Sample Preparation Sample Clean-up with DEXTech Pure

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Sample Preparation Sample Clean-up with DEXTech Pure

Name: Sample Preparation Sample Clean-up with DEXTech Pure
Brand: DEEKSHA ANALYTICAL PVT LTD
Price: 1500000 INR
Availability: InStock

Price 1500000 INR/ Piece

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MOQ : 01 Piece

Sample Preparation Sample Clean-up with DEXTech Pure Specification

Operating Voltage
110/230 V AC

Features
Fully automated fractionation, pre-programmed methods, reproducible results, user safety

Equipment Type
PCDD/F and PCB Sample Clean-up System

Accuracy
High reproducibility, user-independent results

Gas Pressure
6 bar (compressed air for automation)

Power Supply
110/230 V, 50/60 Hz

Temperature
Ambient (15-35 °C)

Specimen Size
up to 50 mL solvent/sample volume

Display Type
7 color touchscreen

Measuring Range
ppt-ppb (dependent on subsequent analysis)

Mounting Type
Benchtop

Automation Grade
Fully automated

Application
Automated clean-up of Dioxin and PCB sample extracts

Max Height
41 cm

Port Size
Standard 8 mm sample inlet

Frequency
50/60 Hz

Interface Type
USB and Ethernet

Number of Specimens
1 per automated run

Response Time
Immediate/system dependent automation cycle

Humidity
Ambient (10-80% RH, non-condensing)

Usage
Routine and research laboratory clean-up of POPs (persistent organic pollutants)

Capacity
1 to 6 cartridges

Machine Weight
Approx. 8 kg

Test Speed
Automated, as per preset DEXTech Pure protocols

Control Mode
Touchscreen Interface with Programmable Methods

Compliance
Meets EPA, EU, and EN standards for dioxin/PCB analysis

Fractions Supported
3 (Dioxin, PCB, and Mono-ortho)

Solvent Compatibility
All typical POPs solvents - hexane, dichloromethane, toluene, etc.

System Footprint
41 x 34 x 32 cm

Cartridge Technology
PTFE-encapsulated multi-layer column

Cleaning & Maintenance
Tool-free cartridge change, minimal operator exposure

Safety Features
Solvent vapor control, sensor monitoring, automated alerts

Sample Throughput
Up to 6 samples/day (protocol dependent)

Sample Preparation Sample Clean-up with DEXTech Pure About

Solid phase extraction (SPE) cartridges are used in the sample preparation sample clean up with DEXTech pure. It is basically a sample preparation method to clean samples prior to analysis. The stationary phase in the SPE cartridges selectively adsorbs target analytes while permitting interference-causing chemicals to pass through. By experimenting with various circumstances and parameters including flow rates, solvent volumes, and wash/elution solvents, you should make sure the process works best for your particular application. Sample preparation sample clean up with DEXTech pure will facilitate the finest sample preparation and analytical outcomes possible. It is a go-to option for users in dioxin/PCB analysis.

Advanced Cartridge Technology for Reliable Sample Clean-up

DEXTech Pure utilizes PTFE-encapsulated multi-layer columns, efficiently separating dioxins, PCBs, and mono-ortho fractions. This method ensures precision and accuracy that meet global regulatory standards. The system's fully automated design allows laboratories to achieve reproducible results with minimal operator intervention, reducing human error and exposure.

Workflow Efficiency and User Safety

With an automated throughput of up to six samples per day, protocol dependent, DEXTech Pure streamlines POPs analysis for busy labs. Safety is prioritized through built-in solvent vapor control, sensor monitoring, automated alerts, and a tool-free cartridge change-reducing solvent exposure and supporting routine laboratory safety requirements.

Intuitive Operation and Flexible Compatibility

The 7-inch touchscreen interface provides a user-friendly experience with programmable methods and immediate system response. Compatible with all typical POPs extraction solvents, the system's benchtop mounting means it integrates easily into existing laboratory spaces. USB and Ethernet interfaces enable seamless data transfer and connectivity for enhanced productivity.

FAQ's of Sample Preparation Sample Clean-up with DEXTech Pure:

Q: How does DEXTech Pure automate sample clean-up for dioxin and PCB analysis?

A: DEXTech Pure uses PTFE-encapsulated multi-layer cartridge technology and programmable touchscreen controls to fully automate the fractionation of dioxin, PCB, and mono-ortho compounds. This results in consistent, reproducible results without manual intervention.

Q: What benefits does the system offer for routine and research laboratory workflows?

A: DEXTech Pure enhances throughput (up to six samples per day), ensures high reproducibility, and minimizes operator exposure. Automated alerts, solvent vapor control, and tool-free maintenance provide added safety and improve laboratory efficiency.

Q: When is the best time to perform cartridge changes or maintenance?

A: Cartridge changes and routine maintenance are best conducted between automated runs when the system indicates replacement. The tool-free design enables quick, safe changes, minimizing downtime and operator contact with solvents.

Q: Where can DEXTech Pure be installed within a laboratory?

A: Thanks to its benchtop mounting and compact footprint (41 x 34 x 32 cm), DEXTech Pure can be placed in routine or research laboratory settings dedicated to POPs sample analysis and clean-up.

Q: What solvents are compatible with DEXTech Pure's sample clean-up process?

A: DEXTech Pure supports all commonly used POPs solvents, including hexane, dichloromethane, and toluene, allowing flexibility for various extraction protocols and sample requirements.

Q: How does the system support compliance with international analytical standards?

A: DEXTech Pure is engineered to meet EPA, EU, and EN guidelines for dioxin and PCB analysis, ensuring laboratories can produce results that satisfy stringent regulatory requirements.

Q: What is the overall process for sample clean-up using the system?

A: After loading the sample (up to 50 mL volume), select the desired protocol via the touchscreen. The system automates fractionation, monitoring safety parameters and progress, and provides processed samples ready for ppt-ppb level analysis.

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