Biobanking / / De-capper
Screw caps capping and de-capping is a time consuming manual operation that easily constitutes a bottleneck in the workflow.
In addition to an important reduction in processing time, each de-capper is designed to ensure the correct level of cap twist at all times. Any risk of material loss through spillage or evaporation is thus avoided by achieving a standardized process.
Another advantage is the significant reduction in the risk of operator contamination and cross contamination between samples due to mishandling of the caps.
For less intense workflow
MP35483 | Screw Cap Recapper CS100 for Altemis Screw Caps (Ext.Thread and Int.Thread) |
MP35480 / MP35481 | Screw Cap Recapper for Micronic Screw Caps (Ext.Thread) / (Int.Thread) |
MP35483 | Screw Cap Recapper CS100 for Matrix Screw Caps (Int.Thread) |
MP35489 | Screw Cap Recapper CS100 for Nunc Screw Caps (Int.Thread) |
The optimal cost-benefit solution
4105MAT | Handheld Decapper, 8-Ch, Compatible with all screw cap Matrix |
4105NUN | Handheld Decapper, 8-ch, Compatible with all screw cap Nunc |
AL404001 | Semi-automated single decapper. Compatible with all screw cap AlteTubes. |
MP35420 | Screw Cap Recapper CS500 for Micronic Screw Caps |
For the most intense work flows
AL409000 | Swift 96 CELL. Full plate automated screw cap decapping. |
AL409001 | Swift 48 CELL. Full plate automated screw cap decapping. |
AL409002 | Swift 24 CELL. Full plate automated screw cap decapping. |
The optimal solution for push caps
MP35050 | Push Cap Capper CP400. |
MP35000 | Automatic Push Cap Decapper CP620 |
AL404700 | Semi-automated septum capper for all manufacturers septum cap mats |
Learn about our dedicated biobanking and storage offerings
1
WORKFLOW OPTIMIZATION AND STANDARDIZATION
2
REDUCED PROCESSING TIME
3
ENSURE THE OPTIMAL TORQUE LEVEL BY PREVENTING MATERIAL LOSS THROUGH EVAPORATION OR SPILLAGE
4
REDUCE THE RISK OF CROSS-CONTAMINATION BETWEEN SAMPLES
5
REDUCE THE RISK OF OPERATOR CONTAMINATION