Automated Tissue Processor LATP-T2021

Introduction

Automated Tissue Processor features 12 tanks each with a capacity of 1000 mL. It includes a user-friendly interface with intelligent automation that prevents tissue damage. The processor operates without water, using dual heat control for energy-efficient functioning. Its built-in backup power supply allows continued function for 4 to 6 hours during power outages, maintaining tissue integrity. Our processor is used in histology laboratories for the automatic dehydration, clearing, and paraffin infiltration of tissue specimens before embedding.

This tissue processor is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Automated Tissue Processor Paraffin Trimmer is used in histopathology labs for automatic tissue processing before embedding. It is suitable for clinical, research, and academic use.

Specifications

Number of Tanks	12
Capacity of Single Tank	1000 mL
Wax Cylinders	3 (10th, 11th, 12th)
Cylinder Start Dwell Time	45 to 100 seconds
Working Time	0 to 99 hours
Basket Capacity	60 pcs specimens
Stirring Time	0 to 5 times per minute ( recommended: 3 times per min)
Battery Backup Time	4 to 6 hours
Dimension	1010 × 390 × 450 mm
Packing Dimension	1140 × 560 × 580 mm
Net Weight	60 kg
Gross Weight	85 kg

Features

Internal air filtration system

Automatic redirection for safe processing

Gear and rack transmission system

Compact and sturdy design

FAQs

1. What is the Automated Tissue Processor used for in histopathology labs?

Automated Tissue Processor is primarily used for preparing biological tissue samples for microscopic analysis. It automates the critical processes of dehydration, clearing, and paraffin infiltration, which are essential before embedding tissues in wax blocks. This ensures consistent, reproducible results and saves technicians significant time and effort, making it a vital instrument in pathology labs, hospitals, research institutes, and academic facilities.

2. How does the Automated Tissue Processor protect tissue samples during power outages?

Automated Tissue Processor is equipped with a built-in rechargeable battery system that provides 4 to 6 hours of backup operation in the event of a power failure. During an outage, the tissue basket is automatically redirected to a protective cylinder rather than entering an inactive wax cylinder. This intelligent feature prevents thermal damage or incomplete processing, ensuring sample integrity is preserved and workflow is not interrupted.

3. Why does the Automated Tissue Processor include three wax cylinders?

The last three tanks in Automated Tissue Processor are dedicated to paraffin wax infiltration, which is crucial for thoroughly impregnating tissue with wax before embedding. Multiple wax tanks allow progressive infiltration, improving paraffin penetration into dense tissues. This staged process enhances the structural integrity of the tissue blocks, reduces shrinkage or artifact formation, and leads to better sectioning results in microtomy.

4. How does the Automated Tissue Processor ensure energy efficiency during operation?

Unlike traditional systems that rely on water-based heating, the Automated Tissue Processor uses a waterless, dual-control heating system. This approach minimizes water usage and optimizes power consumption by maintaining only necessary thermal zones at operational temperatures. Combined with its intelligent program control, this results in lower operational costs and reduced environmental impact over long-term use.

5. What makes the Automated Tissue Processor a reliable long-term investment for labs?

Automated Tissue Processor is built for durability and reliability with a gear and rack transmission mechanism, reducing the likelihood of mechanical failure. Its intelligent control system automates multiple functions, reducing manual intervention and error. With support for up to 16 editable programs, it offers versatility for different sample types, making it a cost-effective and future-proof choice for growing lab operations.