Summary

This guide explains the core microfluidic technologies, key accessories for biological applications, and the specific components included in this project package.

1. Microfluidic Chip Technologies: The standard Be-Doubleflow Standard and custom Be-Transflow chips offer high-volume, low-latency fluid manipulation essential for cell analysis and therapy development. These devices utilize precise channels and sensors to control fluid dynamics and reaction rates within nanoliter volume.
2. Flow Control Solutions: The Be-Gradient Standard chip enables precise pH and temperature adjustment, while the Semi-rigid Tubing Kit facilitates rapid volume transfer without complex tubing connections. Integrated with this setup, the ISP series and FlowEZ components provide automated liquid recycling and precise dosing capabilities for reproducible experiments.
3. Accessories and Integration: The No results found section highlights critical supplementary equipment, including the Microfluidic flow control system and various Chip accessories designed for seamless assembly. These tools ensure that every step of the process, from sample preparation to final detection, runs smoothly on a controlled platform.
4. Product Support: Through Be-Gradient and standard Be-Transflow microfluidic chips, we provide a tailored solution for your BioMedical or drug discovery projects. This comprehensive kit, including the Microfluidic flow control units and all necessary accessories, allows you to achieve high-throughput manufacturing from the initial idea to final mass production for Biological Applications.

Title

Beonchip - Organ-on-chip made easy

Description

Beonchip is a biotechnology company that commercializes robust and user-friendly organ-on-chip platforms, promoting a more ethical and efficient biomedical research

Keywords

chips, chip, flow, products, control, view, system, technology, systems, organ, publications, platforms, standard, pressure, syringe, generation, devices

NS Lookup

A 145.14.153.243

Dates

Created 2026-03-09

Updated 2026-04-21

Summarized 2026-04-21