Sample Concentrator LSCO-T2010

Introduction

Sample Concentrator is a compact design with a temperature range of RT +5 °C to 99 °C. It accommodates a wide variety of test tubes, diameters ranging from 10 to 29 mm, and volumes from 1 mL to 50 mL. The blowing mechanism allows precise evaporation for each sample independently, reducing cross-contamination. Its experience. Our Sample Concentrator is widely applicable in various scientific and analytical laboratories.

This analytical equipment 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 Sample Concentrator is widely applicable in various scientific and analytical laboratories. It is commonly used in pesticide residue analysis, environmental testing, food safety labs, and pharmaceutical research.

Specifications

Temperature Range	RT +5 ℃ to 99 ℃
Maximum Vertical Travel	200 mm
Maximum Gas Pressure	200 Kpa
Maximum Gas Diameter	15 L/min
Tube Size	Φ10 to Φ29 (liquid volume 1mL to 50 mL)
Temperature Uniformity	Up to ±1 ℃ at 60 ℃
Temperature Accuracy	Up to ±1 ℃
Sample Position	12 positions
Gas Joint Diameter	Φ8 mm
Display Accuracy	0.1 ℃
Heating Time	Up to 30 min (from 40 ℃ to 99 ℃)
Timing Range	1 min to 99 h 59 min/∞
Power Consumptions	1000 W
Dimensions	390 x 300 x 850 mm
Net Weight	10 Kg

Features

12 independent positions

Dry heat alarm

Anti-corrosion structure

Modular gas distribution system

Spring-loaded tube holder

FAQs

1. Can the height of the sample tubes be adjusted in the Sample Concentrator ?

Yes, the Sample Concentrator includes a spring-loaded tube holder system that enables users to adjust the height of each test tube independently. This allows for precise positioning of the gas needles relative to the liquid surface. Adjustability ensures consistent evaporation across varying volumes of samples. It also enhances compatibility with tubes of different lengths. This feature is particularly useful in labs handling diverse sample types

2. How does the Sample Concentrator work efficiently with the water bath?

Sample Concentrator uses a gentle, temperature-controlled water bath that surrounds the base of the test tubes to maintain uniform heating. This helps prevent local overheating and protects sensitive or volatile samples from degradation. The system ensures a stable environment for consistent evaporation. A built-in liquid-level sensor safeguards the unit by detecting low water levels and activating alarms. This efficient heat transfer system improves both safety and performance.

3. Is the Sample Concentrator durable?

Yes, the Sample Concentrator is designed with anti-corrosive and chemically resistant materials for long-lasting operation. The structural parts are easy to clean and maintain, even with regular exposure to solvents or moisture. Its sturdy build supports daily use in high-throughput labs. It also features components that resist wear, helping reduce downtime and servicing needs. Overall, it's a reliable tool built for continuous lab performance.

4. Can I use different sizes of test tubes in the Sample Concentrator ?

Yes, the Sample Concentrator is designed to support a wide range of test tube sizes. It accommodates tubes with diameters from 10 mm to 29 mm and volumes between 1 mL and 50 mL. This makes it highly versatile for different sample concentrations and solvents. The adjustable holders ensure that each tube is securely fitted regardless of size. This compatibility streamlines lab workflows by eliminating the need for separate equipment.

5. How does the Sample Concentrator accelerate evaporation?

Sample Concentrator speeds up sample evaporation by combining uniform heating from the water bath with individual gas needle blow-over. Each position is equipped with a valve that allows independent control of gas flow. This direct gas stream enhances solvent removal without overheating the sample. The ability to adjust both gas and heat ensures a balanced and controlled evaporation rate. As a result, users get faster turnaround times without compromising sample integrity.