NEWMEEN
M6 Microwave Digestion System
M6 microwave digestion system delivers the sample preparation solution according to your need. With high-quality material and innovative solution as rotor and vessel position recognition, M6 helps to achieve reliable trace element analysis result due to precise temperature control ability Status light visualizes the program running status and the LCD screen displays the information as each vessel's temperature via histogram. The flexible and extendable rotor allows different application such as acid digestion, solvent extraction and other sample preparation process of various sample types such as soil, food, drugs, materials etc.,.
Compatible for 3 different rotors
Auto recognition and full vessel monitor
160 sample per day
Guaranteed user friendliness
Pre-loaded digestion methods
Intuitive software interface
Convenient switch between rotors
Multiple safety features in the hardware
Guaranteed digestion performance
Complete solutions to samples of diverse background
Precise dual temperature/pressure control
Max batch time (including cooling) NMT 60 min
Guaranteed Return on Investment
Maximized sample throughput (160 per shift)
Reduced average acid consumption
Minimized consumables and extended vessel lifetime
Oven Body
5-year corrosion-free warranty
316L Stainless Steel oven body construct
Seamless Laser Soldering
5-Layer Premium Teflon Coating
Microwave Emitter
Proprietary microwave focusing
Optimized dual-magnetron positioning
Creative microwave guiding technology to streamline the energy density and distribution
Automatic microwave power adjustment to achieve target temperature
Delivers rapid, safe, and reproducible batch digestions for as many as 40 samples
Enhanced Safety Design
Buffered safety door concept
Floating Safety Lock
Automatic depressurize and re-close
Secure microwave emission upon fully closed door
Vertical Rotor Release and Engagement
Rotor can be vertically raised or lowered by the motion of the mechanically interlocked safety door
Rotor handling is greatly facilitated
Operational Mechanism:
Rotor raised when safety door is opened to a ≥ 90°
Rotor lowered when safety door is opened to a< 90°
Microwave Digestion Rotor Series
Ultra High Performance Rotor UHP10:
Unrivalled temperature and pressure tolerance in microwave digestion.
Tailored digestion solution ideal for the toughest sample types such as graphite, activated carbon, zircon, alumina, etc.
Guaranteed performance durability and reliability.
High Performance Rotor HP16:
Greater temperature and pressure tolerance for tough sample matrices.
Max 16 samples in a single batch.
Powered by Rtemp Mid-IR technology.
Contactless and real-time T/P control in full vessel set.
High Throughput Rotor GT-400:
Max 40 samples in a single batch.
Powered by Rtemp Mid-IR technology.
Contactless and real-time T/P control in full vessel set.
Rotor UHP10 HP16 GT-400 No. of vessels 10 16 40 Vessel material TFM TFM TFM Protective sleeve material Reinforced PEEK Reinforced PEEK Reinforced PEEK Vessel volume 100mL 100mL 60mL Max withstanding temperature 330°C 330°C 330°C Max withstanding pressure 150bar 150bar 120bar Feature Specification Details Touch screen 7" High def colour LCD Microwave oven Industrial grade resonance oven Oven body 316L Stainless Steel AC input 220-240V/50Hz, 16A Total power 3200W Microwave frequency 2450MHz Microwave emission mode Unpulsed, ±1W Microwave control mode PID control Ambient temperature 5-40°C Ambient humidity 15%-80%RH Dimension of mainframe 665(H) × 546(W) × 590 (D) mm Net weight 70Kg FAQs
1. What materials are used in the construction of the oven body?
The oven body is constructed from 316L Stainless Steel featuring seamless laser soldering and a 5-layer premium Teflon coating for maximum corrosion resistance.
2. What is the maximum sample capacity for a single batch?
Depending on the rotor selected, the system can process up to 40 samples simultaneously using the GT-400 high-throughput rotor.
3. How does the system control the microwave emission?
The system utilizes PID control and an unpulsed emission mode with a precision of ±1W to ensure stable heating.
4. What are the safety features of the door design?
The system features a buffered safety door concept with a floating safety lock and automatic depressurization and re-close functions.
5. What is the maximum pressure the digestion vessels can withstand?
The Ultra High Performance (UHP10) and High Performance (HP16) rotors are designed to withstand pressures up to 150 bar.
6. Does the system provide real-time temperature and pressure monitoring?
Yes, it utilizes Rtemp Mid-IR technology for contactless, real-time temperature and pressure control across the full vessel set.
7. What is the benefit of the vertical rotor release mechanism?
The rotor can be vertically raised or lowered via the mechanically interlocked safety door, which greatly facilitates sample handling.
8. Can this system handle "tough" sample matrices like graphite or alumina?
Yes, the UHP10 rotor is specifically tailored for the toughest sample types, including graphite, activated carbon, zircon, and alumina.
9. What are the power and electrical requirements for installation?
The system requires an AC input of 220-240V/50Hz (16A) with a total power consumption of 3200W.
10. What material is used for the digestion vessels and sleeves?
The vessels are made of TFM, while the protective sleeves are constructed from Reinforced PEEK for high-strength performance.
11. What is the total processing time per batch?
The system provides high-performance digestion with a maximum batch time, including cooling, of no more than 60 minutes.
12. How does the dual-magnetron positioning improve performance?
The optimized dual-magnetron positioning and proprietary microwave guiding technology streamline energy density and distribution for reproducible results.
