Microwave Digestion System LMWD-C12

Labtron supplies advanced models of microwave digestion system LMWD-C12. After digestion, built-in cooling systems—including internal /external high-speed fans or exhaust turbo blowers—rapidly lower vessel temperature and pressure. This minimises turnaround time by enabling quicker sample retrieval and preparation for analysis. It also avoids thermal shock, which can degrade vessel integrity over multiple cycles. As a result, vessel lifespan is extended, lowering operational costs while maintaining consistent digestion conditions batch after batch

Labtron’s Microwave digestion system LMWD-C12 dramatically reduces prep time (minutes instead of hours or days) by achieving high temperatures and pressures in sealed vessels. It also uses fewer reagents, generates lower blanks, and facilitates better recovery of volatile elements compared to hot-plate or dry-ashing methods. Choosing the right system involves evaluating max microwave power, sensor type (e.g., fiber-optic for temperature), vessel capacity, method support, and maintenance availability.

Labtron supplies premium microwave digestion system LMWD-C12.Uniform microwave distribution, often achieved through rotating turntables or multimode cavities, ensures consistent heating across all vessels. Without it, differences in sample matrix and vessel position can lead to uneven digestion results. Systems offering 16–32 position rotors maintain high throughput without compromising uniformity. Consistency in heating supports reliable trace element recovery and compliance with QC criteria. This design consideration is particularly relevant in high-throughput labs running environmental or industrial sample batches

Microwave digestion system LMWD-C12 dramatically reduces reaction time—minutes instead of hours or days—thanks to elevated temperatures and pressures in sealed vessels. It also minimizes reagent volume, reduces sample contamination, and enables efficient digestion of volatile elements like Hg or As. In contrast, open-vessel methods can cause losses and extended preparation times. Microwave systems improve both safety and throughput, making them preferred for elemental analysis via ICP-MS, AAS, or ICP-OES.