FineTex Blow Room system

FineTex Blow Room system Specification

Product Type
Blow Room System

Material
Mild Steel

Capacity
1500-4000 kg/hr

Computerized
Yes

Automatic Grade
Automatic

Control System
PLC Controlled

Cooling System
Air Cooling

Spinning Method
Open End / Ring Spinning Compatible

Voltage
380-440 V, 3 Phase, 50/60 Hz

Power
22-55 kW (Depending on Model)

Weight
2500-8000 kg (Depending on Configuration)

Dimension (L*W*H)
Customized, up to 12000*3500*4000 mm

Color
FineTex Blue & White

Application
Cotton, Synthetic & Blended Fibers

Lattice Speed
Adjustable 0.2 - 1.5 m/min

Cleaning Efficiency
Up to 99%

Noise Level
< 75 dB

Transport System
Pneumatic Conveying

Safety Features
Emergency Stop, Safety Covers

Feeding Type
Automatic Bale Feeder

Waste Extraction System
Integrated with Multi-point Dust Collection

Air Pressure Requirement
6-8 bar

Main Drive Type
VFD Controlled

Service Support
Onsite Installation & Training

FineTex Blow Room system Trade Information

Supply Ability
100 Per Month

Delivery Time
7 Days

FineTex Blow Room system About

Automated BlowRoom Line

Precision Opening, Maximum Cleaning, Minimum Fiber Damage

This robust BlowRoom configuration is engineered for high-throughput spinning plants that demand uncompromised fiber purity and operational efficiency. Featuring industry-standard machinery, this setup ensures a gentle yet thorough treatment of raw cotton from bale to filter

Equipment Qty Key Function

Auto Bale Opener (A3000L & A11) 6 High-speed, automated tuft extraction for uniform blending.

Precleaner (BO 1500) 2 Primary trash removal while preserving staple length.

Mixer (MSX) 2 Multi-chamber blending for consistent yarn quality.

Step Cleaner 2 Intensive cleaning for high-trash-content cotton.

Dustex 2 Fine dust extraction for a cleaner spinning environment.

Bale Press 2 Efficient waste/fiber recycling and compacting.

Filters 4 Advanced micro-dust and fiber recovery.

Massive Production Capacity: With a total of six Auto Bale Openers (including the high-capacity A3000L), this line is built for massive daily output and can handle multiple cotton varieties simultaneously.

Superior Trash Extraction: The combination of BO 1500 Precleaners and Step Cleaners provides a multi-stage cleaning process that removes heavy impurities early, reducing the load on carding machines.

Advanced Dust Management: The integrated Dustex units and 4-filter system significantly improve the mill's air quality, protecting both your staff and the precision of downstream machinery.

Homogeneous Blending: The MSX Mixers ensure that different cotton lots are perfectly blended, eliminating shade variations and strength inconsistencies in the final yarn.

Ideal For:

Large-scale Ring Spinning and Open-End units.

Processing a wide range of cotton types, from low to high trash content.

Operations focusing on Automation to reduce labor costs and human error.

Technical Note: This configuration is designed for high-efficiency airflow, ensuring that fiber transport is seamless with minimal "neps" generation.

Superior Cleaning Performance

Engineered for up to 99% cleaning efficiency, the FineTex Blow Room system adeptly removes impurities from both natural and synthetic fibers. Its multi-point dust collection and automatic waste extraction keep workspaces cleaner, ensuring higher-quality output and less fiber waste for your operations.

Flexible and Automatic Operation

With an adjustable lattice speed range and a fully automatic bale feeder, FineTex offers seamless processing flexibility. Operators can optimize settings to match various fiber types and line requirements, promoting consistency and minimizing manual labor throughout the preparation process.

Advanced Control & Safety Features

The system is equipped with PLC controls and VFD-driven main drives for precise adjustments, improved energy efficiency, and robust automation. Enhanced operator safety is ensured with emergency stops, safety covers, and a low operating noise (< 75 dB), maintaining a secure factory environment.

FAQ's of FineTex Blow Room system:

Q: How does the FineTex Blow Room system improve fiber cleaning efficiency?

A: The system is designed with integrated multi-point dust collection and automatic waste extraction, enabling it to achieve up to 99% cleaning efficiency. This advanced configuration removes a wide range of contaminants from cotton, synthetic, and blended fibers, ensuring cleaner material for downstream processes.

Q: What fibers and spinning methods is the FineTex Blow Room compatible with?

A: FineTex Blow Room can process cotton, synthetic, and blended fibers. It is compatible with both open end and ring spinning methods, making it versatile for different textile manufacturing setups.

Q: When is onsite installation and training provided for the FineTex Blow Room?

A: Onsite installation and operator training are provided as part of our comprehensive service support in India after purchase, ensuring the system is correctly set up and employees are trained for optimal use and maintenance.

Q: Where can the FineTex Blow Room be installed?

A: The system is suitable for textile manufacturing plants, spinning mills, and fiber processing facilities across India and can be customized to fit specific space requirements with configurations up to 12000*3500*4000 mm.

Q: What safety features are included in the FineTex Blow Room system?

A: To ensure operator safety, the system is equipped with emergency stop buttons, safety covers, and maintains an operating noise below 75 dB. These features help create a secure and comfortable working environment.

Q: How does the automatic bale feeder and pneumatic conveying work?

A: The automatic bale feeder delivers fibers consistently to the blow room, while the pneumatic conveying system efficiently transports cleaned fibers to the next processing stage, reducing manual handling and fiber loss.

Q: What are the main benefits of using a computerized, PLC-controlled FineTex Blow Room?

A: Computerized PLC control allows for precise process adjustments, improved consistency, energy savings with VFD drives, and integrated monitoring. This translates to higher productivity, reduced downtime, and lower operational costs.