Hangzhou Allsheng Instruments Co., Ltd. products

Biological Sample Preparation - Automatic Nucleic Acid Extraction System

Model Auto-Pure 4800 - Nucleic Acid Purification System

Auto-Pure 4800 automatic nucleic acid extraction and purification instrument is a high-throughput automatic nucleic acid extraction equipment. The instrument is based on the magnetic bead method to extract nucleic acid. During the purification process, the steps of pipetting, lysis, washing, elution, and PCR system set-up are automatically completed in the workstation. One-stop operation, without manual intervention. Can extract 48×1 ml sample system in one run.

Model Auto-Pure 2400 - Nucleic Acid Purification System

Auto-Pure series is a high-throughput automatic nucleic acid extraction equipment, based on the magnetic bead method to extract nucleic acid. During the purification process, the steps of pipetting, lysis, washing, elution, and PCR system set-up can be done automatically in the workstation. One-stop operation, without manual intervention, can extract 24×10 mL samples at the same time, which is more efficient and convenient than manual and semi-automatic extraction. At the same time, standardized and automated operating steps avoid human error, the experimental results are more reliable and repeatable.

Liquid Handling & Automation - Liquid Handling & Automation

Model Au-Mate 96 A2/A4 - Liquid Handling Workstation

For complex experimental procedures and precise pipetting operations, Au-Mate 96 series liquid handling workstation can bring you unlimited imagination. Through the external tablet computer, you can easily set up, save and operate the experimental process. Through the software control, the difference between aspirating and dispensing is truly eliminated, which improves the repeatability of pipetting. The simple and easy-to-operate software system controls the process of loading and unloading pipetting heads, aspirating and dispensing liquid, so as to complete complex multi-step experiments. A large amount of repetitive work can be completed in a short time, thereby reducing most of the manual pipetting burden, and significantly improving the sample processing speed and repeatability.