About ICBT Twister
Available for immediate acquisition: 6 high-performance ICBT CD510 machines. Renowned for their French engineering and industrial durability, the CD510 series remains a global benchmark for high-quality cabling and twisting applications. Technical Specifications Component Specification Manufacturer ICBT (Made in France) Model CD510 Quantity 6 Machines Power Supply 3-Phase Operating Voltage 575 V Frequency 60 Hz Current (Rated/Max) 155 A / 200 A Utility Requirements Designed for high-capacity industrial environments, these units operate with the following pneumatic standards: Operating Air Pressure: 5 bar Air Consumption: 1 m^3/hour European Engineering: Built with the precision and heavy-duty frame design characteristic of French-made ICBT machinery. High-Volume Stability: Optimized for consistent tension and twist across all spindles, ensuring superior yarn quality for demanding textile applications. Electrical Configuration: Configured for 60 Hz / 575 V power grids, making them an ideal fit for North American industrial standards or specialized high-voltage facilities. Investment Highlight: ICBT machines are prized in the secondary market for their longevity and the availability of precision-engineered components. These 6 units offer a rare opportunity to acquire a complete production line of matching CD510 models
High-Speed Performance and VersatilityThe ICBT Twister supports diverse yarn types, including cotton, polyester, and blends, operating at speeds up to 12,000 RPM. Its twist range of 50 to 2,000 TPM and take-up package options of 2-6 kg per spindle ensure flexibility for various textile applications. Its mild steel construction delivers durability even at high capacities from 100-200 kg/hr.
Automated Control and Precision EngineeringEquipped with PLC-based computerized controls and an automatic lubrication system, the ICBT Twister simplifies operation while extending machine life. With its advanced air cooling system and minimal noise output, the machine is engineered for reliable, continuous use in modern textile environments.
Optimal Safety and Energy EfficiencyThe machine's robust design (dimensions: 2900 x 1200 x 1750 mm, power: 5.5 kW, voltage: 380V) ensures stable operation and consistent results. Its centralized lubrication and automated features minimize maintenance needs, enhancing operator safety and overall productivity.
FAQ's of ICBT Twister:
Q: How does the automatic lubrication system benefit the ICBT Twister's operation?
A: The centralized automatic lubrication system ensures consistent lubrication of all moving parts, reducing the need for manual maintenance. This enhances machine longevity, minimizes downtime, and ensures smooth, uninterrupted operation during high-speed spinning.
Q: What is the process for adjusting the twist range on the ICBT Twister?
A: Adjusting the twist range (from 50 to 2,000 TPM) is managed through the PLC-based control system. Operators can set the required twist parameters digitally via the user interface, providing flexibility for different yarn specifications and ensuring precise results.
Q: When should the take-up package be changed or replaced?
A: The take-up package-which handles 2 to 6 kg per spindle-should be changed or replaced when the yarn package reaches its designated full weight or before switching to a new yarn type or batch. This ensures consistent yarn quality and optimal operation efficiency.
Q: Where can the ICBT Twister be installed and operated?
A: Designed for textile manufacturing units, the ICBT Twister can be installed in any facility with the necessary floor space (dimensions: 2900 x 1200 x 1750 mm) and power supply (380V). It is suitable for installation across India by authorized service providers and suppliers.
Q: What are the main benefits of using the ICBT Twister in textile production?
A: The ICBT Twister offers high-speed performance, flexibility for various yarn types, easy operation via computerized controls, and reduced operational noise (<75 dB). Its automation and centralized lubrication contribute to lower maintenance requirements and improved production efficiency.
Q: How does the cooling system contribute to the machine's efficiency?
A: The air cooling system efficiently dissipates heat generated during high-speed spinning, maintaining stable operating temperatures. This not only protects machine components but also sustains consistent quality and performance over extended production runs.