage does the assembly winding machine serve?

A: The machine is designed for assembly winding of yarn, efficiently combining multiple yarn ends onto a single package with exacting precision.

Q: What are the benefits of individual spindle drive technology?

A: Individual spindle drive delivers optimized speed and precision for each spindle, resulting in uniform winding, minimized yarn breakage, and improved operational flexibility.

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