The CNFY-96R 96-Channel Pipetting Workstation is an automatic pipetting station that can automatically complete operations such as loading/unloading tips, aspiration, and dispensing, without the need for manual operation. It is widely used in genomics and proteomics, immunology, cytology, and biology research.

Key Features:

1. Equipped with a 7-inch LCD touch screen, the interface is simple and clear, single-machine control, easy to operate.

2. Features ultra-compact and lightweight design for easy movement and placement in clean benches, fume hoods, safety cabinets, etc., enabling work in confined spaces.

3. One-touch pipetting, continuous decanting, gradient dilution, and uniform mixing capabilities, all without manual operation.

4.96-channel pipette prevents sample addition time difference during simultaneous pipetting, catering to your diverse needs.

5. Compatible with most lab consumables, sample tubes, pipette tips boxes, microplates, liquid aspiration grooves, and liquid injection grooves that meet the SBS standard.

96-Channel Pipetting Workstation CNFY-96R Auto-Discharging Tip Technical Specifications:

Model: CNFY-96R

Position: Optional from 2 to 6 stations

Applicable Pattern: 96/384 Hole Plate

Principle of Transfer: Air displacement

Sample Channels: 96 Channels

Range: 20ul, 200ul, 1000ul (3 options available)

Incremental Filling: 1ul

Display: 7-inch High-Definition Touchscreen

Sample Accuracy: 10ul CV≤3.0%, Accuracy≤5%; 200ul CV≤1.5%, Accuracy≤3%; 1000ul CV≤1%, Accuracy≤1%

Function: Continuous Decanting, Dilution, Blowing and Mixing Uniformly

The application range of pipetting workstations is extensive, including but not limited to the following categories:

1. **Biological Research**: In biological research, a pipetting workstation is an indispensable tool in the lab. It assists scientists in conducting experiments such as cell culture, gene sequencing, and drug screening.
2. **Biopharmaceutical Z Drug Production**: In the production of biopharmaceutical Z drugs, a pipetting workstation can be utilized for liquid handling, cell culture, drug synthesis, and other processes, enhancing production efficiency and ensuring product quality.
3. **Semiconductor Manufacturing**: In semiconductor manufacturing, pipetting workstations are widely used in processes such as wafer cleaning, lithography, etching, and thin film deposition, facilitating precise liquid transfer operations.
4. **Nanopore Sequencing**: In nanopore sequencing technology, a pipetting workstation is an indispensable tool.
5. **Drug Development**: Liquid handling workstations assist researchers in drug screening, efficacy experiments, and toxicology studies, providing support for drug development for diseases.
6. **Environmental Protection**: In environmental monitoring and treatment, pipetting workstations are also used for water quality testing, air sampling, etc., to achieve precise liquid transfer operations.