Coverslipper LACS-T2010

Introduction

Coverslipper offers a throughput capacity of 30 slides per minute and features a seat capacity of 15 slides.  It integrates advanced microcomputer control technology, providing precise operation, strong stability, and high resistance to external interference. It works by placing the tissue slide into the concave slot of the worktable with the numbered end facing outward for identification. The coverslipper comes with a curing time of just 14 seconds per slide. Our coverslipper is suitable for pathology labs, medical colleges, and research institutes.

This coverslippers 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 Coverslipper is used in pathology, research, and food testing labs for rapid slide sealing. It ensures consistent coverslip adhesion and improves slide preparation efficiency.

Specifications

Throughput Capacity	30 slides per minute
Slide Seat Capacity	15 slides
Power	Up to 100 W
Power Supply	AC 220V ± 10%
Dimensions	500 × 300 × 120 mm
Packing Dimensions	577 × 387 × 237 mm
Net Weight	17.5 kg
Gross Weight	20 kg

Features

Semi-automatic operation

Low power consumption

User-friendly operation

Bench-top design

FAQs

1. What is the Coverslipper used for in laboratory settings?

Coverslipper is used to apply coverslips to tissue slides quickly and uniformly. It ensures high-throughput sealing of microscopic slides, making it ideal for pathology, histology, and research laboratories where rapid and precise sample preparation is critical. This helps preserve samples and improves image clarity under the microscope.

2. How fast is the Coverslipper and what is its slide capacity?

Coverslipper processes up to 30 slides per minute and holds 15 slides at a time on its tray. Its high-speed semi-automatic operation, combined with a curing time of only 14 seconds per slide, allows for efficient workflow without compromising accuracy, especially in high-volume environments.

3. What makes the Coverslipper different from other models on the market?

Coverslipper integrates advanced microcomputer control, which enhances precision, operating stability, and resistance to environmental interference. Unlike fully manual models, it offers semi-automatic functionality with user-friendly controls, compact bench-top design, and low power consumption, making it both economical and space-saving.

4. How does the Coverslipper ensure consistent coverslipping quality?

By using a standardized concave slot system and timed curing function, the Coverslipper delivers uniform application of coverslips across all slides. The microcomputer-controlled process minimizes user error and variability, producing consistently sealed slides ready for analysis, storage, or imaging.

5. In which laboratories is the Coverslipper most commonly used?

Coverslipper is widely used in pathology labs, histopathology departments, research institutes, food testing laboratories, and medical colleges. Its semi-automated design and high slide throughput make it suitable for both clinical diagnostics and research workflows requiring precision and reliability.