MPE Series High-Throughput Vacuum Parallel Concentrator

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MPE Series High-Throughput Vacuum Parallel Concentrator

Product ID：SYCHNS039

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberMPE Series

Brand NameXMRUIKE

Payment TermsTT，PAYPAL，Alibaba.com Pay

MPE Series High-Throughput Vacuum Parallel Concentrator

Product Overview
The MPE Series High-Throughput Vacuum Parallel Concentrator is designed for rapid and reliable sample concentration in environmental and food safety analysis. Combining the advantages of rotary evaporation and high-throughput nitrogen blowdown, it uses a water-bath platform and precise digital vacuum control to maintain consistent evaporation conditions across samples and reduce target-analyte loss caused by co-evaporation.

Key Features
1. High-Efficiency Parallel Concentration
• Water-bath heating provides uniform and stable heat transfer.
• Excellent sealing and consistent temperature across positions ensure high parallelism.
• Supports simultaneous concentration of up to 16 large-volume soil extracts of 100–200 mL.
2. Efficient Solvent Recovery
• Low-temperature serpentine condenser efficiently condenses solvent vapors.
• Corrosion-resistant PTFE components provide reliable performance in harsh vapor environments.
• Acetonitrile recovery can reach 99.2% with coolant at 0°C.
3. Excellent Visibility
• Three-sided transparent water-bath design provides clear observation of sample evaporation.
• Sample volume can be visually monitored near 1 mL or near-dry conditions to help prevent over-concentration.
4. Flexible Sample Rack Compatibility
• Compatible with multiple sample bottle and tube specifications.
• Supports sample volumes up to 200 mL.
• Condensation reflux module can be installed to improve recovery of volatile compounds.
5. Anti-Contamination Design
• Quick-release sealing cover facilitates rapid replacement of different sample tubes.
• Heated cover prevents condensation and accelerates solvent evaporation.
• Optimized vapor-flow design helps prevent cross-contamination between sample positions.
6. Anti-Bumping and Precise Vacuum Control
• Smooth circular oscillation improves sample mixing and heat transfer while reducing bumping.
• Gentle water-bath heating supports evaporation of low-boiling solvents while helping retain target analytes.
• A high-sensitivity ceramic vacuum sensor monitors pressure in real time to prevent analyte loss caused by excessive vacuum and co-evaporation.
7. Convenient Graphical Control
• Graphical interface provides simple and intuitive operation.
• Built-in methods help new users quickly start concentration experiments.
• Automatic pressure release and cooling protection are activated when the process reaches its endpoint.
• Manual vacuum control allows flexible adjustment of experimental conditions.

Working Principle
The MPE Series uses controlled vacuum evaporation combined with uniform water-bath heating and circular oscillation. Precise digital vacuum control maintains suitable pressure conditions for solvent evaporation, while real-time vacuum monitoring helps prevent excessive vacuum and sample bumping. Solvent vapors are condensed through a low-temperature serpentine condenser for efficient recovery.

Technical Specifications

Item	Specification
Product Type	High-Throughput Vacuum Parallel Concentrator
Concentration Method	Vacuum evaporation
Heating Method	Water-bath heating
Maximum Sample Positions	16
Recommended Sample Volume	100–200 mL for large-volume soil extracts
Maximum Concentration Volume	Up to 200 mL
Vacuum Control	Digital precision vacuum control
Vacuum Sensor	High-sensitivity ceramic sensor
Condenser	Low-temperature serpentine condenser
Condenser Material	PTFE
Acetonitrile Recovery	Up to 99.2% at 0°C coolant
Sample Observation	Three-sided transparent water bath
Operation	Graphical interface / manual mode
Automatic Functions	Method operation, pressure release, cooling protection
Optional Module	Condensation reflux module

Applications
• Environmental Analysis: Concentration of water, soil, and other environmental extracts.
• Food Safety: Sample preparation for pesticide and other trace-level residue analysis.
• Soil Analysis: Concentration of large-volume soil extraction solutions.
• Chemical Analysis: Solvent evaporation and preparation of samples for instrumental analysis.

Application Scenarios
• High-throughput concentration of environmental samples before GC or GC-MS analysis.
• Concentration of food extracts for trace contaminant and residue testing.
• Large-volume soil extraction and sample preparation.
• Recovery of volatile solvents and analytes requiring controlled evaporation.

Comparison

Feature	MPE Series	Conventional Concentration
Sample Throughput	Up to 16 positions	Usually lower
Vacuum Control	Precise digital control	Manual / less precise
Heating Uniformity	Water-bath heating	May vary by position
Solvent Recovery	Integrated condenser	Limited or separate
Sample Observation	Three-sided transparent design	Usually limited
Anti-Bumping	Oscillation + vacuum control	Mainly manual control
Operation	Automated methods available	More manual operation
Large-Volume Samples	Up to 200 mL	Often less suitable

FAQ
Q1: What is the MPE Series used for?
A: It is designed for high-throughput vacuum concentration of samples, particularly in environmental and food safety analysis.
Q2: How many samples can be concentrated simultaneously?
A: The system can process up to 16 samples simultaneously and is suitable for large-volume extracts.
Q3: What sample volume can the MPE Series handle?
A: It supports concentration volumes up to 200 mL, with 100–200 mL soil extracts suitable for high-throughput processing.
Q4: How does the system prevent analyte loss?
A: Precise digital vacuum control and real-time pressure monitoring help prevent excessive vacuum, bumping, and co-evaporation of target analytes.
Q5: Can solvents be recovered during concentration?
A: Yes. The low-temperature serpentine condenser efficiently condenses solvent vapors, and an optional reflux module can further improve recovery of volatile compounds.
Q6: Does the MPE Series require continuous operator supervision?
A: No. Built-in methods and automatic pressure-release and cooling functions allow automated concentration with reduced manual intervention.

FAQ
Q1: What is the MPE Series used for?
A: It is designed for high-throughput vacuum concentration of samples, particularly in environmental and food safety analysis.
Q2: How many samples can be concentrated simultaneously?
A: The system can process up to 16 samples simultaneously and is suitable for large-volume extracts.
Q3: What sample volume can the MPE Series handle?
A: It supports concentration volumes up to 200 mL, with 100–200 mL soil extracts suitable for high-throughput processing.
Q4: How does the system prevent analyte loss?
A: Precise digital vacuum control and real-time pressure monitoring help prevent excessive vacuum, bumping, and co-evaporation of target analytes.
Q5: Can solvents be recovered during concentration?
A: Yes. The low-temperature serpentine condenser efficiently condenses solvent vapors, and an optional reflux module can further improve recovery of volatile compounds.
Q6: Does the MPE Series require continuous operator supervision?
A: No. Built-in methods and automatic pressure-release and cooling functions allow automated concentration with reduced manual intervention.