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Solution Preparation
is a solution preparation
system that automatically
calculates and dispenses
the exact amount of
solvent required to prepare
a precise concentration based
on the approximate mass of
solute added by the operator.
The demand for greater accuracy
from analytical instruments has prompted
the automating of sample preparation
based on the much more accurate solvent
weight-to-sample weight basis.
accomplishes this by automatically
preparing samples for liquid chromatography,
gas chromatography, spectroscopy,
viscosity, NMR and other analyses.
1
Sample solutions can be
routinely prepared on a
weight-to-weight, Normal,
Molal or Molar basis
to an accuracy of 0.02%,
two parts in 10,000).
Features and benefits
2
Time is saved because only
the approximate amount of the
sample needs to be added to
the sample. The computer
compensates by adding the
exact amount of solvent.
Features and benefits
3
Typical solution
preparation time is less
than 2 minutes. If your lab
analyzes 50-100 samples per
day the labor savings can
rapidly recover the cost of
investment.
Features and benefits
4
Up to eight different
solvents can be
dispensed with zero
cross contamination.
Features and benefits
5
Ordinary, disposable
sample bottles can be
used to prepare the
solution directly.
The expense and labor of using
volumetric glassware is eliminated.
Eliminates cleaning and breakage
of expensive volumetric glassware.
Features and benefits
6
Eliminates
operator-to-operator
variability.
Features and benefits
7
Provides ISO
and GLP
documentation.
Features and benefits
8
Decreases
exposure
solvents.
Features and benefits
Samples solutions can
be easily prepared with
mixtures of solvents.
This eliminates the labor and
waste associated with
premixing solvents.
9
Features and benefits
10
A self-adhesive label(s)
for the prepared solution
is automatically printed
for each sample.
A permanent file of
each sample and its
preparation is stored
for later recall.
Features and benefits
11
Virtually any
solvent
can be used.
Features and benefits
1. Operator signs in and
selects/edit the method.
The
Process
3. Select the sample to prepare
The
Process
2. Enter the mixture data.
4. The completed sample is
removed and the printed
sample label is affixed to
the bottle.
The
Process
You can edit the caption fields
to be printed on the label.
The Pump Test
option allows you
to test the pump
speed.
Specifications
• Typical solution accuracy +/- 0.02% (on 50 ml of a 1% solution)
• Number of methods stored 100
• Number of solvent pumps From one to eight
• Pump type Pulseless, self-priming, magnetically coupled, gear pumps. No rotating seals.
• Wetted materials of construction Teflon©, 316 stainless steel, graphite
• Solvent delivery rate 100 ml/min
• Electronic balances used A&D, Mettler, Sartorius or Denver Instruments
• Minimum computer required PC with Microsoft Windows, one COM Port, two USB ports
• Electrical 110-240 Volts @ 50-60 Hz, 100 Watts.
• Physical 27 cm (10.75”) wide X 42 cm (16.5”) long X 9.2 cm (3.625”) high, 5.45 Kg (12 lbs)
• Connections USB, RS-232., RJ-12
THANK YOU

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soluprep

  • 2. is a solution preparation system that automatically calculates and dispenses the exact amount of solvent required to prepare a precise concentration based on the approximate mass of solute added by the operator.
  • 3. The demand for greater accuracy from analytical instruments has prompted the automating of sample preparation based on the much more accurate solvent weight-to-sample weight basis.
  • 4. accomplishes this by automatically preparing samples for liquid chromatography, gas chromatography, spectroscopy, viscosity, NMR and other analyses.
  • 5. 1 Sample solutions can be routinely prepared on a weight-to-weight, Normal, Molal or Molar basis to an accuracy of 0.02%, two parts in 10,000). Features and benefits
  • 6. 2 Time is saved because only the approximate amount of the sample needs to be added to the sample. The computer compensates by adding the exact amount of solvent. Features and benefits
  • 7. 3 Typical solution preparation time is less than 2 minutes. If your lab analyzes 50-100 samples per day the labor savings can rapidly recover the cost of investment. Features and benefits
  • 8. 4 Up to eight different solvents can be dispensed with zero cross contamination. Features and benefits
  • 9. 5 Ordinary, disposable sample bottles can be used to prepare the solution directly. The expense and labor of using volumetric glassware is eliminated. Eliminates cleaning and breakage of expensive volumetric glassware. Features and benefits
  • 13. Samples solutions can be easily prepared with mixtures of solvents. This eliminates the labor and waste associated with premixing solvents. 9 Features and benefits
  • 14. 10 A self-adhesive label(s) for the prepared solution is automatically printed for each sample. A permanent file of each sample and its preparation is stored for later recall. Features and benefits
  • 15. 11 Virtually any solvent can be used. Features and benefits
  • 16. 1. Operator signs in and selects/edit the method. The Process
  • 17. 3. Select the sample to prepare The Process 2. Enter the mixture data.
  • 18. 4. The completed sample is removed and the printed sample label is affixed to the bottle. The Process You can edit the caption fields to be printed on the label.
  • 19. The Pump Test option allows you to test the pump speed.
  • 20. Specifications • Typical solution accuracy +/- 0.02% (on 50 ml of a 1% solution) • Number of methods stored 100 • Number of solvent pumps From one to eight • Pump type Pulseless, self-priming, magnetically coupled, gear pumps. No rotating seals. • Wetted materials of construction Teflon©, 316 stainless steel, graphite • Solvent delivery rate 100 ml/min • Electronic balances used A&D, Mettler, Sartorius or Denver Instruments • Minimum computer required PC with Microsoft Windows, one COM Port, two USB ports • Electrical 110-240 Volts @ 50-60 Hz, 100 Watts. • Physical 27 cm (10.75”) wide X 42 cm (16.5”) long X 9.2 cm (3.625”) high, 5.45 Kg (12 lbs) • Connections USB, RS-232., RJ-12