SmartChem® 200 is a fully automated wet chemistry direct read, discrete analyzer for photometric and electrochemical analysis. It offers a throughput of up to 200 tests per hour with optional pH/Conductivity/ORP analytical and Nitrate sample preparation modules.
It is equipped with 5 universal separate racks for loading of samples, controls and calibrators, allowing up to 126 positions and 16 different reagents to be loaded.
The instrument is supplied with a set of 12 wavelength filters, ranging from 340 – 880 nm, allowing 9 to be mounted on board simultaneously. This allows for visible spectrum photometry. Photometric analysis can be paired with a pH/Conductivity/ORP testing via built-in module.
In addition, The SmartChem® 200 can be equipped with a reagent cooler system and a unique onboard, regeneration capable preparatory Nitrate Cd reduction module and a bar code reader for sample loading.
Features
Multi-parametric (consolidation) automated platform
Photometric and Electrochemistry analysis
Automated integrated reagents and samples barcode reader (optional)
Automated start-up to instrument readiness
Low water consumption
IF THEN driven test sequences
Programmable and monitored cuvette wash module
Reagent inventory system and liquid level sensing
pH/Cond/ORP and Nitrate add-on modules available
Available ready-to-use reagents for diverse methods
Benefits
Increased efficiency and productivity through instrument consolidation and testing automation. Free-up your staff from tedious and repetitive tasks.
Microlitre reactions - Reduced reagent usage and waste generation – improved cost efficiency and environmental footprint.
Guaranteed stability, reproducibility and traceability with our ready-to-use dedicated reagents.
Improved automation level with our optional bar code readers for reagents and samples – allowing full LIMS integration.
Automated out-of-range retesting decision making.
Cost end environmental efficiency via our Cuvette Monitored Wash Cycle.
Optimization of time-consuming techniques such as pH, Cond, ORP.
SmartChem® 200 is a fully automated wet chemistry direct read, discrete analyzer for photometric and electrochemical analysis. It offers a throughput of up to 200 tests per hour with optional pH/Conductivity/ORP analytical and Nitrate sample preparation modules.
It is equipped with 5 universal separate racks for loading of samples, controls and calibrators, allowing up to 126 positions and 16 different reagents to be loaded.
The instrument is supplied with a set of 12 wavelength filters, ranging from 340 – 880 nm, allowing 9 to be mounted on board simultaneously. This allows for visible spectrum photometry. Photometric analysis can be paired with a pH/Conductivity/ORP testing via built-in module.
In addition, The SmartChem® 200 can be equipped with a reagent cooler system and a unique onboard, regeneration capable preparatory Nitrate Cd reduction module and a bar code reader for sample loading.
Features
- Multi-parametric (consolidation) automated platform
- Photometric and Electrochemistry analysis
- Automated integrated reagents and samples barcode reader (optional)
- Automated start-up to instrument readiness
- Low water consumption
- IF THEN driven test sequences
- Programmable and monitored cuvette wash module
- Reagent inventory system and liquid level sensing
- pH/Cond/ORP and Nitrate add-on modules available
- Available ready-to-use reagents for diverse methods
Benefits
- Increased efficiency and productivity through instrument consolidation and testing automation. Free-up your staff from tedious and repetitive tasks.
- Microlitre reactions - Reduced reagent usage and waste generation – improved cost efficiency and environmental footprint.
- Guaranteed stability, reproducibility and traceability with our ready-to-use dedicated reagents.
- Improved automation level with our optional bar code readers for reagents and samples – allowing full LIMS integration.
- Automated out-of-range retesting decision making.
- Cost end environmental efficiency via our Cuvette Monitored Wash Cycle.
- Optimization of time-consuming techniques such as pH, Cond, ORP.