Water, Wastewater and Environmental Monitoring Conference (WWEM) 13 November 2018
Skalar will be exhibiting at WWEM 2018, The 8th in the Series of International Water and Wastewater Monitoring events.
Skalar will be exhibiting at WWEM 2018, The 8th in the Series of International Water and Wastewater Monitoring events.
Our latest development for a water laboratory in the Netherlands automates the sample preparation and then measures oxygen, pH, alkalinity, color (UV/VIS), EC, turbidity in drinking water, surface water and wastewater.
The PrimacsSNC-100 offers a temperature ramping program allowing the analysis of Carbon according to DIN 19539 method A. In addition, it is now possible to determine TOC400, ROC and TIC900 according to DIN 19539 method B.
Skalar has successfully installed a SP2000 Bitterness robot at Heineken in Zoeterwoude, the Netherlands.
The analysis of Total Organic Carbon (TOC) in seawater can create many challenges for laboratories, not only because of the low TOC concentration, but also the salty sample matrix might be problematic for TOC analyzers.
Skalar’s BluVision Discrete Analyzer tijdens LabAnalyse en Labtechnology 2017
Successful installation story about nutrient analysis with the San++ Continuous flow analyzer aboard a ship.
The PrimacsSNC-100 not only offers classical TOC/TN analysis, but it allows for seperate TOC, TEC and TIC measurement according to DIN 19539 as well.
Thank you for visiting the Skalar booth during BCEIA 2017.
Bezoek de Skalar stand B23 tijdens LabTechnology 2017 in de jaarbeurs in Utrecht. Onze nieuwe BluVision Discrete analyzer zal tentoongesteld worden.
Skalar participated in Jasis 2017 in Japan.
Skalar has developed a new automated method on the San++ Continuous flow analyzer for the determination of Total Alkaloids as Nicotine using KSCN/DCIC
Skalar developed a new automated method for determination of Sulfur Dioxide in Beer on our San++.
Skalar zal ook dit jaar aanwezig zijn tijdens het LabAnalyse evenement in de Kuip in Rotterdam. We hopen u ook dit keer te mogen verwelkomen! In het nieuwsbericht staat een link zodat u zich rechtstreeks kunt aanmelden.
Sub ppb detection levels for Free Cyanide analysis on the San++ Continuous Flow Analyzer
Skalar presented their complete product range for the Brewing Industry during the European Brewery Convention.
The item about Skalar in a program called "Doe Maar Duurzaam" is now available with English subtitles.
Thank you for visiting the Skalar booths at the BrauBeviale and WWEM.
Kom de nieuwe Discrete analyzer bekijken tijdens de WOTS van dinsdag 4 oktober t/m vrijdag 7 oktober 2016 in de Jaarbeurs te Utrecht, Stand 7C048
Mocht u het item over Skalar in het programma "Doe maar Duurzaam"gemist hebben dan kunt u het fragment bekijken in dit nieuwsbericht.
Another smart automation example is the SP2000 BOD analyzer including sample pipetting, pH setting- and aeration of the sample
Skalar in the RTL7 program "Doe maar duurzaam"
Skalar has developed the SP2000 fully automated robotic analyzer for the analysis of pH, EC, Turbidity and Color for a prominent UK water laboratory, which processes approximately 500 water samples each day.
We are pleased to announce Skalar UK Ltd, with immediate effect, has relocated to a new office in Milton Keynes, Buckinghamshire.
The movie of our Primacs SNC-100 solid TOC/TN analyzer is now available in the video gallery of the website
Aqualysis besteedt de analyse van TOC/DOC niet langer uit, maar analyseert de parameters voortaan in huis met Skalar's Formacs HT-I TOC-DOC analyzer.
‘Custom automation is our strength’ What began as a Delft University of Technology spinoff has blossomed into an international supplier of continuous flow analyzers, robot platforms and TOC/TN analyzers. Skalar’s equipment for (wet) chemical analyses has found its way across the globe and is praised for its high degree of automation.
By Vincent Hentzepeter | Translation: Word’s Worth | Photography: Foodnote
‘Customized automatisering is ons sterke punt’
Van Delfts spin-off bedrijf tot internationale leverancier van continuous flowanalysers, robotplatformen en TOC/TN-analysers. Skalars apparatuur voor (nat)chemische analyses vindt zijn weg over de hele wereld, met als rode draad een hoge automatiseringsgraad.
