Microwave Digester EZL-MD94 Catalog

Microwave Digester EZL-MD94

Description

Microwave Digester EZL-MD94 is an adaptable platform that offers an unbeatable streamlined digestion workflow while simultaneously handling samples ranging from routine to high-end applications. It can digest up to 12 samples that have different digestion requirements. It can significantly improve sample digestion by employing precise temperature/pressure control and high-efficiency dual magnetron non-pulse microwave heating technology. The pressure resistance can reach 15MPa and the temperature resistance can reach 400°C, ensuring the operator's safety in harsh conditions.

Specifications

Vessels	12
Vessel Volume	100 ml
Temperature Range	50°C to 400°C
Temperature Accuracy	T0.1°C
Display Accuracy	0.1°C
Pressure Control Range	0 to 15 MPa
Pressure Accuracy	±0.01 MPa
Microwave Tank	318 L stainless steel tank
Microwave Leakage	<5mw/cm²
Microwave Power	0 to 10000 W (adjustable)
Rotation	One direction 360° continuous rotation
Vessel Material	TFM
Protection Vessel Material	Peek + Glass Fiber
Air Exhaust	Erosion-proof air blower
Display	7 inch touch screen
Power	AC 220V+10%, 10A, 50/60Hz
Dimension (W×D×H)	560×490×630 mm

Features

✓ Up to 612 vessels to meet different digestion requirements
✓ Vertical microwave design for even distribution of microwaves
✓ Real time monitoring for both temperature and pressure of each vessel
✓ Contactless monitoring with no burst disk design saves consumable and maintenance cost
✓ Touch screen with user-friendly interface for easy operation
✓ CFRP with high strength ensures impact resistance
✓ Pre-installed international standard methods, while users can also edit, save modify and delete own method
✓ Stainless steel tank with Teflon coating avoids erosion and ensures fast cooling
✓ Special magnetron design which carries out high microwave leakage standards
✓ Easy to use vessels

Applications

✓ Microwave digestion is widely used in many fields and is a commonly used technology in pre-treatment process of soil, sediments and solid waste samples, trace heavy metal elements in food and medicine, digestion needs of clinical samples, scientific research and metallurgy.