Automated. Precise. Safe.
Digestion Systems from HERZOG.
Units for Sample Digestion
In modern analytical laboratories, accurate sample digestion forms the cornerstone of reliable chemical analysis. By breaking down complex matrices into easily analyzable forms, digestion ensures both precision and reproducibility in subsequent elemental or chemical measurements. HERZOG offers three advanced solutions tailored to diverse laboratory needs: the HL-HAG Fusion Unit, the HL-HBDU Hot Block Digestion Unit, and the HL-MDU Microwave Digestion Unit. Each system boasts automated workflows, robust construction, and precise temperature control, reducing errors and enhancing throughput.
The HL-HAG excels in high-temperature fusions, producing uniform melts and facilitating subsequent acid digestion. With its homogeneous heat distribution, the HL-HBDU is ideal for controlled evaporation and concentration of samples under acidic conditions. For speedy, flexible, and highly efficient decompositions, the HL-MDU seamlessly integrates with CEM’s BLADE technology. All three solutions incorporate advanced safety features to protect personnel and equipment and pave the way for accurate, reproducible analyses across a wide range of industries.
Would you like to find out more? We would be happy to advise you personally.
HERZOG DIGESTION: Our offer- your advantages
- Fully automated handling for minimal operator involvement
- Precise temperature management ensures consistent digestion results
- High throughput reduces overall analysis time
- Robust materials withstand corrosive reagents
- Adaptable to various sample types and sizes
- Easy integration with existing laboratory workflows
- Scalable solutions for increased capacity demands
- Advanced safety features protect users and equipment
Wet chemical processes - digestion: our products
We have one suggestions for you:
We have 3 suggestions for you:
HL-HAG:
Fusion Unit
- Material: Different powder samples, different sample vessels, crucibles and dishes
HL-MDU:
Microwave Digestion Unit
- Material: Samples in microwave digestion vessels for CEM BLADE system