Home News News OptoSeeker 2024 Installation Summary

OptoSeeker 2024 Installation Summary

2025-01-24

2024 was a pivotal year for OptoSeeker. We launched the OptoBot®500 Optoelectronic Tweezer System and the OptoNeuroBot® Patterned Illuminator, completing installations at leading universities and research centers across China. Customer feedback has been overwhelmingly positive, underscoring strong market demand for high‑precision, automation‑driven, and innovative laboratory instruments.

I. Installation Records

No. Institution Date Equipment Purpose
1 Shenzhen Technology University 2024‑04‑16 Digital Microfluidics System Teaching & Research
2 Shanghai Center for Infection & Immunity Science 2024‑04‑28 Digital Microfluidics System Research
3 Southern University of Science and Technology 2024‑05‑30 Digital Microfluidics System Teaching
4 Jiangnan University 2024‑08‑27 Digital Microfluidics System Research
5 Shanghai University 2024‑09‑19 OptoBot®500 Optoelectronic Tweezer System Nanoparticle Alignment & Assembly Study
6 Beijing Institute of Technology 2024‑10‑11 OptoBot®500 Optoelectronic Tweezer System Droplet & Micro/Nano Manipulation Study
7 Yantai University 2024‑10‑23 OptoBot®500 Optoelectronic Tweezer System Particle Control & Microfabrication
8 Southern University of Science and Technology 2024‑11‑05 OptoNeuroBot® Patterned Illuminator Cell Manipulation Research
9 Shanghai Center for Infection & Immunity Science 2024‑12‑10 OptoBot®500 Optoelectronic Tweezer System Cell & Microbial Studies
10 Henan Laser Research Institute 2024‑12‑19 OptoNeuroBot® Patterned Illuminator Structured Light Projection in Microscopy



II. On‑Site Installations



                                                                       



III. Product Technical Advantages

1. OptoBot®500 Optoelectronic Tweezer System
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  • DMD‑Based Projection: High‑precision Digital Micromirror Device delivers crisp, high‑contrast light patterns.

  • Integrated Waveform Generator: No external hardware required—controls dielectrophoretic traps and motion.

  • High‑Resolution Imaging: Supports multiple objective lenses for versatile magnification.

  • Optional Fluorescence Module: Stable LED light source with long lifetime.

  • Custom Graphics & Path Planning: Draw arbitrary shapes, plan multi‑target routes, and import images for animation.

  • OptoMind®500 Software: User‑friendly interface for real‑time pattern editing and automated micromanipulation.

2. OptoNeuroBot® Patterned Illuminator
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  • Full‑HD DMD Chip (1920×1080): Delivers large‑field, high‑definition structured‑light projection.

  • Standalone Control Interface: Draw light spots, edit images, switch wavelengths, and trigger TTL‑sync with electrophysiology, confocal, or two‑photon systems.

  • Microscope Compatibility: Works with both upright and inverted microscopes.

  • NeuroMind™ Software: Enables shape drawing, pattern programming, device interlock, and timed stimulation sequences.


2024’s nationwide installations not only validate OptoSeeker’s technological leadership but also reflect researchers’ growing appetite for automated, high‑precision instrumentation. From optoelectronic tweezing to structured‑light projection, our platforms have demonstrated broad applicability across nanomaterials assembly, life sciences, microrobotics, and biomechanics. Looking ahead, OptoSeeker will continue to invest heavily in R&D, roll out new products, and optimize performance and service—always putting customer satisfaction first.