Automatic Tissue Processor Unit

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Automatic Tissue Processor Unit Specification

Glass Type
Heat Resistant Borosilicate Glass Jars

Power Supply
AC Mains

Shape
Rectangular

Features
Fully Automated, Programmable Cycles, Safety Interlocks, Lockable Lid, Audible Alarms

Accuracy
±2°C Temperature, ±1 RPM Speed

Heating Capacity
Adjustable from Ambient to 80°C

Display Type
LED Digital Display

Speed Range
Digital Programmable, Up to 20 RPM

Control Type
Digital Microprocessor Controlled

Temperature Resistance
Up to 80°C

Type
Automatic Tissue Processor Unit

Dimension (L*W*H)
52 cm x 30 cm x 48 cm

Equipment Type
Tissue Processor

Equipment Materials
Stainless Steel and Powder Coated Metal

Power
60 W

Voltage
220 V AC

Material
High Quality Metal and Glass

Application
Laboratory Histopathology Tissue Processing

Capacity (Ltr)
Up to 1.5 Litres per container

Accessories Included
Instruction Manual, Spare Fuses

Finish
Corrosion Resistant, Easy Clean

Operating Modes
Automatic/Manual

Compatibility
Suitable for all standard tissue cassettes

Ambient Humidity Tolerance
Up to 80% RH

Number of Stations
12 Jars + 1 Wax Bath

Internal Timer
24 Hour Programmable Timer

Cycle Duration
Programmable, up to 24 hours

Safety Features
Over-temperature and dry run protection

Basket Capacity
Up to 70 Tissue Cassettes per cycle

Mobility
Provided with Castor Wheels

Jar Lid Material
Polypropylene

Noise Level
Low, <45 dB

Automatic Tissue Processor Unit About

Automatic Tissue Processor Unit

Brand	Micro Technologies
Display	Digital
Capacity	More Than Fifty Cassettes Simultaneous Processing
Number of Containers	10 Regent
Programmable Delay Action	1 hour to 99 hours
Automation Grade	Automatic

Advanced Programmability for Flexible Lab Processing

With programmable cycle durations of up to 24 hours and an internal 24-hour timer, this tissue processor offers full automation or manual override as required. Laboratories benefit from precise digital microprocessor management, ensuring reliable operation and highly reproducible processing outcomes for all standard tissue cassettes.

Robust Construction & User-Focused Design

Constructed from stainless steel and powder-coated metal, the unit resists corrosion and supports effortless cleaning. The heat-resistant borosilicate glass jars withstand temperatures up to 80C, while polypropylene jar lids and lockable covers enhance durability and safety in demanding laboratory settings.

FAQ's of Automatic Tissue Processor Unit:

Q: How does the programmable cycle function work on the Automatic Tissue Processor Unit?

A: The programmable cycle allows users to set tissue processing runtimes up to 24 hours via a digital microprocessor control. You can customize times for each processing stage, ensuring optimal results for different sample requirements.

Q: What safety features are integrated into the tissue processor during operation?

A: This unit is equipped with over-temperature and dry run protection, safety interlocks, a lockable lid, and audible alarms. These features collectively prevent overheating, accidental exposure, and operational errors, ensuring safe tissue processing.

Q: When and how should the basket be loaded to achieve maximum capacity?

A: The basket is designed to hold up to 70 tissue cassettes per cycle. For best results, load the cassettes evenly before starting a cycle, ensuring they do not overlap or block each other to enable uniform reagent exposure.

Q: Where can the tissue processor be conveniently placed within a laboratory setting?

A: Thanks to its compact dimensions and mobility castor wheels, the unit can be easily positioned on laboratory benches or moved as necessary. Ensure it is placed near a reliable power supply and in an area with up to 80% relative humidity.

Q: What materials and finishes contribute to the unit's durability and ease of maintenance?

A: The unit is made from corrosion-resistant stainless steel and powder-coated metal, complemented by easy-clean surfaces. Heat-resistant borosilicate glass jars and polypropylene lids offer added chemical and thermal resilience, enhancing overall durability.

Q: How does automatic and manual operation benefit laboratory workflow?

A: Automatic mode streamlines tissue processing with minimal intervention, increasing throughput and consistency. Manual mode offers additional flexibility for specialized protocols or troubleshooting, empowering skilled technicians with hands-on control when needed.

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