Corning® Lambda™ EliteMax Semi-Automated Benchtop PipettorBy Corning®
The Corning Lambda EliteMax Benchtop Pipettor is a semi-automated, affordable, and easy-to-use liquid handler for lab benches that are tight on space but require the power and ability to perform high content screenings for large volumes of assays. This is the optimal solution for purification, isolation, and extraction methods for sample preparation and compound management.
Operation of this device is managed either manually or through a large screen user-interface that makes it easy for customers to use. The speed of the dual, single- and multi-channel head can be changed depending on the liquid or compound type being transferred. In addition, the blowout feature helps to dispense all excess liquid that may remain in the tip after the dispensing process.
There are five deck seating positions on the platform, and consumables can be arranged in a landscape or portrait orientation. Multiple user accounts can be set up for the system to store user preferences, protocols, and methods. The USB flash drive port supports data exchange and backup files.
The Corning® Lambda™ EliteMax Semi-automated Benchtop Pipettor can perform a variety of liquid handling tasks including:
- Plate filling from reagent reservoirs
- Serial dilutions, plate-to-plate transfers, tube-to-tube transfers, and plate replication
- Well-to-well transfers (cherry picking protocol for single-channel head only). Unit comes with a single-channel and 12-channel head installed.
- Accurately and precisely transferring liquids and compounds between microplates
- Transferring by row or by column
More complex applications can be performed such as sample preparation, timed reaction, PCR preparation, and cell-based assays set up.
|Pipetting Channels||Single-channel and 12-channel for 96-well format|
|Volume Range||1µL to 200µL|
|Plate Formats||6-well standard, shallow, deep well, microcentrifuge, V-, U-, and flat-bottom|
|Dimensions||20.5 x 11.3 x 14.2 in.|
|Power Requirements||100-240 VAC, 47-63 Hz|