With
over 20 years of experience in providing solutions for
the inorganic laboratory, Lachat Instruments has become
the world leader in the fields of Flow Injection Analysis
(FIA) and Ion Chromatography (IC).

Providing
guaranteed solutions with premium technical and application
support, Lachat Instruments has become the supplier
of choice in many markets, including Australia and New
Zealand. |
| FIA+ Flow Injection
Analyser |
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Based
on the technique of Flow Injection Analysis (FIA), the
FIA+ is an automated wet-chemistry analyser providing
solutions for laboratories determining ion species in
a variety of sample matrices over a wide range of concentrations.
Up to eight analytes can be determined simultaneously. |
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All
configurations of our flow injection analyser series
enjoy the benefits of FIA's unique productivity characteristics:
- Fast
Start-up and Shutdown: ~ 5 minutes
- Short
Analysis Time and High Sample Throughput: 20 to 60
seconds typical with 60 to 120 samples per hour typical
- Broad
Working Range: Parts per trillion to percents
- Complete
Baseline Resolution: No carryover between samples
- Wide
Dynamic Range: 2 to 3 decades typical range
- Rapid
Method Changeover: ~10 minutes
- Guaranteed
Data Quality: Data Quality ManagementTM (DQM)
performs closed-loop control of analytical processes
and supports many different QC/QA protocols
- Omnion
FIA Software: Powerful, state-of-the-art Windows based
software includes: the capability to run the Ion Chromatography
Option, independently to FIA, parallel with FIA or
sequentially to the FIA.
To
accommodate large sample loads, the ASX500 XYZ sampler
offers up to 360 sample and 16 bulk standard positions
for both calibration and QC standards. The Dual Resolution
Dilutor automates preparation of working standards from
a stock standard. Laboratories with lower budgetary
and automation requirements can select the ASX400 XYZ
sampler with 60 sample positions and wash bath. |
| Lachat AP 300 Discrete Analyzer |
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Lachat’s AP300 is the latest generation of instrumentation from Lachat Instruments for the analysis of colourimetric chemistries. With pre-programmed methods and prepared reagents the system can save both time and money. Other advantages of the system include simple setup, less operator training, ease of use due to automation of manual methods and reduced reagent consumption
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Increase accuracy, precision and productivity with the BD46 block digestor from Lachat Instruments. This system was developed to perform high temperature digestions of total Kjeldahl nitrogen and total phosphorus in environmental samples and to perform digestions of environmental samples prior to the determination of metals with AA or ICP. |
Both
block digestors incorporate several innovative features
including:
- Cold
finger to condense and recover virtually all acid
fumes (less than 3% loss)
- Integral
programmable controller for increased safety and convenience
- Anti-foaming
bulb to reduce boil-over due to sample surfactants
| In-Line
Sample Preparation Module with QuikChem® Flow
Injection Analyser |
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The
In-Line Sample Prep system offers a fully automated
approach for determining strong acid and weak acid
dissociable cyanide, total phenolics, total soluble
nitrogen (alkaline persulfate digestion) and total
soluble phosphorus (acid persulfate digestion) in
surface and waste waters. The modules automatically
perform sample digestion, distillation and determination
of these analytes on the QuikChem® Automated
Ion analysers based on flow injection analysis methods. |
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Micro
distillation apparatus designed for the rapid distillation of
cyanide, phenols, sulfide, ammonia and other volatile analytes
in varying matrices. Quantitatively distils and reduces up to
21 samples simultaneously in convenient disposable tubes, with
short distillation times (30-90 minutes).
Quantitatively
distils and reduces up to 21 samples simultaneously in convenient
disposable tubes. The sample (both solid and liquid) is dispensed
into a patented distillation tube assembly, placed in the
heating block and heated according to a specified method.
The resulting vapour passes through a membrane, condenses
and collects above the membrane in a trapping solution specific
to the analyte. The most popular applications are for the
distillation of cyanide and total recoverable phenolics. |