About Us
Join us in extending the boundaries of human discovery.
The dedicated rotating cell-culture system project begins under the name WEC001.
Structural simulations and a review of historical literature establish technical feasibility.
The generation-zero engineering prototype is designed and built for initial trials.
Rotator v1 and the first-generation prototype are manufactured, assembled, and tested.
The first WEC001-GT1 whole-embryo rotating culture system is delivered to its first user.
A pressure-control module is added as the system evolves for emerging international research.
Static culture vessel v1 and rotator v2 are redesigned and prototyped.
Rotators v3 and v4 introduce an innovative thin-wall culture-vessel system.
The third-generation WEC001-GT3 whole-embryo rotating culture system is delivered.
The fourth-generation WEC001-GT4 system begins shipping to users.
Rotator v5 receives a refined internal redesign and prototype build.
Tesla Gripper v1 and static culture vessel v4 receive new structural designs.
The fifth-generation WEC001-GT5 system begins shipping to users.
Remote live viewing, scheduled photography, and time-lapse imaging are added.
Digitally encoded gas-distribution rotator v6 adds micrometre-level automatic positioning.
AI-enabled GasTri3 adds intelligent calibration, gas management, and dual-standard gas delivery.
The v5 interface adds multi-parameter protocols, nonlinear culture, and advanced culture modes.
Meet the Adawarbler® Intelligent Hardware Team
Tony Du, Systems and Mechanical Engineer
Tony founded the hardware team and drives its product vision. By taking part in experiments, testing, and customer workflows, he turns practical laboratory pain points into thoughtful mechanical solutions.
Mich Song, Lead Software Engineer
Mich brings years of experience leading intelligent robotics software development. His practical approach keeps the culture-system software capable, approachable, and aligned with current research needs.
Aline Xie, Lead UI Architect
Aline leads the design and review of complex instrument interfaces and mentors the internal UI team. Her experience in human–machine interaction helps make sophisticated hardware clear and usable.
Iris Xu, Lead Design Engineer
Iris applies international biomedical experience and rigorous analysis to translate emerging science into product improvements. Her life-science perspective strengthens the team’s focus and raises instrument quality control to international standards.