Lafer Raising Machine

Lafer Raising Machine Specification

Product Type
Raising Machine

Automation
Automatic

Capacity
Up to 5000 meters/day

Voltage
380-415 V

Power
15-25 kW

Speed
Up to 150 m/min

Weaving Width
1800-3400 mm

Color
Blue/Silver/Grey

Dimension (L*W*H)
Approx. 5200 x 2800 x 2600 mm

Weight
Approx. 5200 kg

Control System
Touchscreen PLC based control

Material of Construction
High grade steel frame, anti-corrosive coated parts

Fabric Types
Cotton, synthetic, blended fabrics

Safety Features
Emergency stop, interlock systems

Installation Service
Available on request

Drive System
Variable frequency drive

Noise Level
Low noise operation

Application
Raising and finishing of woven & knitted fabrics

Roller Type
Flexible and metallic raising rollers

Energy Consumption
Low energy consumption design

Lafer Raising Machine Trade Information

Supply Ability
100 Per Month

Delivery Time
7 Days

Lafer Raising Machine About

Lafer Raising Machine Make: Lafer Model: GRi-90 Duplex Year of Manufacture: 1997 / 1999 Working Width: 2100 mm If you want, I can also: Standardize it to match your other machinery listings

Advanced Automation for Enhanced Productivity

The Lafer Raising Machine integrates automatic operation and a PLC-based touchscreen system, streamlining the raising and finishing processes for a wide array of fabrics. This automation minimizes manual intervention, accelerates production, and ensures reliable, repeatable outcomes every time.

Energy-Efficient, Robust Design

Engineered for low energy consumption, the machine features a variable frequency drive and durable components like a high-grade steel frame with anti-corrosive coatings. This ensures sustained operation, reduced operational costs, and a long service life, even under demanding industrial workloads.

Tailored Finishing for Diverse Fabric Types

Ideal for cotton, synthetic, and blended materials, the machine employs flexible and metallic roller technology to deliver optimal fabric texture. It is suitable for manufacturers aiming for precise fabric surface enhancement and high-quality results on woven and knitted fabrics.

FAQ's of Lafer Raising Machine:

Q: How does the automatic control system benefit operators using the Lafer Raising Machine?

A: The automatic, PLC-based touchscreen control system simplifies machine operation, decreases the need for manual adjustments, and enhances productivity by allowing precise, repeatable settings tailored to each fabric batch.

Q: What types of fabrics can be processed with this raising machine?

A: This machine is designed to handle a broad spectrum of fabric types, including cotton, synthetic, and blended woven or knitted fabrics, making it versatile for various textile manufacturing needs.

Q: When is it recommended to use a raising machine in textile production?

A: Raising machines are typically used after weaving or knitting, during the fabric finishing stage, to produce a soft, enhanced surface texture that improves the fabric's feel and insulation properties.

Q: Where can installation services for this machine be availed?

A: Installation services are available upon request and are provided across India by authorized service providers, ensuring proper setup and commissioning for optimal machine performance.

Q: What is the process of fabric raising and finishing on this machine?

A: The process uses flexible and metallic rollers to gently raise the fabric's surface fibers, creating a softer and more desirable finish with uniform texture and improved appearance, suitable for high-quality textile applications.

Q: How does the machine's energy-efficient design impact operational costs?

A: Its low energy consumption, achieved through advanced drive systems and efficient engineering, results in reduced electricity costs and a lower environmental footprint, making it an economical choice for textile manufacturers.

Q: What safety features are incorporated in the Lafer Raising Machine?

A: The machine comes equipped with emergency stop mechanisms and interlock systems, ensuring enhanced operator safety during use and minimizing the risk of accidents in the production environment.