Door: Vincent Hentzepeter | Fotografie: Foodnote
Sub ppb detection levels for routine Chromium-6+ analysis on the San++ analyzer
Van 30 Sept- 3 Okt 2014 is Skalar te vinden in de Jaarbeurs te Utrecht, stand 7D032.
Skalar introduces the SP2000 for water laboratories using automated test kit applications such as the small scale sealed tube COD (ST-COD) test according to ISO 15705 or Total Phosphate, Total Nitrogen Ammonium, Nitrite test kits and others.
Skalar San++ continous flow analyzer in operation
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.
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.
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).
November 13-15 in Nurnberg, Germany. On display: Skalars fully automatic Beer and Malt analyzer.
Skalar nodigt u hierbij graag uit voor een bezoek aan onze stand 1A.142 op Het Instrument 2012,
dé vakbeurs voor industrie en wetenschap.
Automatic pre- and post sample dilution and preparation of working standards with the HTAccess V3 TOC/TN analyzer software.
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.
Come and visit the Skalar booth at JASIS, Japan, Water and Wastewater fair, Sweden, Het Instrument, the Netherlands and Braubeviale, Germany.
Skalar has a wide range of solutions for automatic cyanide analysis currently available.
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.
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.
If you are looking for reliable, innovative products or custom made solutions for use in your laboratory it will be worth to visit the Skalar booth in Hall A1, number 115
Skalar launches its latest Robotics software package for controlling the range of Robotic analyzers.
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).
Skalar's most recent development is the implementation of a new type of flow cell in the San++ which increases the sensitivity for the automated procedure of Phenol analysis considerably.
Skalar is present at the following exhibitions: Analitica, CIA 2011, LAB11 and LABOREXPO.
Skalar is pleased to introduce its next generation of the HTAccess™ software package, used by the TOC/TN analyzer range.
Skalar was present during the International Conference on Flow Analysis in Krakow, Poland.
Skalar India has been moved to a new office in Chennai.
Skalar Belgium is moving to a new office.
Skalar has developed a highly accurate and reliable application for detecting low levels of anionic surfactants in all kind of water samples for the San++ continuous flow analyzer.
To enable quick, easy and save transport between one location to another, Skalar has now special transport cases available for the San++ seawater analyzer.
Automation of sample preparation steps and the subsequent analysis not only speeds up these procedures but also saves valuable operation time and generally increases accuracy, reproducibility and productivity. With Skalar's Robotic Analyzer series, it is possible to prepare and analyze your samples fully automatically.
Skalar is present at the following exhibitions, Eurolab, Pittcon, ChemBio and Laborama.
Seawater analysis is an essential part of environmental monitoring. High quality nutrient data retrieved over time periods can give us valuable information regarding our ecosystem. The San++ is ideal for the analysis of extremely low nutrient concentrations in seawater and provides high quality, accurate and highly reproducible results.
Skalar is proud to launch the next generation of the FlowAccess™ software package for the SAN++ continous flow analyzer: FlowAccess™ V3.
Skalar has automated the detection of trace concentrations of formaldehyde in water and the total concentration of formaldehyde in adhesives on the San++ in cooperation with Dynea. Automating these analytical procedures with the San++ provides Dynea excellent, reliable and reproducible results and saves on costs and labor time.
From March 23rd-26th Skalar will attend Analytica 2010 in München, Germany. Analytica is the international Fair for Instrumental Analysis, Laboratory Technology and Biotechnology with analytica Conference. More information http://www.analytica.de
Many laboratories on a daily basis analyze many samples for the presence of various forms of cyanide. Most of these samples do require manual distillation and/or digestion of the sample prior to a standard colorimetric detection in order to remove the presence of known interferences.
The International Trade Fair of Analytical, Measurement and Control Technology EuroLab will be held for the 12th time in the Trade Fair and Congress Centre MT Polska in Warschau, Poland.
Pittcon is the world's annual premier Conference and Exposition on laboratory science. It is organized by The Pittsburgh Conference on Analytical Chemistry and Applied Spectroscopy.
Join us on 27th - 28th January 2010 at the Unified Wine & Grape Symposium in the Sacramento Convention Center, Sacramento, California, USA. Third floor, Ballroom, booth number 2405
Come and visit us at ARABLAB 2010 in the Dubai International Convention and Exhibition Centre
Milk samples from each individual cow are tested on composition and quality by specialized laboratories. The quality test indicates whether the demands for hygiene during production and on-farm storage of the milk are met. The milk composition test is essential for e.g. feeding optimization and timely medical treatment.
