Skalar launches the most flexible Biochemical Oxygen Demand (BOD) analyzer available today.
With this new BOD analyzer, we offer a modular and advanced sample handling system providing you with the tools you need to automate the BOD analysis in your environmental laboratory.
Read More...
The implementation of a new type of flow cell in the San++ has already been used to increase the sensitivity for the automated procedure of Total Phosphate and Total Phenol considerably, but is now also available for the analysis of Total Cyanide.
Read More...
Skalar's latest development is the SP50 robotic analyzer, configured for combined analysis of the small scale sealed-tube COD (ST-COD) and Total Phosphate (TP).
Read More...
Automatic pre- and post sample dilution and preparation of working standards with the HTAccess V3 TOC/TN analyzer software.
Read More...
Skalar offers with the SP1000 BOD analyzer including sample pipetting a fully automated “walk away” solution for the commonly used and labor-intensive BOD application.
Read More...
Skalar has a wide range of solutions for automatic cyanide analysis currently available.
Read More...
The Biochemical Oxygen Demand (BOD) analysis is one of the most common applications for water laboratories. All Skalar Robotic analyzers can provide the automation for BOD according to EPA 405.1/ISO 5815-1.
Read More...
Skalar is pleased to present the next step in automation for the small scale sealed-tube COD analysis including automatic sample pipetting. This new feature completes the automation of st-COD procedure.
Read More...
Skalar launches its latest Robotics software package for controlling the range of Robotic analyzers.
Read More...
Increased sensitivity can be achieved for the automated Phosphate method by implementation of a special flow cell in the San++. This long pathlength flow cell combines an increased optical pathlength of 500 mm with a small sample volume (125 µl).
Read More...