Multi Channel Micropipette 8 Channel Labolit brand

Original price was: ₹18,000.00.Current price is: ₹9,000.00.30-300ul

Details:

Specifications & Ordering Information

Cat. No. Increment (µl) Volume Range (µl) Test Volume (µl) Inaccuracy (%) Imprecision (%)
UMP8-V10 0.1 0.5 – 10 1 ±4.00 4.00
10 ±1.50 1.50
UMP8-V50 1.0 5 – 50 5 ±3.00 2.00
50 ±1.00 0.70
UMP8-V100 1.0 10 – 100 10 ±3.00 1.50
100 ±1.00 0.50
UMP8-V200 1.0 20 – 200 20 ±2.00 0.80
200 ±0.70 0.25
UMP8-V300 10.0 30 – 300 30 ±2.00 0.80
300 ±0.70 0.25

Applications

  • Molecular biology laboratories
  • PCR and ELISA testing
  • Clinical diagnostics
  • Research and development labs
  • Pharmaceutical analysis
Weight 0.300 g
Dimensions 4 × 7 × 14 cm
RANGE

0.5–10 µl

,

10–100 µl

,

20–200 µl

,

30–300 µl

,

5–50 µl

Description

UM-MULTI Model 8 Channel Micropipette is a precision-engineered laboratory instrument designed for fast, accurate, and efficient multi-sample liquid handling. It is ideal for high-throughput applications such as PCR, ELISA, microplate filling, and reagent dispensing, ensuring uniform performance across all channels.

Built with advanced piston-spring technology, this micropipette delivers smooth and effortless plunger movement, helping reduce hand fatigue during repetitive tasks. Its ergonomic design, combined with a 360° rotating lower assembly, allows comfortable operation from any angle, making it perfect for demanding lab environments.

The micropipette is fully autoclavable, ensuring safe use in sterile and sensitive workflows. It also features an easy-to-use volume adjustment system, simple calibration, and a sequential tip ejection mechanism for added convenience. Designed for durability and precision, the UM-MULTI Model guarantees consistent and reliable results.

Key Features

  • 8-channel design for simultaneous multi-sample pipetting
  • Fully autoclavable for sterile laboratory use
  • 360° rotating lower part for flexible handling
  • Smooth plunger operation with balanced piston-spring system
  • Accurate and easy volume adjustment
  • Sequential tip ejection for efficient workflow
  • Simple calibration process
  • High precision and repeatability