× The Efficiency vs. Throughput Dilemma:
Faced with large batches of samples from scenarios like geological survey or environmental monitoring, labs often face a dilemma. Existing pre-treatment methods or devices have limited throughput, struggling to balance processing speed with batch capacity, leading to prolonged overall detection cycles and struggle to meet the growing demand for timeliness.
× Process Complexity and Uncertainty:
The digestion process is influenced by multiple factors, prone to incomplete digestion or inconsistent results. Technicians often invest significant effort in iterative trial and adjustment, consuming time and increasing Labor costs and result uncertainty.
× Multi-Step Transfers and Manual Intervention:
The traditional workflow from digestion to acid evaporation often involves multiple devices, several transfers, and lengthy manual monitoring. Each step of waiting, transferring, and reheating is a point of efficiency loss, introducing unnecessary operational errors and sample exposure risks.
× The Inherent Limitation of Uneven Heat Transfer:
During the critical acid evaporation stage, reliance on bottom-up unidirectional heating often creates significant temperature gradients within the tubes. Acid vapors condense and reflux on the middle-upper tube walls.This not only significantly extended the acid evaporation time but also potentially wash away the digested target elements , causing cross-contamination, element loss or adsorption, ultimately affecting the accuracy and reliability of detection data.
The DC Series Surrounding Heating Digestion and Acid Evaporation Instrument: A innovation plan - One Device, One Step, One Continuous Process!
√ Surrounding Heating Opens a New Dimension in Heat Conduction:
Our Solution: It employs surrounding heating technology. Each position has heating sources on all four sides and the bottom, providing enveloping heating to the tubes. Uniform temperature across all positions avoids the reflux, significantly shortening digestion and acid evaporation time.
√ Uniform Thermal Field and Programmable Control Defines the "Set-and-Forget"Intelligence Standard:
Our Solution: An internal air circulation layer ensures more uniform temperature inside the chamber. You no longer need to repetitively reposition samples. Every sample in the same batch digests fully under consistent conditions, ensuring the accuracy and repeatability of test results. Combined with 32-segment programmable temperature control, simply preset the temperature and time parameters for digestion and acid evaporation. The device then execute the entire process automatically . Technicians can completely eliminate tedious manual monitoring,focusing their efforts on higher-value analysis, research, and data interpretation, achieving a dual improve in efficiency and precision.
√ Ultra-High Throughput Greatly Enhances Output Efficiency:
Our Solution:78 wells (33-well option also available) for simultaneous processing of large sample batches. Whether for regional geological survey or massive samples in environmental monitoring, it handles them all with ease, ensuring effective digestion and acid evaporation while maintaining high efficiency.
√ Dual-Function Design Creates a Flexible and Efficient Experimental Center:
Our Solution: Innovative split design. Removing the upper 3D heating section reveals a corrosion-resistant flat silicon carbide hot plate underneath. This 2-in-1 function design meets various experimental needs.
