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Ir Beaker Dyeing

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MOQ : 1 Unit

Ir Beaker Dyeing Specification

Display Type
Digital LED

Control Type
Digital PLC/Controller

Features
Uniform Dyeing, Energy Efficient, Sample Dyeing Automation, Data Logging, Overheat Protection

Power Supply
Electric

Speed Range
5 - 60 rpm

Glass Type
High Borosilicate Glass

Temperature Resistance
Up to 140C

Heating Capacity
Ambient to 140C

Shape
Rectangular

Accuracy
1C

Type
IR Beaker Dyeing Machine

Dimension (L*W*H)
800 mm x 500 mm x 500 mm

Equipment Type
Laboratory Dyeing Equipment

Equipment Materials
Stainless Steel Body, High Grade Plastics, Glass Beakers

Power
3 kW

Voltage
220 V AC, 50 Hz

Material
Stainless Steel and Glass

Application
Laboratory Dyeing, Textile Sampling and Testing

Capacity (Ltr)
Up to 24 Beakers of 250 ml or as specified

Standards Compliance
Meets ISO and AATCC Test Methods

Insulation
Double Layered Thermal Insulation

Cooling
Air and Fan Assisted

Temperature Uniformity
±1°C Across All Beakers

Safety
Over-Temperature Cutoff, Door Interlock

Heating Method
Infrared Heating (IR)

Beaker Volume
250 ml each (Other options available)

Mobility
Portable with Caster Wheels

Circulation
Automatic Rotation with Variable Speed

No. of Beakers
Up to 24 Beakers

Controller
Programmable Microprocessor Controller

User Interface
Touch Keypad Control

Stirring
Individual Stirring Rods Provided

Weight
Approx 40 kg

Color
Metallic/Custom as per request

Ir Beaker Dyeing Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
12 Units Per Week

Delivery Time
2 Week

About Ir Beaker Dyeing

IR beaker dyeing can be dyed any types of samples of yarn, fabric, and fibre. The machine's tabletop design makes it user-friendly, simple to use, and trouble-free. It moves forward and backward in both directions while it revolves in a circle at 360 degrees. Infrared dyeing equipment is frequently used in lab dyeing equipment. This device can be used to dye samples of different loose fibres, fibre strips, yarns, and textiles under high pressure and temperature. IR beaker dyeing uses dispersive dyes, acid dyes, and other colours.

Advanced Infrared Heating Technology

Equipped with precise infrared heating, the IR Beaker Dyeing Machine ensures rapid and uniform temperature distribution across all beakers. This technology minimizes energy consumption and reduces heat-up times, delivering efficiency and reproducibility in laboratory color development and testing.

Programmable and Automated Operation

The machine features a digital PLC controller and touch keypad, enabling programmable dyeing cycles and automated sample handling. With variable-speed automatic rotation, individual stirring rods, and robust data logging, it facilitates consistent dyeing results and comprehensive process documentation.

Safety and Construction Highlights

Safety is paramount, with features such as over-temperature cutoff, door interlock, and fan-assisted cooling. Built with a stainless steel body, high-grade plastics, and high borosilicate glass beakers, the equipment assures longevity and reliability. Its portable design allows easy movement and setup in any laboratory environment.

FAQ's of Ir Beaker Dyeing:

Q: How does the IR Beaker Dyeing Machine ensure uniform dyeing across samples?

A: Uniformity is achieved through advanced infrared heating that maintains 1C temperature accuracy across all beakers. Automatic rotation and individual stirring rods ensure all dye solutions are consistently mixed, resulting in even dye penetration for each textile sample.

Q: What types of applications is this machine suitable for in the laboratory?

A: The IR Beaker Dyeing Machine is ideal for textile sampling, laboratory dyeing, and color fastness testing. Its precise control and compliance with ISO/AATCC make it suitable for research, quality control, and product development in textile laboratories.

Q: When should the machine's safety features be checked or maintained?

A: Safety features like the over-temperature cutoff and door interlock should be regularly tested before each series of dyeing processes. Scheduled maintenance, ideally monthly, helps ensure all protective mechanisms function optimally and prolong the equipment's lifespan.

Q: Where can the IR Beaker Dyeing Machine be installed in a laboratory?

A: The compact and portable design, aided by caster wheels, allows easy placement anywhere with access to a suitable 220 V AC, 50 Hz power supply and proper ventilation for cooling. Its standard dimensions fit most laboratory benches or workspaces.

Q: What is the process for operating the machine for a typical dyeing cycle?

A: Begin by loading textile samples and dye solutions into the glass beakers. Use the digital touch keypad to program the desired cycle parameters, including temperature, rotation speed, and timing. The system will automate heating, stirring, rotation, and cooling based on the programmed settings.

Q: How does using this machine benefit laboratory textile testing?

A: This equipment provides precise, automated, and reproducible dyeing conditions, improving result accuracy. The user-friendly interface and data logging simplify process documentation and compliance while energy-efficient components reduce operational costs.

Q: What options are available for beaker volume and color customization?

A: Standard beaker volume is 250 ml, but other sizes can be provided upon request. The exterior of the machine comes in a metallic finish, but custom color options are available to suit laboratory aesthetics or organizational preferences.

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