Delta 2-24 LSCplus

Floor-mounted unit in compact design for demanding applications
The simple and intuitive LSCplus controller supports manual and automatic process control for reproducible results.
Ice condenser capacity: 24kg, Ice condenser temperature: -85°C
Delta 1-24 LSCplus

Floor-mounted unit in compact design for demanding applications
Ice condenser capacity: 24kg, Ice condenser temperature: -55°C
Gamma 1-16 LSCplus

Compact benchtop unit for demanding drying of larger sample quantities
Ice condenser capacity: 16kg, Ice condenser temperature: -55°C
Beta 2-8 LSCplus

Compact tabletop unit for effective lyophilization of specimens containing solvents or with low eutectic points with the innovative Wireless Shelf Technology.
Ice condenser capacity: 8kg, Ice condenser temperature: -85°C
Beta 1-8 LSCplus

Configuration with field-proven accessories for your individual needs
Ice condenser capacity: 8kg, Ice condenser temperature: -55°C
Alpha 2-4 LSCplus

Two different drying methods are available to handle virtually every task. –85° C condenser temperature for specimens containing solvents or with low eutectic points.
Ice condenser capacity: 4kg
Gamma 2-16 LSCplus

Compact benchtop unit for demanding drying of larger sample quantities. Two different drying methods are available to handle virtually every task. –85° C condenser temperature for specimens containing solvents or with low eutectic points.
Ice condenser capacity: 16kg
Alpha 1-4 LSCplus

For efficient lyophilization of samples with the innovative Wireless Shelf Technology.
Ice condenser capacity: 4kg, Ice condenser temperature: -55°C
High Resolution Inductively Coupled Plasma Mass Spectrometry (HR-ICP-MS)
Perform accurate and reliable quantitative multi-element analyses at trace levels, even without sample preparation.
Multicollector ICP-MS and Thermal Ioniziation Mass Spectrometry (TIMS)
Meet the demands for high-precision isotope ratio measurements in geosciences.
Noble Gas Mass Spectrometry
Select from our unique portfolio of noble gas mass spectrometers to obtain reliable analytical results in the fields of geochronology, dating , and thermochronology.
Gas Isotope Ratio Mass Spectometry
Measure isotopic signatures with extreme precision and sensitivity to provide unique insight into the history and origin of compounds.