Invivo2 Hypoxia Workstations

VERTRIEB / DISTRIBUTOR:
Invivo2
Hypoxia Workstations
A range of O2 and CO2 controlled
incubated workstations providing
stable physiological ‘in vivo’ conditions.
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Improve Your Results
Experience Ruskinn Hypoxia Workstations
Since 1998, Ruskinn controlled low oxygen workstations have been the
trusted choice for laboratories around the world. Our controlled oxygen
workstations precisely replicate low-oxygen 'in vivo' physiology to offer
the ideal research platform for cell biologists and cancer researchers.
The workstations provide accurate, stable, and user-defined oxygen,
carbon dioxide, temperature and humidity control, creating the optimal
environment for cell culture and translational research.
Innovative Gas Mixing Technology
The Ruskinn advanced gas mixing system comes standard on all Invivo2
workstations. Its touch screen simplifies the calibration process, provides
rapid equalization, and facilitates the download of data.
·· Controls O2 from 0.0% to 20.9%
in 0.1% increments.
·· Controls CO2 from 0.0% to 30.0%
in 0.1% increments.
·· Automatically calibrates O2
sensor through screen control.
·· Allows hypoxic cycling, facilitating
up to 4 different O2 and CO2
concentrations through a
user-defined sequence of time.
A researcher at The Wales Heart Research Institute
accesses the Invivo2 400. The workstation simulates the
in-body oxygen environment of blood vessels to aid their
research on vascular performance and the differences
between healthy and diseased blood vessels.
Gas Mixer Q
Direct Access with Minimal Disruption
Maintaining a stable environment can reduce stress in cells and help ensure that your cell or tissue culture is expressing
correctly. In a CO2 incubator, variability in temperature and CO2 levels occur every time the door is opened.
With Invivo2 workstations, you can get in and out of the incubated work area with no disruption to the internally
controlled atmosphere. This means less stress on your cells. Unlike CO2 incubators, you can control oxygen levels with
the Ruskinn workstation.
Temperature Stability
CO2 Stability
RUSKINN Workstation
RUSKINN Workstation
36
6
8
35
5
7
4
6
% CO2
34
3
33
Set Temp
Actual Temp
32
31
09:36 AM
12:00 PM
02:24 PM
1
09:36 AM
4:48 PM
12:00 PM
02:24 PM
Time
Time
CO2 Incubator
CO2 Incubator
7
36
6
35
5
% CO2
37
34
33
4:48 PM
5
4
3
Set O2
Actual O2
2
1
09:36 AM
12:00 PM
02:24 PM
Time
4
3
Set Temp
Actual Temp
32
31
09:36 AM
12:00 PM
02:24 PM
Time
PAGE
Set CO2
Actual CO2
2
% O2
Temperature (°C)
RUSKINN Workstation
7
37
Temperature (°C)
O2 Stability
2
4:48 PM
Set CO2
Actual CO2
2
1
09:36 AM
12:00 PM
02:24 PM
Time
4:48 PM
See how to work in
an Invivo2 workstation!
Scan the code to the right or visit
http://info.bakerco.com/invivo2-video!
4:48 PM
Invivo2 Hypoxia Workstation
The Invivo2 Hypoxia Workstation allows you to isolate cells in a
chamber that accurately maintains and controls temperature,
humidity, oxygen and carbon dioxide. With the Invivo2, you can
study even the most complex cell interactions under perfect
hypoxic or anoxic conditions. With more than a decade of
customer feedback and experience, our workstations have been
refined to meet your specific needs.
Convenient & Comfortable User Experience
·· Quick and easy direct access with the gloveless, cuffed
Ezee Sleeve™ system.
The gloveless, cuffed Ezee Sleeve™ system provides access
without disrupting workstation atmosphere in just 40 seconds!
·· Very short interlock (pass-through) purge cycle time - as
little as 35 seconds in our smallest unit.
·· Single Plate Entry System (SPES) - a mailbox-like slot allows quick
side entry or exit of individual plates, bypassing the interlock purge process.
·· Read plates easily without exposure to oxygen - energy-saving
lighting provides perfect illumination.
·· Foot-operated high intensity halogen inspection spot lamp
for close sample analysis.
Invivo 2 300
·· Automatic and easy-to-access controls.
·· Removable front cover – allows easy access for cleaning or putting
instrumentation into the unit (standard, except in Invivo2 300).
·· Electrical power socket within the work area.
Versatile & Flexible to Fit Your Workload
Invivo 2 400
Multiple models and a variety of options are available
to fit your specific needs.
