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OFFICIALMAIL@GALATEK.AI
Product Introduction
The Cell Culture Workstation, G-Viva, is an innovative and intelligent system, proudly developed by Galatek to revolutionize 2D/3D cell culture. This workstation automates intricate procedures such as cell seeding, plating, expansion, passaging, media replacement, and high-throughput drug addition. By transcending the limitations of manual operations, it empowers researchers with traceable and reproducible 2D/3D culture protocols through a cohesive and standardized software environment. This remarkable advancement not only enhances experimental efficiency but also paves the way for large-scale organoid cultivation, inspiring new possibilities in scientific discovery
Introducing the Galatek liquid handling workstation, Galatek G-Jumbo, a game-changer in laboratory automation. This versatile workstation offers 4 to 8 independent pipetting channels, each capable of delivering precise volumes of up to 1000 μL. With adjustable pipetting spacing and volume, it seamlessly accommodates a diverse array of samples, reagents, consumables, and modules.
Designed for ultimate flexibility, the Galatek G-Jumbo can be configured and integrated to suit your unique application needs, providing tailored solutions for any laboratory environment. Its robust robotic arm allows for efficient parallel processing of both plate handling and pipetting, while its capability to link with multiple devices ensures it meets even the most complex automation challenges.
Widely embraced in the bio-pharmaceutical, life sciences, and clinical diagnostics sectors, the Galatek G-Jumbo is your partner in enhancing experimental reliability and maximizing uptime. Experience a significant boost in laboratory efficiency and let Galatek transform your workflows today!
The Galatek liquid handling workstation, Galatek G-Snap, is a highly capable and flexible solution, equipped with four independent 1000μL pipetting channels that allow for precise adjustments in both pipetting spacing and volume. Its versatility ensures compatibility with a wide array of samples, reagents, consumables, and modules.
Designed for customization, the entire workstation can be tailored and integrated to suit a variety of application scenarios, making it an ideal choice for your laboratory. The powerful robotic arm enables seamless parallel processing of plate handling and pipetting while easily connecting and integrating multiple devices to tackle complex automation needs.
Widely utilized in the bio-pharmaceutical, life sciences, and clinical diagnostics sectors, the Galatek G-Snap is built to enhance experimental reliability and maximize automated uptime, ultimately driving greater efficiency in your laboratory operations.
The Galatek liquid handling workstation, Galatek G-Micro, is a highly compact benchtop solution, equipped with 8 fixed pipetting channels. It is designed for a wide range of laboratory applications, including proteomics, cell biology, drug discovery, and synthetic biology. It integrates advanced robotics and AI technology to deliver high precision, reliability, and efficiency in liquid handling and sample processing. With its open-platform architecture, the workstation supports seamless integration of various functional modules and consumables, enabling customized workflows and scalable automation for modern laboratories.
The Galatek liquid handling workstation, Galatek G-Mini is a remarkable multi-channel liquid dispenser that revolutionizes the way reagents are dispensed. With its high-speed, multi-functional capabilities, it streamlines workflows and elevates efficiency by automating complex analyses and diagnostic experiments. This innovative system plays a vital role in transforming laboratory automation.
Designed for versatility, it excels in high-precision dispensing of cells, culture media, and various diagnostic reagents. It empowers researchers in preparing pre-loading plates for nucleic acid extraction, setting up PCR experiments, dispensing quality control solutions, glass vials, preservation solutions, and conducting ELISA experiments, inspiring a new era of scientific discovery.
Solution Feature
Enhancing the Success Rate and Consistency of Organoid Cultivation
Smart automation scheduling and workflow management
LABILLION Automation helps manage lab automation hardware and workflows via the cloud. Scientists can centralize control of devices, boost productivity with dynamic workflows, and improve runs through AI-powered insights.
Enhancing Organoid Culture Efficiency
Reliable, traceable experimental data management
LABILLION Notebook helps accurately and automaticaly capture experimental data. Scientists can flexibly record results, scale lab practices, manage collaboration, and meet compliance requirments effortlessly.
Compatible with a Diverse Array of Organoid Models
Real-time sample tracking and management
LABILLION Inventory provides real-time material management and data sharing capabilities. Scientists can unify material management across sites, improve sample traceability, take timely actions, and find inventory data faster.
Traceable Experimental Data
Comprehensive map of inventory hierarchy
LABILLION Registry manages relationships across entities and samples and standardizes metadata capture. Scientists can model their unique inventory hierarchy, improve traceability across workflows, and save time searching for data.
Eliminates the Need for Dedicated Consumables
Intuitive sequence design and analysis
LABILLION Designer makes visualizing, creating, and analyzing sequences and plasmids smarter and more intuitive. Scientists can access various design tools in one place, create sequences faster, and centralize sequence management.
