About Microwave Digestion System
Our vision to excel and establish a strong foothold in the market has assisted us to evolve as a prominent supplier of Microwave Digestion System. It is used for performing digestion method for sensitive environmental and high organic content samples. The system completely breaks down samples such as pharmaceuticals, plants or food to make them ready for elemental analysis. Rotating carousel, and unique cavity design of this system ensures uniform microwave distribution. Microwave Digestion System is provided with pressure-responsive door and self-resealing mechanism for maximum safety.
Features:
- Automatic power control to match sample load
- Built-in temperature monitoring
- Corrosion-proof PTFE coated reinforced cavity
Reliable Safety and ControlThis microwave digestion system includes multiple layers of safety, such as enhanced locking mechanisms, automatic shutoff, and real-time pressure and temperature tracking. The audible and visual alarm system immediately notifies users of faults or cycle completion, reducing operational risks and bolstering lab safety.
Efficient Sample Digestion ProcessWith rapid digestion cycles that complete within minutes, the systems high-purity vessels and powerful microwave energy ensure thorough and reproducible sample breakdown. The integrated cooling and exhaust systems maintain optimal working conditions, even in intensive protocols, maximizing efficiency during sample preparation.
User-Friendly Operation and StorageFeaturing a digital LCD touch screen and fully programmable microprocessor control, operators can set up custom, standard, and user-defined digestion programs. The robust internal memory stores over 100 workflows, while USB and RS232 options streamline data management. Windows-based software compatibility further enhances ease of operation.
FAQs of Microwave Digestion System:
Q: How does the microwave digestion system ensure user safety during operation?
A: The system utilizes advanced safety features, including pressure and temperature sensors, automatic shutoff, a secure door locking mechanism, and audible/visual alarms. Real-time monitoring and safety interlocks minimize risks, providing immediate alerts for faults or completion.
Q: What materials are used for the digestion vessels, and why are they important?
A: The vessels are constructed from high-purity TFM/PTFE, which offer exceptional chemical resistance and purity, preventing contamination during digestion processes and ensuring reliable analytical results for both organic and inorganic samples.
Q: When can rapid sample digestion be performed using this system?
A: Rapid sample digestion is possible any time, as the system features fully programmable modes with digestion cycles completing within minutes. This is ideal for laboratories requiring quick turnaround for routine or complex sample preparation.
Q: Where can data from digestions be stored and managed?
A: Digestion programs and results are stored internally in the machines memory, which accommodates over 100 programs. Data management is enhanced by USB and RS232 interfaces, and integration with Windows-based PC software for seamless workflow.
Q: What is the process for setting up and running a digestion program?
A: Users select or customize digestion methods via the LCD touch screen or compatible software. Parameters such as temperature, pressure, and power are set, samples are placed in high-purity vessels, and the system automatically manages digestion, monitoring, and safety until completion.
Q: How does the integrated cooling and exhaust system benefit laboratory operations?
A: The forced-air cooling and built-in exhaust systems maintain stable internal conditions, prevent overheating, and efficiently remove gases, which safeguards sample integrity and operator safety throughout the digestion cycle.
Q: What advantages does the microwave digestion system offer for laboratory sample preparation?
A: It delivers rapid, reproducible digestion of up to 12 samples per run, ensures high accuracy (2C), real-time monitoring, and easy automation. Safety, flexibility, and compatibility with Windows-based control software altogether enhance productivity and data integrity.