Invivo2 300 - Compact Workstation
·· Up to 179 96-well plate capacity
·· Interlock transfer - 22 plates in 35 seconds
Invivo2 400 - Our Most Popular Workstation
Invivo 2 500
·· Up to 520 96-well plate capacity
·· Interlock transfer - 28 plates in 45 seconds
Invivo2 500 - Facilitates Transfer of Small Equipment
·· Up to 494 96-well plate capacity
·· Interlock transfer - 56 plates in 5 minutes
Invivo2 Plus - Facilitates Transfer of Larger Equipment
Invivo 2 PLUS
·· Up to 598 96-well plate capacity
·· Interlock transfer - 56 plates in 5 minutes
Invivo2 1000 - Dual Chambers
for Multi-User Access
·· Up to 1040 96-well plate capacity
·· Shared interlock for workload transfers - 56 plates in 5 minutes
PAGE 3
Invivo 2 1000
PAGE
3
Invivo2 Product Specification Summary
Invivo2 300
Invivo2 400
Invivo2 500
Invivo2 PLUS
Invivo2 1000
(Twin Chamber)
Width
830 mm
1120 mm
1420 mm
1620 mm
2400 mm
Depth
660 mm
720 mm
720 mm
720 mm
720 mm
Height
650 mm
750 mm
750 mm
750 mm
780 mm
Width
500 mm
800 mm
800 mm
1000 mm
800 mm (per chamber)
Depth
460 mm
500 mm
500 mm
500 mm
500 mm (per chamber)
Height
420 mm
480 mm
480 mm
480 mm
480 mm (per chamber)
1352
Model
External Dimensions
Internal Dimensions
Maximum Capacity
96-well Plate
273
676
650
780
Working Capacity
96-well Plate
179
520
494
598
1040
Width
150 mm
120 mm
320 mm
320 mm
320 mm
Depth
230 mm
280 mm
300 mm
300 mm
300 mm
Height
190 mm
260 mm
300 mm
300 mm
300 mm
22
28
56
56
56
Interlock Dimensions
Interlock Capacity
96-well Plate
Interlock Time Cycle
35 sec
45 sec
5 min
5 min
5 min
Weight
75 kg
100 kg
140 kg
130 kg
200 kg
Optional Accessories
Standard Accessories
· Cable gland port - allows the passage
of cables through the workstation wall
without altering internal conditions
Workstation
· Gas Mixer Q
· Removable front panel
(not available on the Invivo2 300)
· Vacuum line port - allows the
attachment of a vacuum line to remove
waste media from plates inside the
workstation
· Internal electrical power socket
· Single Plate Entry System (SPES)
· Gas sample port - enables samples
of the workstation atmosphere to be
checked
· Direct-hand access using Ezee Sleeve™
system
· Detox sachet (carbon)
· Ultrasonic humidity control
· Energy-saving fluorescent lamp
· Palladium catalyst and anaerobic
indicator strips (if anaerobic
environment is required)
· Internal spot lamp
· Gas tank regulators and filter modules
· Workstation stand
Gas Control Software
· USB communications port
· 5 days continuous storage of event log data
· One touch calibration (O2)
· Gas level verification meter (Geotech
100/2) - monitors CO2 and O2 inside
workstations, works under high
humidity
· On-screen fault assistance
· Cycle programming
· Data logging connection
· Customization to work surface and
front screen (e.g. internal microscope or
instrumentation accommodation) per
user request and specification
· Enhanced Containment Package:
· Two exhaust HEPA air filters; one filter
fits over the primary over-pressure
exhaust valve and one fits over the
interlock purge valve to reduce
any workstation and specimen
contaminants exhausting into the lab.
· Two Butyl-Gloved Sleeve System:
Butyl rubber gloved sleeve, 15 mm
thick, 32” long, ambidextrous,
size 9 - replaces the Ezee Sleeve™
gloveless system.
See the results from microbiological
testing of the enhanced containment
package. Scan the code to the right
or go to http://hub.am/Z3WhOY.
The Ruskinn brand was founded in 1993 and rapidly became established as one of the world’s leading
suppliers and manufacturers of anaerobic and modified atmosphere workstations.
In July 2011, Ruskinn Technology Limited became a wholly-owned subsidiary of The Baker Company,
Sanford, Maine, USA. The Ruskinn manufacturing facility is located in Pencoed, South Wales, UK.
Today there are more than 1900 Ruskinn workstation installations in more than 40 countries.
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