Enhancing the Success Rate and Consistency of Organoid Cultivation
Built-in standardized protocols improves both the success rate and consistency of organoid cultures.
Enhancing Organoid Culture Efficiency
Automation of complex processes in organoid culture substantially elevates experimental efficiency.
Compatible with a Diverse Array of Organoid Models
This system supports the culture of multiple adult stem cell-derived and iPSC-derived organoids, providing extensive versatility.
Esophageal cancer organoids
Gastric cancer organoids
Mice liver organoids
Growth status during the cardiac organoid induction process
Traceable Experimental Data
Comprehensive end-to-end data tracking significantly enhances data traceability and reusability.
Eliminates the Need for Dedicated Consumables
Compatible with a variety of organoid culture media, matrigels, and auxiliary reagents.
Built-in data analysis and visualization
LABILLION Analytics helps aggregate, clean, and transform data for visualization. Scientists can centralize data wrangling and transformation, support operational and scientific decision making, and share actionable insights in real time.
Centralized, streamlined scientific data management
LABILLION Data helps centralize and streamline data management from any source. Scientists can establish clear data standards, automate data ingestion and reporting, and flexibly manage data in real time.
Simplified flow of requests and processes
LABILLION Workflows simplifies task assignment, requests fulfilment and process orchestration for modern labs. Scientists can streamline requests, coordinate processes, improve efficiency, and ensure seamless collaboration across teams and projects.
Product Parameter
| Product Model | Galatek G-Viva | |||
| Appearance | Dimensions (L*W*H) | 1960*780*2012 mm | ||
| Net Weight | 500 kg | |||
| Power Supply | Voltage | 100-240 VAC | ||
| Frequency | 50/60 Hz | |||
| Rated Power | 3.6 KW | |||
| Operating Environment | Temperature | 15°C - 32°C | ||
| Humidity | 30% - 80% (no condensation, indoor) | |||
| Pipetting Performance | Pipetting Principle | Air displacement | ||
| Pipetting Range | 1-1000 µL | |||
| Pipetting Channel Type | Flexible 8-channel with adjustable channel spacing from 9 to 18 mm | |||
| Pipetting accuracy | Tip Size | Pipetting Volume | Precision | |
| 10 µL | 2 µL | 5.00% | ||
| 10 µL | 10 µL | 3.00% | ||
| 200 µL | 50 µL | 2.00% | ||
| 1000 µL | 1000 µL | 0.75% | ||
| Number of SBS Plate Positions | 40 | |||
| Robotic Arm | Positioning Precision | 54 | ||
| Plate Handling Arm Load Capacity | 500 g | |||
| Plate Handling Arm Rotation Angle | 360° | |||
| Centrifuge | Maximum Speed | 4200 rpm | ||
| Maximum Centrifugal Force | 2000 g | |||
| Safety Protection | UV Lamp | 55 W*1 | ||
| HEPA System | H14 level, filtration efficiency of 99.995%@0.3 µm | |||
Application Scenarios
Solution Feature
Product Parameter
Product Model | Galatek G-Jumbo Liquid Handling Workstation | |||
Appearance | Dimensions | 1600mm(W)*770mm(D)*970mm(H) | ||
Net Weight | 170kg | |||
Power Supply | Voltage | 220VAC | ||
Frequency | 50-60Hz | |||
Rated Power | 320W | |||
Operation Environment | Temperature | 15℃-32℃ | ||
Humidity | 30%-80%(No condensation) | |||
Pipetting Environment | Temperature | 20℃-27℃ | ||
Humidity | 30%-60%RH(No condensation) | |||
Pipetting Performance | Pipetting Principle | Air Displacement Principle | ||
Pipetting Range | 1μL-1000μL | |||
Pipette Tip Type | Flexible 4/8-channel, the channel spacing is adjustable from 9 mm to 18 mm | |||
Level Detection and Following | Support | |||
Pipetting Precision | Tip Size | Pipetting Volume | Precision | |
50μL | 2μL | 5.00% | ||
50μL | 10μL | 3.00% | ||
200μL | 50μL | 2.00% | ||
1000μL | 1000μL | 0.75% | ||
Number of Plate Positions | 40 | |||
Robotic Arm | Positioning Accuracy | X-Y-Z Positioning ±0.2mm | ||
Maximum Number of Robotic Arms | 2 | |||
Maximum Load of Plate Handling Robotic Arm | 500g | |||
