Labnics Digestion Systems are designed for efficient and precise sample preparation across various applications. They feature adaptable capacities to accommodate multiple sample sizes. They offer flexible operation, allowing users to adjust key parameters for optimal performance. They provide PID-controlled temperature for precise and stable management. Our product ranges include Graphite Block Digestion, Infrared Digestion System, and Microwave Digestion System.
| Sample capacity | 20 |
| Digestion tube volume | 300ml |
| Digestion tube diameter | 42 mm |
| Sample capacity | 6 |
| Digestion tube volume | 50 ml |
| Digestion tube diameter | 32 mm |
| Sample capacity | 12 |
| Digestion tube volume | 50 ml |
| Digestion tube diameter | 32 mm |
| Sample capacity | 24 |
| Digestion tube volume | 50 ml |
| Digestion tube diameter | 32 mm |
| Sample capacity | 36 |
| Digestion tube volume | 50 ml |
| Digestion tube diameter | 32 mm |
| Sample capacity | 48 |
| Digestion tube volume | 50 ml |
| Digestion tube diameter | 32 mm |
| Sample capacity | 60 |
| Digestion tube volume | 50 ml |
| Digestion tube diameter | 32 mm |
| Sample capacity | 4 |
| Heating module | Infrared |
| Control mode | Digital |
| Sample capacity | 8 |
| Heating module | Infrared |
| Control mode | Digital |
| Sample capacity | 20 |
| Heating module | Infrared |
| Control mode | Digital |
| Sample vessel | 12 / batch |
| Vessel volume | 100 mL |
| Microwave power | 0-3000W, adjustable |
| Sample vessel | 18 / batch |
| Vessel volume | 100 mL |
| Microwave power | 0-3000W, adjustable |
| Sample vessel | 40 / batch |
| Vessel volume | 40 mL |
| Microwave power | 0-3000W, adjustable |
| Cavity | 48 L Resonant Cavity |
| Cavity coating | SS316 with 10-layer Teflon |
| Power output | 1600 W |
.png "Microwave Digestion System NMDS-101")
| Cavity | 48L Resonant Cavity |
| Teflon coating | 8 |
| Digestion method | 20 preinstalled methods, programming 50 method |
| Sample capacity | ≥4 samples/batch |
| Vessel capacity | 55 ml |
| Temperature range | 0 to 300°C |