Dissolved oxygen (DO) is one of the most important parameters monitored when evaluating the water quality. Since the 80's Skalar automated the labor-intensive Biochemical Oxygen Demand (BOD) analysis on its range of Robotic Analyzers. Skalar is continuously developing its analyzers with the latest innovations.
Small scale sealed-tube method according to ISO 15705 and EPA 410.4 Most laboratories are familiar with the well-known chemical oxygen demand or COD value of water. The Chemical Oxygen Demand (COD) test is intended for the examination of waters of various qualities.
OctoPlus is a well-known pharmaceutical development and drug product manufacturing company in Leiden, the Netherlands. Using its proprietary drug delivery technologies, OctoPlus successfully develops long-acting pharmaceuticals for its clients.
The Skalar automatic laboratory Kappa number analyzer automates the manual procedure according to ISO 302 and others for the determination of the lignin, which is used to describe the degree of delignification attained in a chemical pulping process.
Skalar is continuously developing and integrating new automated applications for the San++ Continuous Flow Analyzer. Skalar's most recent development is the implementation of the Kelada-01 (EPA) method for the determination of total cyanide, acid dissociable cyanide and thiocyanate.
On behalf of all of us, we would like to thank you for your for your visit to our booth at PittCon 2009 at theMcCormick Place, Chicago in the United States.
A global pharmaceutical company contacted Skalar with a request to automate the analysis of citrate in protein containing samples. The following reasons justified the automation of this typical application.
Skalar will be presenting the automated beer & malt analyzer at the 32nd International Congress of the European Brewery Convention 2009 in Hamburg, 10 - 14 May.
The production of beer includes several steps. One of these is the conversion of starch to fermentable sugars by enzymes. The source for the starch is commonly malted barley, although other sources can also be used. By analyzing the concentration of starch, one can determine if this process of converting starch to sugars is completed.
With the new generation of Skalar San++ Continuous Flow Analyzers the researches got the tools to solve these problems and provide a solution for the analysis of phosphate, nitrate, nitrite, ammonia, dissolved organic carbon, silicate and many others.
We are looking back at a successful and enjoyable Analytica 2008 exhibition, which was held from April 1st to 4th at the Messe München International in Munich - Germany.
On behalf of all of us, we would like to thank you for your for your visit to our booth at %22PittCon 2008%22 at the Ernest N. Morial Convention Center in New Orleans in the United States.
Skalar will be presenting the automated wine analyzer at the Unified Wine and Grape Symposium at the Sacramento Convention Center, located in Sacramento (California USA) on January 28 and 29.
Total Phosphate and Total Nitrogen are commonly analyzed in environmental laboratories. The manual analysis procedures for these parameters are very time consuming, for which reason Skalar developed an automatic analyser for TP & TN with automatic in-line digestion.
Skalar now has opened a new regional support center with laboratory in Chennai, India. The laboratory is used as a training, application and testing facility and is dedicated to the support of the fast increasing amount of Skalar users in India and neighboring countries.
For many years Skalar has provided a wide range of automation concepts and solutions in wet-chemistry automation. In many laboratories, sample numbers are increasing and therefore the demand to run large sample batches is steadily growing. To facilitate this requirement for large sample batches, Skalar is pleased to introduce its new SA1075 autosampler as the latest addition to Skalar's range of automatic wet chemistry analyzers.
For many laboratories the analysis of Total Cyanides is one of the most complex and labor intensive applications. Due to Skalar's continuing research and development on automating manual wet-chemistry procedures, a wide range of solutions for Cyanide analysis is currently available from Skalar.
Ammonia plays a significant role in biological activities in marine environments and is frequently analyzed by many laboratories and marine institutes worldwide. For many years Skalar successfully automates the ammonia method according the ISO and EPA directives, allowing the measurement of ppb levels of ammonia.
We are pleased to announce that Skalar will attend JAIMA 2007 scheduled for the 29th - 31st of August at the Makuhari Messe (Nippon Convention Center) in Makuhari, Japan.
