Product Description
In order to fulfill the ever growing requirements of our clients, we are affianced in manufacturing and exporting a quality assured spectrum of IR Beaker Dyeing Machine. These machines are manufactured by our dedicated team of engineers using quality approved raw materials that are sourced from the well known vendor base. Extensively used for dyeing sample of cotton, polyester and any form of fiber, this IR Beaker Dyeing Machine is highly demanded by research labs, dyes as well chemical manufacturers.
Features:
- Excellent accuracy
- Highly efficient
- Less maintenance
Advanced Infrared TechnologyUtilizing IR radiation heating, this dyeing machine ensures rapid, even heating, and precise temperature control. The programmable microprocessor-based controller facilitates tailoring each cycle to specific fabric types and research needs, maximizing accuracy for laboratory dyeing tasks.
Versatile Design for Multiple ApplicationsCapable of handling cotton, polyester, blends, wool, silk, and other textiles, this machine supports sample swatches, yarn, and fibers. The universal clamp holder and customizable beaker volumes accommodate a wide range of research and quality control requirements, ensuring flexibility across laboratories.
Safe, User-Friendly OperationThe IR Beaker Dyeing Machine features a large, digital, real-time display and safety mechanisms such as over-temperature protection and automatic shut-off. Its touch-screen or membrane-type control panels offer intuitive programming, providing reliable and efficient sample dyeing with minimal supervision.
FAQ's of IR Beaker Dyeing Machine:
Q: How does the IR Beaker Dyeing Machine achieve uniform dyeing results?
A: The machine uses automatic beaker rotation (typically 20-40 rpm) and a programmable process to agitate samples consistently, ensuring even dye distribution across all types of laboratory textile samples.
Q: What materials and fabrics can be processed with this machine?
A: The IR Beaker Dyeing Machine is suitable for dyeing cotton, polyester, blends, wool, silk, and other experimental fabrics. It can be used for yarn, fiber, and fabric swatch samples ranging from 10-20 cm.
Q: When is the best time to use natural cooling or opt for the forced air cooling system?
A: Natural cooling is generally sufficient for most laboratory dyeing tasks. However, if rapid sample cooling or higher throughput is required, the optional forced air system can decrease turnaround times between dyeing cycles.
Q: Where can this dyeing machine be installed and operated?
A: Designed for laboratory use, the IR Beaker Dyeing Machine can be installed in R&D facilities, quality control labs, or textile research institutions. Its voltage range and customizable plug type allow for international use.
Q: What are the main process controls and display features offered?
A: The machine features a large real-time digital display showing current temperature and process status. Programming is managed via a microprocessor-based controller with either a touch-screen or membrane-type panel, providing intuitive operation.
Q: How does the safety system protect operators and samples?
A: Safety is ensured with over-temperature protection, automatic shut-off in case of anomalies, and quality stainless steel construction. This protects both the operator and laboratory samples during unattended operation.
Q: What are the main benefits of using IR heating in this dyeing machine?
A: IR heating provides fast, uniform temperature rise with consistent results, reduced energy consumption, and more precise control of dyeing conditions compared to conventional methods, making it ideal for laboratory experimentation and scaling up processes.