HITBOT OS integrates over 400 device protocols and features scenario brain AI vertical models, providing a full-stack automation solution from Sim2Real simulation to physical robot collaboration for biochemical laboratories. It frees researchers from repetitive tasks, allowing them to focus on truly important discoveries.
HITBOT OS is an embodied intelligent operating system specifically designed for biochemical laboratories. It unifies instruments, researchers, and experimental data on the same platform, achieving workflow orchestration, real-time monitoring, and intelligent decision-making. Plug-and-play and scalable as needed.
Transforms complex experimental processes into automated task sequences, integrating multi-device collaborative scheduling to maximize laboratory capacity and throughput.
Connects multiple workcells and information systems within the laboratory, constructing end-to-end automation processes, thereby enabling a complete link from samples to data.
Constructs a digital twin of the laboratory in a virtual environment, simulating before deployment to minimize trial and error costs.
24/7 remote monitoring, fault diagnosis, and version management to ensure the laboratory operates efficiently and continuously.
The Scenario Brain is HITBOT's self-developed vertical AI model for biochemical laboratories. It deeply integrates experimental protocol knowledge, device control logic, and real-time sensor data, enabling the system to understand experimental intent, autonomously optimize processes, and predict anomalies.
Natural Language Description of Experimental Goals,the Scenario Brain automatically decomposes these goals into executable device operation sequences.
Based on historical operational data and real-time feedback, dynamically adjust parameters to maximize experimental success rates and throughput.
Through multimodal sensor fusion, anticipate device anomalies and experimental deviations, automatically triggering corrections or alerts.
Automatically archive experimental data into a reusable knowledge graph for rapid deployment across laboratories and different scenarios.
From the country’s first direct-drive SCARA to humanoid robots with hollow torque joints, HITBOT has developed a full range of precision execution hardware to provide high-precision and highly reliable physical operation capabilities for biochemical laboratories.
The first direct-drive SCARA robot in China, utilizing direct drive technology to eliminate transmission gaps, achieving micron-level positioning accuracy with zero backlash.
High-precision electric grippers, featuring force control for adaptive gripping. These grippers support various experimental tools, including microtiter plates, centrifuge tubes, and slides.
Humanoid robot hollow torque joints feature interference-free wiring, high torque density, and industry-leading force perception accuracy.
From genomics to drug discovery, from cell culture to clinical diagnostics, HITBOT has successfully deployed solutions across multiple biochemical fields, helping laboratories transition from manual operations to intelligent automation.
Fully automated NGS library preparation, PCR automation, and Sanger sequencing processes, achieving a five-fold increase in throughput.
High-throughput screening, compound library management, and automation of ADME experiments, accelerating the DMTA (Design-Make-Test-Analyze) cycle.
Cell culture passage, micro-manipulation, and live cell imaging with 7×24 hours of unattended long-term experiments.
Intelligent feeding, reaction control, and post-processing fully automated in a continuous process, resulting in simultaneous improvements in batch stability and synthesis efficiency.
Automated sample injection, integrated operation of spectroscopy/chromatography, and real-time data analysis, increasing analytical throughput several times, with results fully traceable.
Fully automated processes for DNA assembly, strain selection, and fermentation monitoring, establishing a closed-loop iteration for DBTL (Design-Build-Test-Learn).
No programming experience is required; HITBOT OS allows every laboratory to quickly embark on their automation journey.
Drag modules to construct experimental processes on a visual canvas, adding logical judgments and data nodes, constructing once for multiple reuses.
Simulate the entire operation in a Sim2Real digital twin environment to validate the feasibility and performance of the workflow.
After successful simulation, the solution is migrated to the real device with one click, and the OS automatically completes device mapping and calibration.
The Run Manager continuously tracks the operating status, automatically handling exceptions, with data flowing back to LIMS/ELN in real-time.
Real deployment data from leading pharmaceutical company CRO laboratories showcase the quantitative value brought by the HITBOT OS.
Schedule a live demonstration of HITBOT in the laboratory to experience how embodied intelligence can change the way research is conducted.
