Automatic Sample Drying Machine LASD-T2010

Introduction

Automatic Sample Drying Machine delivers airflow at 12 m/s for rapid drying performance. This device features a one-button switch for toggling between cold and hot air modes. The compact design fits easily on laboratory workstations. A built-in timer enables precise drying control. It is deal for metallographic labs in academic, industrial, and research environments to ensure clean, moisture-free samples post-polishing.

This sample drying machine 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 Automatic Sample Drying Machine ensures rapid removal of residual moisture from metallographic samples. It is ideal for quality control, structural analysis, and research across academic and industrial laboratories.

Specifications

Type	Sample Drying Machine
Blowing Type	Cold air, hot air
Timing Function	Timed
Wind Speed	12 m/s
Heating Power	2 KW
Power Supply	Voltage: 220 V; Frequency: 50 Hz
Dimensions (L×W×H)	235 × 345 × 255 mm
Net Weight	6 kg

Features

Fast Air Switchover

Durable Metal Housing

Energy Efficient Operation

Stable Non-Slip Base 

Easy Maintenance Access 

FAQs

1. What is the function of the Automatic Sample Drying Machine ?

The Automatic Sample Drying Machine is specifically designed to remove residual liquids from metallographic specimens following polishing or grinding processes. By using a controlled airflow system, it ensures uniform and efficient drying of the sample surface. This is essential for preventing moisture-related artifacts during microscopic or structural analysis. The device helps maintain the integrity and accuracy of metallographic evaluations. Its reliable performance makes it a valuable addition to any sample preparation workflow.

2. Does the Automatic Sample Drying Machine support both hot and cold drying modes?

Yes, the Automatic Sample Drying Machine supports both hot and cold air drying, offering versatility for a range of sample types and drying requirements. Users can switch between the two modes with a simple one-button operation, streamlining the workflow. Cold air is suitable for heat-sensitive materials, while hot air accelerates the drying process for more robust specimens. This flexibility allows laboratories to tailor drying protocols to specific sample conditions. It enhances precision and efficiency in metallographic preparation.

3. Can the drying process be timed?

The Automatic Sample Drying Machine comes with an integrated timing function that allows users to set the drying duration based on sample needs. This automated timing feature reduces the need for constant supervision, freeing up lab personnel for other tasks. By maintaining consistent drying cycles, it also improves reproducibility in sample preparation. Users can adjust the timer to suit different material types and levels of surface moisture. This ensures controlled, accurate, and efficient drying for each batch of samples.

4. Is the device suitable for all types of metallographic labs?

Absolutely, the Automatic Sample Drying Machine is compact, lightweight, and designed for easy placement on standard lab benches, making it suitable for academic, industrial, and research laboratories. Its intuitive operation and minimal maintenance requirements support seamless integration into any lab environment. Whether in teaching institutions, factory quality control labs, or advanced R&D centres, the device offers consistent performance. It helps laboratories standardize drying protocols for high-throughput operations. Overall, it’s a reliable tool across a broad spectrum of metallographic applications.

5. What is the airflow speed of the Automatic Sample Drying Machine ?

The Automatic Sample Drying Machine delivers a consistent airflow speed of 12 meters per second, providing strong and uniform air circulation for efficient drying. This high-speed airflow ensures quick evaporation of moisture from sample surfaces without damaging delicate specimens. Whether using hot or cold air, the flow rate remains steady to maintain optimal drying conditions. This capability significantly reduces overall preparation time in busy laboratory settings. It also supports high-quality sample outcomes by preventing drying-related inconsistencies.