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Microwave Digestion System- Q Wave

Name: Microwave Digestion System- Q Wave
Brand: DEEKSHA ANALYTICAL PVT LTD
Price: 1360000 INR
Availability: InStock

Price 1360000 INR/ Number

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MOQ : 01 Number

Microwave Digestion System- Q Wave Specification

Number of Specimens
Up to 12 positions

Frequency
2.45 GHz

Features
Programmable digestion methods, automatic pressure and temperature control, safety interlock, real-time monitoring

Interface Type
USB and Ethernet

Display Type
LCD Touch Screen

Automation Grade
Fully Automatic

Application
Sample preparation for elemental analysis (AAS, ICP, ICP-MS, etc.)

Mounting Type
Benchtop

Equipment Type
Microwave Digestion System

Response Time
Instant digital feedback

Power Supply
220V AC, 50Hz

Operating Voltage
220V AC, 50Hz

Specimen Size
Typically 50 mL per vessel

Port Size
Standard, as per vessel type

Humidity
Up to 80% RH (non-condensing)

Resolution
0.1C

Max Height
Approx. 550 mm

Temperature
Up to 300C

Measuring Range
Temperature up to 300C, Pressure up to 100 bar

Accuracy
Temperature 2C

Usage
Laboratory sample digestion

Capacity
12 x 50 mL

Machine Weight
Approx. 60 kg

Control Mode
Digital Touch Screen

Internal Light
LED illumination for vessel chamber

Dimensions
Approx. 650 mm x 650 mm x 600 mm (W x D x H).

Data Exportability
Direct export via USB/Ethernet

Safety Features
Explosion-proof door, pressure and temperature sensors, automatic venting, over-temperature cutoff

Material of Construction
High-quality acid-resistant polymers and stainless steel liner

Cooling System
Automatic forced-air cooling

Vessel Material
PTFE/TFM, acid and alkali-resistant

Operating Environment
5C - 40C, 10-80% RH non-condensing

Timer Range
1-99 minutes, programmable

Standards Compliance
CE certified, compliant with international safety and analytical regulations

Color
White/Blue body (as per manufacturer design)

Program Capability
Multi-step programmable ramp and hold

Memory Storage
100+ editable method programs

About Microwave Digestion System- Q Wave

Microwave Digestion System Q-Wave

QWAVE 1000 Closed-vessel microwave decomposition offers the following benefi ts:

The environment in which the reaction takes place is clean, closed, and controlled

The amount of acid is diminished to stoichiometric quantities of the reagents, reducing contamination to a minimum

ppb, ppt level sensitivities

Shorter reaction time and improved digestion due to higher temperatures (far above the normal boiling point of the reagents)

No loss of volatile elements.

Comprehensive Safety Features

The Q Wave Microwave Digestion System prioritizes operator safety with advanced mechanisms: an explosion-proof door, pressure and temperature sensors, automatic venting, and an over-temperature cutoff. These safeguards act in unison to shield users from accidental releases, making laboratory sample digestion both safe and reliable.

High-Performance Digestion System

Offering a programmable multi-step digestion process, this system efficiently handles samples for elemental analysis. It maintains precise control of temperature (up to 300C) and pressure (up to 100 bar) with 2C accuracy. Up to 12 vessels operate simultaneously, optimizing workflow and laboratory productivity for various analytical applications.

Durable Construction for Harsh Chemistries

Engineered with acid-resistant polymers and a tough stainless steel liner, the Q Wave is built to endure aggressive reagents. Each vessel is made from PTFE/TFM, ensuring resistance against both acids and alkalis, and long-term durability even under demanding laboratory conditions.

Intuitive Operation and Data Management

The system features a digital LCD touch screen that enables method programming, real-time feedback, and direct data export via USB or Ethernet. Over 100 method programs can be stored and easily edited, supporting rigorous documentation and compliance with analytical regulations.

FAQs of Microwave Digestion System- Q Wave:

Q: How does the Q Wave ensure operator safety during digestion processes?

A: The Q Wave system is equipped with an explosion-proof door, real-time pressure and temperature sensors, automatic venting, and an over-temperature cutoff. These integrated features automatically respond to abnormal conditions, ensuring maximum safety for laboratory users during operation.

Q: What are the primary applications of the Microwave Digestion System?

A: The Q Wave is primarily used for preparing samples for elemental analysis, such as Atomic Absorption Spectroscopy (AAS), Inductively Coupled Plasma (ICP), and ICP Mass Spectrometry (ICP-MS), ensuring accurate and efficient breakdown of diverse sample matrices.

Q: When and where can this digestion system be operated effectively?

A: Designed for laboratory environments, the Q Wave operates best within temperatures from 5C to 40C and up to 80% relative humidity (non-condensing). Its benchtop build makes it suitable for analytical labs, research institutions, and industrial laboratories.

Q: What materials are used in the construction and vessels of this system?

A: The outer body is made from high-quality, acid-resistant polymers with a stainless steel liner for structural integrity. The sample vessels are crafted from PTFE/TFM, providing exceptional resistance against both acidic and alkaline reagents.

Q: How does the programmable digestion process work?

A: Users can set up to 100+ customizable digestion methods using the LCD touch screen interface. Multi-step ramp and hold programming supports complex digestion protocols, while parameters like time, temperature (up to 300C), and pressure (up to 100 bar) can be precisely controlled and monitored.

Q: What are the benefits of automatic forced-air cooling and real-time digital feedback?

A: Automatic forced-air cooling reduces turnaround between runs and protects vessel integrity, enhancing workflow. Real-time digital feedback enables immediate monitoring of temperature and pressure, ensuring process control and reproducibility in results.

Q: How is data managed and exported from the Q Wave system?

A: Data generated from each digestion run can be stored in onboard memory for over 100 method programs and exported directly via USB or Ethernet interface, streamlining data management and facilitating compliance with regulatory and reporting requirements.

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