dPette+ Multi-functional 8-Channel Electronic Pipette
The DLAB dPette+ is a versatile and efficient 8-channel electronic pipette engineered to streamline high-throughput pipetting. It combines superior precision with an intuitive user interface, enabling fast, accurate, and reproducible liquid handling for multi-sample applications.
Key Features & Advantages:
High Precision & Parallelism: A high-precision stepper motor ensures exceptional accuracy and consistency across all eight channels, guaranteeing reliable and repeatable results.
Ergonomic & Lightweight: The streamlined, lightweight design minimizes user fatigue during extended operation, enhancing both comfort and productivity.
Multiple Functional Modes: Offers versatile modes including Pipetting, Mixing, Sequential Dispensing, and Dilution for a wide range of complex liquid handling tasks.
User-Friendly Operation: A large LCD screen and dual rotary knobs provide an intuitive interface for seamless navigation and parameter setting.
Programmable & Adjustable: Features four programmable volume ranges and adjustable aspiration/dispensing speeds to suit specific protocol requirements.
Rechargeable Battery: Powered by a built-in, rechargeable battery for cord-free convenience and extended use.
Autoclavable & Self-Calibrating: The lower section is autoclavable for sterilization, and the pipette supports automatic calibration via a USB balance, ensuring long-term accuracy and traceability.
Technical Specifications:
Catalog No.: 7036202001
Volume Range: 0.5–10 µL
Increment: 0.01 µL
Test Volumes: 10 µL | 5 µL | 1 µL
Systematic Error: ±0.20 µL (±2.00%) | ±0.20 µL (±4.00%) | ±0.08 µL (±8.00%)
Random Error: ±0.10 µL (±1.00%) | ±0.10 µL (±2.00%) | ±0.05 µL (±5.00%)
Channels: 8
Available Volume Ranges:
0.5–10 µL, 10–100 µL, 15–300 µL, 30–300 µL
Ideal For:
High-throughput screening, cell culture, PCR setup, ELISA, and any application requiring fast, accurate, and parallel liquid handling.
Why Choose dPette+?
Because it delivers the perfect balance of DLAB's engineering precision, multifunctional programmability, and ergonomic design, significantly boosting efficiency and reliability in multi-well plate workflows.
Malaysia
