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THE IVF TRI-GAS INCUBATOR - K-Systems

THE IVF TRI-GAS INCUBATOR - K-Systems

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K-SYSTEMS - DESIGNED FOR ART<br />

<strong>THE</strong> <strong>IVF</strong> <strong>TRI</strong>-<strong>GAS</strong><br />

<strong>INCUBATOR</strong><br />

FOR GAMETES<br />

AND EMBRYOS<br />

• Designed for ART with stable temperature and gas environment conditions<br />

• Low oxygen range adjustable for 2-20%<br />

• Grade A air quality<br />

• Recovery to homeostatic conditions CO 2<br />

< 2min ; N 2<br />

< 4min*<br />

• No premixed gas required - just connect to pure CO 2<br />

and/or N 2<br />

• Minimized risk of cross-contamination - one incubation chamber per patient<br />

• Data logging for process parameters and alarm functions<br />

• Up to 40 individual dishes in one incubator<br />

• SMS Alarm to your cell phone<br />

Direct warming of the dishes<br />

Easy cleaning - rounded edges<br />

G185 SensorTech - for improved external quality control<br />

Option for pH Monitoring via<br />

MTG pH Online System<br />

Option for external CO 2<br />

and<br />

Temperature Quality Control<br />

www.k-systems.dk


K-SYSTEMS<br />

LONGTERM <strong>INCUBATOR</strong> G185<br />

Common Laboratory Pains<br />

• Expensive space<br />

utilization<br />

• No space availability<br />

• Limits work<br />

efficiencies<br />

G185 Laboratory Solutions<br />

• Optimize space<br />

utilization<br />

• Up to 3 units per<br />

cabinet<br />

• Fluidity in work<br />

• Designed for Life<br />

Science<br />

• No Direct Heat<br />

• Limitation of dishes<br />

per compartment<br />

• Designed for ART<br />

• Direct heat to the<br />

dish<br />

• 1 chamber takes up<br />

to 4 dishes<br />

• Large volume = slow<br />

recovery of gas and<br />

temperature<br />

• High operating costs<br />

due to high gas<br />

consumption<br />

• Fast recovery<br />

to homeostatic<br />

conditions<br />

• CO 2<br />

& O 2<br />

recovers in<br />

< 3 min<br />

• Very low gas<br />

consumption: 1 l/h of<br />

CO 2<br />

Specifications G185 Standard G185 SensorTech<br />

OrderCode 22110 22200<br />

Warming Block Inserts<br />

Overall dimensions (WxDxH)<br />

850x558x152.5 mm<br />

850x558x152.5<br />

mm<br />

CO2 / O2 range 2-10% / 2-20% 2-10% / 2-20%<br />

Connection to 100% CO 2<br />

and 100% N 2<br />

√<br />

√<br />

Recovery Time < 3 min √ √<br />

Gas consumption<br />

(all lids closed; CO 2<br />

and O 2<br />

setpoint: 5.0%<br />

1 l/h of CO 2<br />

& 12<br />

l/h of N 2<br />

1 l/h of CO 2<br />

& 12<br />

l/h of N 2<br />

Internal Air Quality—Grade A √ √<br />

Temperature range Ambient to 49.9°C Ambient to 49.9°C<br />

Datalogger system on one<br />

computer (XP Service Pack II/III,<br />

Home, Pro or Vista and<br />

√<br />

√<br />

Win7)<br />

Decontamination Programme √ √<br />

Prepared for Ph Monitoring<br />

√<br />

Prepared for external CO 2<br />

and<br />

temperature sensors for enhanced<br />

√<br />

quality control<br />

SMS Alert function (option) √ √<br />

*Measurement observed with setpoint at 5% on both gasses, all lids closed and<br />

gasses stabilised.<br />

The 10 chambers are prepared for<br />

a flat warming block insert. The<br />

warming blocks are customized<br />

for either Falcon or Nunc and can<br />

take up to 4 dishes.<br />

Sensors for External Control<br />

• The system is prepared<br />

for a high precision CO 2<br />

sensor (0-10%) from Vaisala<br />

(GMP221).<br />

• The temperature sensor should<br />

be a standard pin sensor with<br />

a PT100 element (150mm—Ø;<br />

3mm)<br />

Both sensors can be connected to<br />

a variety of measurement devices.<br />

www.k-systems.dk

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