COLO.Science · Technical Specification
MAGE12 · Technical Specification
| instrument identity | |
|---|---|
| model | MAGE12 |
| brand / line | COLO.Science · COLO Magnetic Stirrers |
| instrument type | Magnetic stirrer with hotplate (analogue) |
| intended use | Routine laboratory heating and mixing workflows in research, QC and education. |
| 🌀 stirring performance | |
| working mode | Stirring, Heating |
| max stirring volume | 8 L |
| stirring bar | PTFE 30–60 mm |
| driving mode | Motor |
| speed range | Not explicitly specified for MAGE12 in the source PDF comparison table |
| timer | No |
| 🔥 heating & temperature control | |
| temperature range | RT+5°C to 380°C |
| temperature control | Analogue |
| temperature stability | ±5°C |
| temperature uniformity | Analogue |
| temperature unit | Analogue °C |
| inner sensor | Analogue |
| outer sensor | Not available (X) |
| 🧱 construction & electrical | |
| hotplate size | 120×120 mm |
| working surface | Aluminium with protective coating |
| heat output | 350 W |
| motor rating output | 2 W |
| protection class | IP21 (DIN EN 60530) |
| power supply | 220 V / 50–60 Hz |
| permissible ambient | 5–40°C |
| permissible humidity | Up to 80% RH |
| net / gross weight | 2 / 3 kg |
| ℹ️ series note | |
| feature note | Series brochure highlights elevated control panel and heat indicator / heating On/Off concept (confirm per delivered configuration). |
| compact footprint | 120×120 mm aluminium hotplate for smaller vessels and space-limited benches. |
| analogue operation | Simple front-panel regulation concept for routine heating and stirring tasks. |
| aluminium hotplate | Protective coating supports everyday lab operation and typical chemical exposure. |
| daily-use focus | Economical solution for routine workflows where a compact hotplate stirrer is sufficient. |
| buffer and reagent preparation (small to medium batches) |
| routine heating & mixing in analytical chemistry |
| sample conditioning in QC |
| general education lab heating/stirring |
| controlled warming workflows with compact vessels |
| application fit | If this model does not match your workflow, COLO.Science can propose a suitable configuration or alternative model. |
| related models | Aluminium 170×170: MAGE17 (16 L). Ceramic 190×190: MAGA19. Digital: MAGD19 (PID + sensors). |
| topic | recommendation | note |
|---|---|---|
| temperature approach | For repeatability, keep vessel type + fill volume consistent between runs | Analogue control depends on load and ambient conditions |
| surface care | Clean the aluminium plate after spills; avoid aggressive scratching | Protective coating longevity depends on handling |
| mixing setup | Choose an appropriate PTFE stir bar length (30–60 mm) for your vessel | Helps stability and reduces decoupling |