Page 12 - Clinical-MedicalSolution for Medical Chemistry

Nexera Prep FRC-40, the highly exible fraction collector

Preparative/Purification LC/LCMS System
Accommodates up to 3,240 test tubes
Large-scale fractions of the order of one liter can be accommodated, in
addition to 96 well MTPs and a variety of test tubes. Up to six units can be
connected, allowing users to customize the unit to their capacity needs.
A variety of containers can be selected
The system is compatible with various capacity racks to suit the volume needs
of almost any workflow, reducing the work involved in switching containers.

Space-saving design
With its small installation footprint, up to nine MTP, standard vial racks, or test
tube racks can be selected, contributing to the effective use of laboratory
space.

Sample racks Multi fraction collector kit
Nexera Prep LC System Nexera Prep MS-Trigger LCMS System
A variety of containers can be placed including MTPs, vials, Up to six FRC-40 fraction collectors can be connected,
and various types of test tubes. Six colors are available, so a making it easy to increase the number of fractions.
separate color can be apportioned to each user in order to
Fraction purity checks (LH-40) avoid confusing samples.

A fraction purity check can easily be µV
850000
performed with a single system. Purity 800000
750000
checks can be performed without 700000
650000
changing the fraction recovery container, 600000 Chromatogram
550000 during
so the workload is reduced and 500000 fractionation
450000
throughput is improved. 400000
350000
300000 Chromatogram
250000
200000 of fractionated
150000 samples
100000 The LH-40 liquid handler: a combination of autosampler and fraction collector
50000
0
−50000
0.0 2.5 5.0 7.5 10.0 12.5 15.0 17.5 min Provides both a sample injection function
and a fraction collection function
A single unit can perform everything from sample injection to fraction recovery.
Sample rescue function prevents the loss of precious samples (LH-40, FRC-40)
Suppresses contamination
Even if a problem occurs during preparative work, the
A proprietary injection method minimizes carryover, significantly limiting
sample remaining in the system can be recovered. By
contamination to subsequent samples. (When a 4000 mg/L caffeine sample is
following the rescue instructions, the precious sample is injected, the carryover is 0.004 % or less.)
recovered into the speci ed container rather than
being discarded. Additionally, by using the optional Capable of injection from a variety of containers
waste collector, samples that cannot be recovered due With its long needle stroke, the system is compatible with containers of
to fractionation mistakes can be retained. varying depths, including microtiter plates (MTP), vials, test tubes, and sample
bottles.

Solutions for Medicinal Chemistry
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