Intelligent Pharmaceutical Synthesis/Detection Platform
Introducing Biovanix Intelligent Pharmaceutical Synthesis & Detection Platform, designed to redefine efficiency and precision in your research. This comprehensive platform automates the entire experimental workflow, from initial preparation to final data logging, ensuring unparalleled accuracy and reproducibility.
Core Features & Automation:
Automated Workflow: Our system integrates key laboratory processes, including automated weighing, sampling, reaction, drying, and data entry, eliminating manual intervention and human error.
Seamless Equipment Integration: The system seamlessly interfaces with a wide range of essential lab equipment, such as balances, fluid pumps, autosamplers, ovens, reactors, centrifuges, gas chromatographs (GC), and liquid chromatographs (LC).
High Intelligence & Precision: Powered by intelligent control algorithms, the system operates with a high degree of automation, guaranteeing precise execution and consistently accurate results.
Biovanix intelligent system is more than just a collection of automated devices; it is a unified solution that streamlines your entire research process, allowing your team to focus on analysis and innovation rather than repetitive manual tasks. With its high level of intelligence and proven accuracy, it’s the next step in laboratory automation.
Ai Driven Engine & Modular Equipment Matrix
AI assists with scientific thinking, while robots undertake experiments, freeing up scientists from tedious and repetitive desk and experimental work.
The company’s research is centred on the flexible intelligent track of life sciences, with the objective of constructing a modular equipment matrix and a “building-block” software-hardware collaborative ecosystem with AI middleware as the technical core. It is evident that the systems architecture has been meticulously designed to address the evolving requirements of experimental R&D, thereby facilitating the efficient execution of complex tasks and labour-intensive operations. This is achieved through the implementation of flexible departments. The system’s wide range of applications extends to fields such as life sciences, biological preparation, drug development, applied chemistry, and analytical detection. This adaptable and scalable solution offers significant advantages in these and other domains.
Core Features & Automation
7*24 hour automated synthesis
Thanks to the coordination of robotic arms, automated equipment and an intelligent scheduling system, the laboratory can operate unattended 24/7, overcoming the limitations of manpower and time.
AI autonomous parameter adjustment
The AI model dynamically optimises the core parameters of the formula based on detection and analysis data, forming an intelligent closed loop of experiment, analysis and optimisation.
High-throughput parallel synthesis and screening
Based on robotic arm cluster technology, it enables the simultaneous synthesis and screening of various compounds, exponentially increases experimental throughput and improves single-batch processing capacity by 5-10 times compared to manual operation. This allows a large number of candidate solutions to be covered quickly.
Automatic evaluation and analysis of synthetic
products Integrated XRD, spectral analysis and mass spectrometry, as well as other automated instruments, can analyse the core data of compounds in real time to enable autonomous parameter adjustment by AI.
Flexible Combination For Various Scenarios
Cell
Therapy
Synthetic
Biology
Biological Fermentation
Pharmaceutical Screening
Synthesis of Compounds
Program-free Operation Control System
Combined Instruments
- Mass Spectrometer
- Nucleic Acid
- Extraction
- Cell Counter
- Microplate Reader
- High-Content
- Imaging System
- Biological Safety
- Cabinet
- Cell Disruptor
- Laminar Flow Hood
Self-developed Products
Integrated Standard Instruments
- Automated Consumables Storage Rack
- Sealing Machine
- Film Peeling Machine
- Centrifuge
- CO₂ Incubator
- PCR Amplifier
- Microplate Reader
- Cell Imager
- Washer
- Constant Temperature Shaker Incubator
- Multi-Position Shaker
- Fully Automated CO₂ Shaker Incubator
Liquid Handling & Robotics
- 8-Channel Liquid Handling Workstation
- Automated Liquid Dispensing System
- High-Throughput Cell Dispenser Workstation
- Fully Automated Cell Culture Flask Workstation
- Intelligent Media Dispenser System
Cell & Molecular Biology
- Intelligent Cell Line Screening Automation System
- Fully Automated Cell Transfection Workstation
- qPCR Pre-processing System
- Plasmid Construction System
- Intelligent DNA Automated Assembly System
Microbial & Protein Testing
- Intelligent Microbial Plate Coating System
- Intelligent Enzyme-Linked Immunosorbent Assay (ELISA) Automation System
- Fully Automated Protein Purification Workstation
- High-Throughput Screening for Enzyme Engineering
Medicine Screening
- High Content Screening
Self-developed modules and integrated equipment have the ability to design and integrate hardware instruments, building technical barriers
Biovanix Information has developed a comprehensive system of solutions for the rapid construction of automated laboratories, leveraging its automated control platform and Industrial Internet of Things (IIoT) technology. The system integrates proprietary control and drive technologies for specialised instruments used in cell research, biological experiments, materials science and chemical production. This framework significantly shortens project delivery cycles and optimises profit margins, establishing robust cost advantages and creating technological barriers in industry competition.
Sample storage
Weighed on a scale
Switching console workstation
Ultraviolet spectrometer
Powder discharge
Pipetting Workstation
Suction station
Gas chromatography workstation
Liquid discharge
Liquid workstations
PCR experimental workstation
Clinical diagnostic workstation
Mix the powder and liquid
Centrifugation work station
XRD work station
Research workstation
Magnetic stirring
Baking oven station
ICP work station
Synthetic biology workstation
Schematic Diagram of Life Science Automation Laboratory
Automated Catalyst Preparation Laboratory
Laboratory for Catalyst Synthesis & Preparation
Automatic Hydrothermal SynthesisLaboratory
Catalyst Synthesis Laboratory
Self-developed Standard Equipment
Equipment Management System
- This system enables the precise operation and activation of various instruments and devices, simplifying equipment integration and management. It also provides real-time monitoring to ensure optimal performance at all times.
