When talking about the composition of the Opentrons magnetic module, we have to first emphasize how it is an indispensable key component in automated laboratories and how it skillfully combines precision mechanical design and advanced magnetic technology. The core of this module lies in its carefully laid out high-strength magnet array. They not only constitute the basic skeleton of the module, but are also the key to achieving efficient separation and purification of magnetic beads.

1. Core parameters of Opentrons magnetic module 1. Number of processed samples: 962. Processed sample capacity: 10μL to 2 mL3. Dimensions (without bracket): 133mm x 90mm x 98mm (length/width/height) 4. Weight: 3.3 lbs / 1.5 kg5. Robot power input: 36VDC, 6.1A6, power adapter input: 100-240VAC, 50/60Hz, 4.0A/115VAC, 2.0A/230VAC

2. Core components of the Opentrons magnetic module 1. High-strength lift-type N52 neodymium magnet: (1) This is the core of the magnetic module. It uses high-strength N52 neodymium magnets, which can generate a strong magnetic field force, effectively absorb magnetic beads, and achieve sample stability. Isolation and purification. (2) The magnet is designed to be lifted and lowered, making it easy to flexibly adjust its position during operation to adapt to different experimental needs. 2. Compatibility and adaptability: (1) The magnetic module is compatible with standard and deep-hole laboratory equipment from 22mm to 44mm, and can be adapted to various specifications of well plates and experimental vessels. (2) At the same time, it is also compatible with various magnetic bead products, providing a wide range of choices for experiments.

3. Functional features of Opentrons magnetic module 1. Efficient separation: Through strong magnetic field force, the magnetic module can quickly and effectively separate magnetic beads from the suspension, improving experimental efficiency. 2. Stable and reliable: The design of the magnetic module takes stability and reliability into consideration to ensure continuous and stable operation during the experiment and reduce errors and failures. 3. Flexible compatibility: As mentioned above, the magnetic module is not only compatible with various specifications of well plates and experimental vessels, but also compatible with most reagents and magnetic beads on the market, providing great flexibility and convenience for experiments.

4. Manufacturer information of Opentrons magnetic modules 1. Opentrons Labworks Group: Founded in 2014 and headquartered in New York, the United States, it is a life sciences group that includes four major businesses: Robotic Robotics, PRL Diagnostic Laboratory, NEO Cell Engineering and AI Artificial Intelligence. department. 2. Hechuang Bioengineering (Shenzhen) Co., Ltd.: As a wholly-owned subsidiary of Opentrons Group, it is affiliated to the Robotics Division and integrates R&D, production and sales of laboratory automation instruments and consumables. The main products include automated pipetting robots, high-precision pipettes, professional supporting hardware modules (such as magnetic, thermal cycle, temperature control, HEPA modules) and experimental equipment and consumables.

Opentrons magnetic modules play an important role in automated laboratory equipment with their high strength, lifting design, wide compatibility and stable and reliable performance. It can not only improve experimental efficiency and accuracy, but also provide researchers with greater flexibility and convenience, promoting the progress and development of life science research.