Maximum Rotation Angle of Plate Handling Robotic Arm | 360° | |||
Application Scenarios
Solution Feature
Product Parameter
Product Model | Galatek G-Snap Liquid Handling Workstation | |||
Appearance | Dimensions | 1100mm(W)*770mm(D)*820mm(H) | ||
Net Weight | 110kg | |||
Power Supply | Voltage | 100-240VAC | ||
Frequency | 50-60Hz | |||
Rated Power | 300W | |||
Operation Environment | Temperature | 15℃-32℃ | ||
Humidity | 30%-80%RH(No condensation) | |||
Pipetting Environment | Temperature | 20℃-27℃ | ||
Humidity | 30%-60%RH(No condensation) | |||
Pipetting Performance | Pipetting Principle | Air Displacement Principle | ||
Pipetting Range | 1μL-1000μL | |||
Pipette Tip Type | Flexible 4/8-channel | |||
Level Detection and Following | Support | |||
Pipetting Precision | Tip Size | Pipetting Volume | Precision | |
50μL | 2μL | 5.0% | ||
50μL | 10μL | 3.0% | ||
200μL | 50μL | 2.0% | ||
Number of Plate Positions | 25 | |||
Robotic Arm | Positioning Accuracy | X-Y-Z Positioning ±0.2mm | ||
Maximum Number of Robotic Arms | 2 | |||
Application Scenarios
Solution Feature
Product Parameter
| Name | Parameters | |||
| Appearance | Dimensions | 690 (W) *676 (D) *700 (H) mm (720 mm with feet) | ||
| Net weight | 65 kg | |||
| Power Supply | Voltage | 220 V | ||
| Frequency | 50 Hz | |||
| Rated Power | 1,000 W | |||
| Operation Environment | Temperature | 10°C - 30°C | ||
| Humidity | ≤ 80% | |||
| Pipetting Environment | Temperature | 10°C - 30°C | ||
| Humidity | ≤ 80% | |||
| Pipetting Performance | Pipetting Principle | Air Displacement | ||
| Pipetting range | Single Channel: 2uL-1000uL; 8 Channels: 2uL-1000uL | |||
| Liquid Level Detection and Follow-up | Pressure Liquid Level Detection and Follow-up | |||
| Pipetting Precision | Tip Size | Pipetting Volume | Precision | |
| 10 μL | 2 μL | 5.0 % | ||
| 50 μL | 10 μL | 1.5 % | ||
| 200 μL | 50 μL | 0.5 % | ||
| 1000 μL | 50 μL | 0.5 % | ||
| Number of SBS Plate Positions | 12 Plate Positions | |||
| Robotic Arm | Positioning Precision | 0.1 mm | ||
| Maximum Number of Robotic Arms | 2 | |||
| Maximum Load of Plate Handling Robotic Arm | 2 kg | |||
Application Scenarios
Solution Feature
Product Parameter
Product Model | Galatek G-Mini Multi-channel Liquid Dispenser | ||
Dimensions | 380mm(W)*380mm(D)*240mm(H) | ||
Net Weight | 11kg | ||
Color | Main body:bright pearl white (baking paint) Rear panel:plain white (powder coated) | ||
Display Screen Size | 5.6-inch touch screen | ||
Pipetting Environment | Temperature | 19-25℃ | |
Humidity | ≤75% | ||
Atmospheric Pressure Range | 86.0-106.0kPa | ||
Power Supply | Voltage | 220V±22V | |
Frequency | 50Hz±1Hz | ||
Rated Power | 200W | ||
Communication Interface | RS232 interface | ||
Tubing Types | 8-channel tubing + dual-channel tubing | ||
Number of Plate Positions | 2 plate positions | ||
Function Overview | Applicable to various complex applications such as high-precision dispensing of cells, culture media, various IVD reagents, preparation of preloaded plates for nucleic acid extraction reagents, PCR setup, QC solution dispensing, ELISA experiments | ||
Dispensing Efficiency | Dispensing Throughput | >300 plates/hour | |
Dispensing Time | 96-well plate (25 μL) < 10 seconds 384-well plate (20 μL) < 20 seconds | ||
Number of Parallel Dispensing | 1 plate | ||
Dispensing Performance | Dispensing Principle | Peristaltic pump | |
Dispensing Mode | Non-contact 8-channel or single/dual-channel | ||
Dispensing Range | 1-999μL (small-volume tube kit) 10-50000μL (large-volume tube kit) | ||
Dispensing Precision | 200μL: CV<2%< /p> | ||
Compatible Plate Types | SBS-standard 96-well and 384-well plates, etc. | ||
Other Functions | Supports the options to start or stop dispensing of a particular row of wells | ||
Supports selection of A plate position or A&B plate positions | |||
Supports switching between 96-well and 384-well processes | |||
Application Scenarios
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