Intelligent Task Scheduling System
- Dynamically allocates equipment resources based on actual demand. For multiple research projects, it analyses task priorities and equipment utilisation in real time, automatically adjusting allocation plans to enhance efficiency and scientific output.
Robotic Arm Control System
- This system uses modular programming to eliminate the need for traditional complex coding methods. Researchers can easily manage robotic arm positions and trajectories without in-depth programming knowledge, enabling them to complete programming tasks quickly and freeing up more time for experiments.
Experiment Design and Execution Platform
- It provides researchers with a visual, convenient and flexible interface for designing experimental workflows. Previously, modifying experimental procedures required costly and time-consuming secondary development by specialists. Now, however, researchers can optimise and adjust workflows at any time based on practical needs and creative ideas, freely exploring the unknown and unleashing their creativity and imagination to unlock greater possibilities for scientific research.
Automatic Pipetting Workstation
Pipette Tip
Pipette Tip Type | Volume | CV |
50μL | 1μL | <9% |
| 200μL | 10μL | <2% |
1000μL | 1000μL | <1% |
- One-time use pipette tips: 50, 200, 1000 (tip available in microliter size)
- Volumetric pipette specifications: 500, 1000
- Claw: Optional with or without claw
- Mechanical arm: Optional configuration
Robotic Arm
Flexible and independent 8 channels, each channel can perform unequal volume pipetting, independent Z-axis movement, liquid level sensing, and span Y-axis movement, making it easy to perform pipetting operations on experimental vessels such as tubes, microplates, deep well plates, trays, and small bottles.
Anti-Droplet Technology
When transferring volatile liquids, anti-droplet technology compensates for pressure changes in the channel to prevent the formation of liquid droplets due to pressure fluctuations.
Application
- PCR/qPCR
- Protein Purification NGS
- Nucleic Acid Extraction
- ELISA
- Sanger Sequencing
- Concentration
- Uniformization
- Continuous Gradient
- Dilution
Biovanix Automatic Liquid & Powder Sample Preparation System is a high-end automated device specifically designed for laboratory settings, dedicated to achieving precise automatic weighing and dispensing of powder and liquid samples. This equipment deeply integrates cutting-edge automation technology, high-precision control systems, and a user-friendly interface, effectively mitigating human-induced errors and significantly enhancing the repeatability and reliability of experimental results.
- Ultra-High Precision, Reliable Data
- High Automation, Doubled Efficiency
- Exceptional Flexibility, Wide Compatibility
Application Area
- Chemistry
- Biology
- Pharmaceuticals
- Sample pretreatment
- Materials science
Paramètres
Basic Information
Function | Specification |
Dimension | 1400mm × 750mm × 750mm (subject to actual measurements) |
Tray Capacity | 8 trays |
Single Tray Capacity | 6 / 12 / 24 containers (depending on container specifications) |
Maximum Sample Processing Throughput | 192 samples |
Vibratory Feeder Stations | 2 stations |
Power Supply | 220V 800W |
Powder Treatment
Function | Specification |
Number of Powder Materials | 12 types |
Material Hopper Volume | 40ml |
Compatible Target Container Types | 2ml, 8ml, 20ml glass vials |
Solid Sample Weight Range | 1mg-20g |
Weighing Resolution | 0.1mg |
Dosing Accuracy | ±0.3mg |
Liquid Treatment
Function | Specification |
Number of liquid reagents | 12 types |
Reagent reservoir volume | 40ml |
Compatible target container types | 6ml, 10ml, 15ml, 20ml reagent tubes |
Liquid dispensing volume range | 10μl-10ml |
Liquid dispensing accuracy | ±1% |
Container Specification
Type | Specification (mI) | Outer Diameter (mm) | Height (mm) | Single Pallet Loading Capacity |
Powder Container | 2 | 16 | 34 | 24 |
8 | 16 | 61 | 12 | |
20 | 27 | 57 | 6 | |
Liquid Container | 6 | 12 | 75 | 24 |
10 | 12 | 100 | 24 | |
15 | 15 | 100 | 24 | |
20 | 15 | 150 | 12 |
Why Choose Us?
Biovanix: Your Partner in Pharmaceutical Synthesis & Detect System
At Biovanix, we specialize in providing cutting-edge customs pharmaceutical and chemical synthesis systems tailored to the unique needs of companies and research laboratories. Our mission is to empower scientific advancement by delivering innovative solutions that streamline the synthesis process, ensuring efficiency and precision.
Custom-Designed Systems: Our team of experts works closely with you to understand your specific requirements, designing and fabricating systems that are perfectly aligned with your research goals and production needs.
Quality and Reliability: We prioritize quality in every step of our synthesis systems’ development, ensuring that you receive reliable, high-performance equipment that meets the highest industry standards.
Innovation at the Forefront: Biovanix stays at the forefront of technological advancements, integrating the latest innovations into our systems to provide you with an edge in your pharmaceutical and chemical research endeavors.
Comprehensive Support: Our commitment extends beyond the sale. We offer comprehensive support, including training, maintenance, and continuous updates to keep your systems at peak performance.
Partnership for Growth: We view our clients as partners, and our growth is intertwined with yours. Biovanix is dedicated to supporting your journey from concept to commercialization, fostering a collaborative environment for mutual success.
Welcome to Biovanix, where innovation meets customization in pharmaceutical and chemical synthesis. Let’s create the future of science together.
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