SynPan
ENTRY 001A leader in AI for Science, the next-generation integrated lab automation platform

SynPan: Open Agent Ecosystem, Defining the New Infrastructure for Scientific Research

As a national major science and technology infrastructure, Shenzhen Synthetic Biology Infrastructure operates AI-driven smart production lines that enable closed-loop research workflows: Design - Build - Test - Learn. Built on this cutting-edge foundation, Xingpan leverages a proprietary automation architecture and the MCP (Model Context Protocol) to provide full-stack capabilities for external Agent integration, testing, and deployment. It encapsulates lab operations as standardized skills, bridging the gap between AI models and physical experiments to enable autonomous scientific research. The platform has been validated with top research institutions, with related Agent-based findings published in Nature, establishing it as a benchmark infrastructure for AI-empowered scientific discovery.

// PRODUCT_ADVANTAGES

PRODUCT ADVANTAGES

ID: 01

Flexibility

  • More flexible experimental workflow design
  • All parameters and variables support expressions
  • Variable management for data files
ID: 02

Elasticity

  • Consumable usage does not need to be fixed
  • Free selection of sample plate well quantity and position
  • Automatic generation of sample tracking information
ID: 03

Standard Device Access Protocol

  • Unified multi-device interaction logic and calling standards
  • Identity authentication and data encryption
  • Build a solid line of defense for laboratory information security
ID: 04

System Openness

  • Build an automation ecosystem similar to smart furniture
  • Open MCP interface, supporting free developer expansion
  • Support LLM integration
// CORE_CAPABILITIES

CORE CAPABILITIES

>
CAP_01
EQUIPMENT & INSTRUMENT INTEGRATION
>Complete laboratory automation equipment integration through simple registration and configuration to achieve automated sample processing and data collection.
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CAP_02
STANDARDIZED DRIVER PROTOCOLS
>Fully define new device protocols based on the integrated system, allowing users to publish device drivers with simple development.
>
CAP_03
FLEXIBLE EXPERIMENTAL WORKFLOW
>Provide an intuitive graphical user interface to custom-build experimental workflows via drag-and-drop.
>
CAP_04
INTELLIGENT SCHEDULING SYSTEM
>Constraint-based task scheduling ensures highly efficient execution of experiments.
>
CAP_05
DATA COMPUTATION SYSTEM
>Support multi-user, multi-task Python script requests, with built-in Jupyter Notebooks.
>
CAP_06
CLOUD FILE SYSTEM
>Automatically read local output files from devices, synchronously linking with experimental task information.
// DRIVER_ECOSYSTEM

DRIVER CENTER

90+ lab-validated device drivers, plug-and-play

VIEW_ALL_DRIVERS→
Liquid Handling
10

Liquid Handling

Hamilton, Tecan, Beckman

Plate Sealing & Peeling
6

Plate Sealing & Peeling

Plate sealers, Peelers

Centrifugation
5

Centrifugation

High-speed centrifuges, Microcentrifuges

Incubation & Storage
5

Incubation & Storage

Incubators, Shakers, Environmental chambers

General Operations
5

General Operations

Centrifuges, Scanners, Labelers

Detection & Analysis
4

Detection & Analysis

Microplate readers, Mass specs, Plate readers

PCR
4

PCR

PCR machines, qPCR, Thermal cyclers

Flow Cytometry
2

Flow Cytometry

Flow cytometers, Sorters

Plate Stacking & Handling
2

Plate Stacking & Handling

Stacker systems, Robotic arms

Microplate Washing
1

Microplate Washing

Automated plate washers

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