Single Channel Pipettes, 0.5ml-50ml Continuous Pipettes with 5ml Tips, 5 Gears Stepper Laboratory Micropipette for Chemical and Scientific Research

Our continuous pipettes are designed for ease of use with one-handed operation, enhancing safety during experiments. They feature adjustable pipetting volumes with a convenient five-level range, allowing for versatility in various applications. The gear position visual window allows for simple adjustments across five settings, ensuring ease of operation. The nozzle connection is made with high chemical resistance materials, facilitating easy observation of the sealing condition. A tip locking lever secures the dispenser nozzle for added reliability. Note: An adapter is required when using 20ml or 50ml pipette tips.Specification:- Adjustable gears: five gears- Number of drains: 48/23/15/11/8 (corresponding to 5 gears)- Total volume range: 0.5-50ml; standard pipette tip 5ml (range: 1ml-5ml)Packing list:- Continuous allocator x1- 5ml pipette tip x1

• Continuous dispensing: Achieve continuous and accurate liquid dispensing with compatibility for various polypropylene dispenser tips. This pipette has a measuring range of 0.5-50ml, featuring a standard tip capacity of 5ml, allowing for up to 48 continuous pipetting instances.
• Adjustable settings: Utilize the side suction push lever to easily fill the suction head. The adjustable wheel allows for five distinct liquid discharge volumes, ensuring smooth dispensing even at the lowest settings.
• Precision transfer: Designed for high-precision volume adjustments, these continuous pipettes excel in transferring small liquid amounts, offering greater accuracy compared to standard pipettes.
• User-friendly design: Ergonomically designed for effortless one-handed operation, this pipette minimizes fatigue and reduces the risk of injury from repetitive motions, making it ideal for lab personnel engaged in extended tasks.
• Enhanced stability: These adjustable pipettes provide increased stability during use, ensuring better repeatability across multiple pipetting actions, which helps to decrease operator stress and minimize the chances of human error.