Ring frame Machines Linked with Winder

Ring frame Machines Linked with Winder Specification

Product Type
Spinning Production Line

Material
All types material

Capacity
1200 Pcs/min

Computerized
Yes

Automatic Grade
Automatic

Control System
PLC Control

Cooling System
Air Cooling

Spinning Method
Ring Spinning

Voltage
500 Volt (v)

Power
90 Volt (v)

Weight
15000 Kilograms (kg)

Dimension (L*W*H)
50 Centimeter (cm)

Color
Standard Rieter Light Grey/Off-White or Light Green.

Ring frame Machines Linked with Winder Trade Information

Supply Ability
100 Per Month

Delivery Time
7 Days

About Ring frame Machines Linked with Winder

Ring Frame Line for Sale a 9 Machines Linked with Winder Brand: Rieter Model: G33 Year: 2005 Quantity Available: 9 Ring Frames (Linked with Auto Winder) a i, Technical Specifications (Per Machine): Number of Spindles: 1200 Spindle Gauge: 70 mm Drafting Type: P3-1 Ring Diameter: 42 mm Spindle Wharve: 18.5 mm Number of Creels: 5 OHTC Make: Sohler Complete ring spinning line linked with winder High spindle capacity a ideal for bulk production Proven Rieter G33 performance Suitable for medium to large-scale spinning mills Well-maintained and in running condition Ideal for cotton & blended yarn production Available for inspection as a complete lot

Efficient Spinning with Linked Winder

The integration of auto-winder technology in our ring frame machines streamlines the spinning process, reducing manual intervention and increasing productivity. By supporting an output capacity of 1200 pieces per minute, these machines are tailored for mass production environments that demand precision.

Versatile Material Compatibility

Designed to handle all types of fibers, the ring frame machine ensures consistent yarn quality for a wide variety of textile applications. Its robust construction and smart PLC-based control system allow rapid adjustment when switching materials, ensuring seamless operation.

Precision Computerized Control

A sophisticated PLC control system and computerized operation deliver superior accuracy, making it simple to monitor, control, and optimize performance during production. This ensures minimal waste and maximum yield with every run.

FAQ's of Ring frame Machines Linked with Winder:

Q: How does the PLC control system enhance the performance of the ring frame machine?

A: The PLC (Programmable Logic Controller) system provides precise control over spinning parameters, enabling consistent output quality and allowing for quick adjustments based on material type or process requirements. This enhances both efficiency and reliability during operation.

Q: What types of materials can be processed using this ring frame machine?

A: This machine is designed to process all types of fibers, offering flexibility for spinning cotton, polyester, blends, or other materials used in the textile industry.

Q: When is routine maintenance recommended for optimal machine performance?

A: Regular maintenance should be scheduled based on operational hours and workload. For continuous performance, monthly inspections and timely servicing are advised to inspect critical parts and ensure smooth functioning.

Q: Where can these ring frame machines be supplied and serviced?

A: As a trusted supplier, trader, and service provider in India, we offer nationwide delivery, installation, and after-sales support for our ring frame machines.

Q: What is the benefit of the air-cooling system in this machine?

A: The air cooling system effectively dissipates heat generated during high-speed spinning, maintaining optimal temperature levels to prevent overheating and prolonging machine life.

Q: How does the automatic linking with the winder improve process efficiency?

A: Automatic linking eliminates manual bobbin transfer, reduces downtime between spinning and winding, and ensures a continuous production flow, resulting in higher overall efficiency.

Q: What are the advantages of using a computerized ring spinning method?

A: Computerized controls allow for easy monitoring and adjustment of production parameters, reducing human error, increasing consistency in yarn quality, and enhancing operational productivity.