MegaLab Laboratory Automation Platform

MegaLab stands as China’s first self-developed universal automated laboratory platform, designed by MegaRobo to transform traditional experimental workflows into fully autonomous operations. The system connects diverse laboratory instruments through central robotic manipulators, enabling unattended execution of complex experimental protocols.

Product Overview

The MegaLab platform addresses a fundamental challenge in modern research: the need for high-throughput, reproducible experimental execution while minimizing human intervention. Rather than automating single tasks, MegaLab integrates entire experimental workflows from sample preparation through analysis and data collection.

The system architecture centers on industrial-grade robotic arms that serve as the physical connection between standalone instruments. This design allows laboratories to use existing equipment investments while gaining automation capabilities. MegaLab’s modular approach accommodates both standard configurations and highly customized implementations based on specific research requirements.

Key Features

MegaLab is a robotic manipulator-centric platform that connects diverse laboratory instruments into fully unattended workflows for pharmaceutical R&D, vaccine development, and clinical diagnostics.

• Central Robotic Architecture: Manipulator-centric design connects all laboratory instruments through a unified automation layer
• Multi-Arm Integration: Support for multi-arm robot configurations and multi-function islands
• Plate Supply Systems: Integrated consumable handling for continuous operation
• Customization Capability: Both standard modules and non-standard integration options available
• Local Support: Independent intellectual property with domestic service capabilities

Technical Specifications

MegaLab’s modular architecture supports SBS-standard microwell plates, multi-arm robot configurations, and MegaFluent software for fully automated, unattended operation.

Clinical Applications

MegaLab deployments support diverse research and production scenarios:

Pharmaceutical R&D: High-throughput compound screening, ADMET profiling, and formulation development requiring thousands of parallel experimental conditions.

Vaccine Development: Automated cell culture, viral propagation monitoring, and quality control testing with full traceability.

Gene Engineering: CRISPR-based gene editing workflows, plasmid construction, and transformation protocols.

Clinical Diagnostics: Sample processing pipelines for molecular diagnostics, immunoassays, and biomarker discovery.

The MegaRobo Kunpeng Laboratory serves as the company’s internal demonstration and research facility, showcasing MegaLab applications in cell gene editing, high-throughput drug screening, organoid research, and synthetic biology.

Regulatory Status

MegaLab operates as general laboratory automation equipment rather than a regulated medical device. Individual system components such as the MRQ drive controllers have obtained relevant certifications including CE marking and CNAS certification.

Frequently Asked Questions

What types of experiments can MegaLab automate?

MegaLab handles experimental operations using standard microwell plates as containers, including pipetting, centrifugation, incubation, shaking, and detection steps. The platform supports biology and chemistry workflows across pharmaceutical, diagnostic, and research applications.

How does MegaLab integrate with existing equipment?

The system connects to existing laboratory instruments through robotic transfer of plates and samples. MegaLab supports integration with equipment from major manufacturers through standardized interfaces and custom adapters where required.

What is MegaLab Plus?

MegaLab Plus represents the customized solution tier for clients with specialized requirements beyond standard configurations. These implementations involve additional integration development to address unique workflow needs.