SKU: POL-EKO-CLW
POL-EKO Incubators Forced Convection
Available on Backorder
Categories: Forced Convection IncubatorsSKU: POL-EKO-CLW
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Reach set-point fast and keep it rock-steady from +5 °C above ambient to +100 °C with POL-EKO’s CLW forced-air laboratory incubators. A rear-mounted fan drives warm air across every shelf, wiping out hot & cold spots and slashing recovery time after door openings.
Smart vs Smart PRO controllers
Feature | Smart | Smart PRO |
---|---|---|
4.3″ colour touchscreen | ✔ | – |
7″ colour touchscreen | – | ✔ |
LAN + USB ports | ✔ | ✔ |
Built-in Wi-Fi | – | ✔ |
LabDesk logging licence | Optional | Included |
DIN 12880 over-temp class | 2.0 | 3.1 |
Both versions arrive network-ready via Ethernet; Smart PRO adds Wi-Fi and the larger display. |
Why choose a CLW incubator?
- Forced-air convection delivers ±0.3 °C uniformity at 37 °C.
- Rapid heat-up & recovery—open the door without risking temperature dips.
- Double doors (solid outer + lockable glass inner) let you check plates without dumping heat.
- LAN/USB logging on all models—plus Wi-Fi & email alarms on Smart PRO.
- DIN 12880 safety guards samples with independent over-temperature cut-outs.
Pick the Capacity That Fits Your Workflow
Model | Usable Volume* |
---|---|
CLW 15 | 15 L pol-eko.com.pl |
CLW 32 | 32 L pol-eko.com.pl |
CLW 53 | 56 L pol-eko.com.pl |
CLW 115 | 112 L pol-eko.com.pl |
CLW 180 | 180 L pol-eko.com.pl |
CLW 240 | 245 L pol-eko.com.pl |
CLW 400 | 424 L pol-eko.com.pl |
CLW 750 | 749 L pol-eko.com.pl |
CLW 1000 | 1005 L pol-eko.com.pl |
*Chamber capacity quoted by POL-EKO; working volume is slightly lower.
From a 15 L benchtop unit to a twin-door 1005 L cabinet, the CLW line scales seamlessly with your throughput and floor-space.
Typical Applications
- Bacterial, yeast & cell-culture growth curves (30–37 °C)
- ICH stability & shelf-life studies (40 °C / 75 % RH with humidity kit)
- QA/QC sample conditioning in food & beverage labs
- Warm storage of media & reagents at 25–30 °C
- General incubation where fast recovery and tight uniformity are critical