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Electronic Pipette (dPette)

The Electronic Pipette (dPette) by DLAB is a motor-driven, digitally controlled single-channel electronic pipette designed to combine the lightweight, ergonomic feel of a manual pipette with the precision and effortlessness of an electronic system. Powered by a high-precision stepper motor, it delivers exceptional accuracy (with a systematic error of ≤ ±1.0% and precision (CV) of ≤ 0.8%, as validated in performance tests) and repeatability, eliminating common manual errors.
For the clinical laboratory scientist and molecular biologist, the dPette is an essential tool for high-throughput workflows, from PCR and qPCR setup to ELISA sample addition and serial dilutions. Its intuitive interface, with a large LCD screen and dual rotary knobs, makes setting parameters and switching between modes (pipetting, mixing, stepper, and dilution on the dPette+ model) exceptionally easy. The lightweight construction (approx. 110 g) and ergonomic design significantly reduce hand fatigue, helping to mitigate the risk of Repetitive Strain Injury (RSI) during extended use.
For the laboratory manager and patient, the dPette's advanced features ensure efficiency and reliability. The rechargeable Li-ion battery and user calibration via a USB-enabled computer dramatically reduce equipment downtime and maintenance costs. The ability to autoclave the lower head components ensures a sterile working environment, and the device's precision, with a documented relative standard deviation (RSD) of ≤ 0.5% for parallel sample pipetting, directly translates into more reproducible and trustworthy test results, accelerating clinical decision-making and improving patient outcomes.

Electronic Single-Channel Pipettor (dPette-S)

The Electronic Single-Channel Pipettor  (dPette-S) is a motor-driven, digitally controlled single-channel pipettor designed to combine the ergonomic feel of a manual pipette with the precision and efficiency of electronic operation . Weighing approximately 110 grams, it features a lightweight, streamlined body, powered by a high-precision stepper motor (with built-in error control), ensuring accuracy and reproducibility (pipetting and mixing functions) while eliminating common manual pipetting errors .
For the clinical laboratory scientist and molecular biologist, the Electronic Single-Channel Pipettor  (dPette-S) significantly improves workflow efficiency for PCR, ELISA, and clinical chemistry applications. Key features include a large LCD screen and dual rotary knobs that provide an intuitive user interface, adjustable aspiration and dispensing speeds (which accommodate various liquid viscosities) , and a built-in rechargeable Li-ion battery with dual charging (USB and stand) to ensure continuous operation . For the patient, this technology ensures that diagnostic assays are performed with high precision, reducing the risk of pre-analytical errors, and supporting faster, more reliable clinical decision-making.

Multi-functional 8-channel Electronic Pipette (dPette+)

The Multi-functional 8-channel Electronic Pipette (dPette+)  from DLAB is a precision motor-driven instrument designed to replace manual multichannel pipettes. It synchronizes liquid aspiration and dispensing across all eight channels, making it an essential tool for high-throughput laboratories handling 96-well plates. The device combines manual pipetting's ergonomic feel with the precision of an electronic stepper motor, offering four programmable functional modes: Pipetting, Mixing, Continuous Distribution (Stepper), and Dilution.
For the clinical laboratory scientist and molecular biologist, the dPette+ dramatically increases workflow efficiency. A single unit can fill a 96-well PCR plate in less than 3 minutes, a 60% time savings over manual methods. The high-precision, electronically synchronized channels reduce well-to-well variability, ensuring highly reproducible data for critical assays like qPCR and ELISA. Autoclavable components provide sterile processing, and the self-calibration feature via USB allows for easy in-house maintenance, making it an economical choice for any lab.
For the healthcare professional and patient, this efficiency is critical. The reduction in manual errors and increased throughput ensures that diagnostic results (e.g., for infectious diseases, genetic markers, or cancer) are reported faster and with greater accuracy. The lightweight, ergonomic design and reduced operation force also protect users from the risk of repetitive strain injuries (RSI), promoting a safer and more sustainable laboratory environment.