The analysis of Carbon and Nitrogen is important in soil, plant, animal feed, food samples, sediments and sludge samples. The Skalar PrimacsSNC Analyzer combines the analysis of Total Carbon and Total Nitrogen in one unit using high temperature catalytic combustion.
Total Organic Carbon (TOC) analysis is demanded by both the US Pharmacopeia (USP) and the European Pharmacopeia (EP) for testing Purified Water, Water for Injection (WFI) and cleaning validation samples.
Due to the high prices of raw materials for fertilizer production, precision and accuracy is essential in the production process of fertilizer. Accurate analyses allow the fertilizer manufacturer to fine-tune his production process and saving costs on raw materials.
pH, Conductivity (EC) and Alkalinity are commonly analyzed in drinking water and water treatment processes. The availability and solubility of nutrients and elements are influenced by the pH, whereas the conductivity is used to determine the mineralization of the sample. Alkalinity (carbonate-bicarbonate titration) is related to the buffering capacity of the sample.
The analysis of Carbon is one of the most important parameters analyzed in soil, plant, sediment, sludge, and many others. The Skalar PrimacsATC Analyzer allows fast and accurate analysis of Total Carbon by high temperature catalytic combustion.
To increase the flexibility to our customers, Skalar Analytical has designed a new sampler for the SAN++ Continuous Flow Analyzers. The sampler offers an increased convenience and additional features for small to medium sized sample batches.
For many years Skalar provides a complete solution for Total Cyanide analysis according ISO and EPA regulations. This includes in-line digestion and distillation. Recently Skalar has integrated the method to analyze Available Cyanide in water and waste water according to the EPA 1677 with amperometric detection.
For many years the Skalar Robotic Analyzers are used in environmental laboratories to automate a variety of applications such as BOD, COD, pH, Conductivity, alkalinity, ISE and others. The concept of the Skalar SP10, SP100 and SP1000 Robotic Analyzers has proven to be a reliable and accurate "workhorse" in day-to-day operation. Based on this successful concept, Skalar has now extended the line of Robotic Analyzers with the Skalar SP50 Analyzer for laboratories running medium to high sample numbers each day.
In Europe, the determination of the clay fraction or "LUTUM" (Method of Robinson-Kahn, ISO11277) is used to characterize soil for construction works or to determine the capacity of soil to transport pollution.
A common issue with on-line water monitoring optical systems is the long term drifting of the signal due to deposits created in the flow cell. Many diverse cleaning procedures were developed by the producers of on-line process photometers to suppress this phenomenon, for instance by ultra-sonic cleaning or cleaning with compressed air. Both approaches however didn't perform perfectly in the removal of sample specific deposits from the flow cell and cannot be used for low absorption measurements.
In lactating diary cows, ketosis could occur because of a deficiency in energy rich food. In case of ketosis, abnormal levels of Acetone, Aceto-Acetate and beta-HydroxyButyric Acid (3-HBA) can be found. The cow itself does not show illness in this stage. It is very important to diagnose a ketosis as the milk production could be negatively influenced by this disease. In order to check for this disease by the normal NIR analysis of the milk, a suitable calibration for the NIR system has to be performed. Therefore Skalar developed in cooperation with the Milk Control Station Nederland in Zutphen, The Netherlands, a suitable analyzer for the analyses of Acetone and 3-HBA in milk.
One of the world leaders for zinc production has implemented several Skalar on-line analyzers during the last couple of years for the continuous monitoring of the zinc sulfate production.
Dissolved Organic Matter (DOM) plays an important role in the growth of plants. DOM provides numerous benefits to plant growth due to its molecular structure. It helps to break up clay and compacted soils, assists in transferring nutrients from the soil to the plant and enhances water retention. To understand the dynamics of plant growth it is important to know how DOM is distributed throughout the soil.
Currently Becton Dickinson BioSciences Discovery Labware in Bedford, Massachusetts is using the Formacs as a dedicated Total Nitrogen (TN) analyzer, utilizing the chemiluminescent detector, for determining the percentage of protein found in their collagen samples. They required that the Skalar Formacs TN analyzer was able to analyze from 0.625 mg/L of N to 20 mg/L of N with a very high accuracy and precision.
The Skalar SP1000 Analyzer is well known for the determination of biological oxygen demand (BOD) and chemical oxygen demand (COD), but has many more possibilities, such as the determination of pH, oxygen, conductivity, carbonate&bicarbonate and turbidity which are often used in Drinking Water laboratories.