Sample Concentrator LSCO-T2013

Introduction

Sample Concentrator offers high-precision temperature control with a temperature control range of RT +5 °C to 160 °C. It has a digital display with ±1 °C accuracy, providing precise monitoring of temperature and time. The independent gas needle control allows individual tuning for each sample position, optimizing evaporation speed and uniformity. It uses a fuzzy logic-controlled heating system, enhancing temperature stability and accuracy while ensuring safety. Our Sample Concentrator is widely used for residue analysis, food testing, pharma applications, and more.

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 used for residue analysis, food safety testing, environmental monitoring, pharmaceutical development, and biological sample preparation. It is ideal for high-throughput laboratories requiring precise, clean, and reliable sample preparation.

Specifications

Maximum Gas Usage	15 L/min
Maximum Gas Pressure	0.05 MPa
Block Quantity	1
Temperature Control Range Control Range	Room temp. +5 ℃ to 160 ℃
Maximum Vertical Travel	150 mm
Temperature Uniformity	Up to ± 0.5 ℃
Temperature Accuracy	±0.5 ℃ (at 40 ℃) ; ± 1 ℃ (at 120 ℃)
Display Accuracy	0.1 ℃
Heating Time	Up to 15 min (from 25 ℃ to 160 ℃)
Timing Range	1 min to 99 h 59 min/∞
Power Consumption	AC 220 V or AC 110 V, 50 / 60 Hz, 500 W
Dimensions	220 x 310 x 385 mm
Net Weight	7.5 Kg

Features

Extended time range

Independent gas needle control

High precision

Wide range temperature control

Compact design

FAQs

1. How does the Sample Concentrator accelerate sample evaporation?

The Sample Concentrator accelerates sample evaporation by directing nitrogen gas onto the surface of heated samples, which speeds up solvent removal without oxidation. The combination of controlled heat (RT+5?°C to 160?°C) and gas flow ensures faster concentration compared to conventional methods. This technique is especially efficient for high-throughput labs handling volatile or sensitive analytes.

2. How long can we run the Sample Concentrator ?

Sample Concentrator is built for extended and reliable operation. Its stable temperature control and safety mechanisms ensure continuous use over long periods without overheating or performance drop. While the exact runtime depends on lab protocols, it is engineered for long-duration workflows typical in sample prep and evaporation tasks.

3. Is the Sample Concentrator easy to handle for non-expert users?

Sample Concentrator is designed with a user-friendly interface, intuitive digital controls, and preset operation modes, making it simple for both beginners and experienced lab personnel. Clear display of parameters and easy sample loading ensures that even users with minimal training can operate it safely and effectively.

4. How does the Sample Concentrator blow over samples independently?

Sample Concentrator is designed with individually adjustable nitrogen blowing needles, allowing each sample tube to receive a targeted and independent gas flow. This means you can fine-tune the nitrogen pressure or flow rate for each tube based on sample volume or solvent type. Such individual control improves evaporation efficiency, minimizes solvent loss, and prevents over-drying. This feature is especially useful in workflows that involve multi-sample processing with different evaporation requirements.

5. Does Sample Concentrator support a wide range of test tubes?

The adjustable blowing needle height in the Sample Concentrator is a maximum of 190 mm, and the slotting design allows it to accommodate different tube diameters and depths efficiently. This makes it highly versatile for multiple lab applications.