Title: OTTO: The Open-Source Automatic Liquid Handler | Advanced Robotics for Efficient Laboratory Workflows
Description:
Welcome to the world of OTTO, the Open-Source Automatic Liquid Handler! In this video, we introduce you to the cutting-edge technology of automatic liquid handling machines and delve into the features and benefits of OTTO. Discover how this computer-controlled marvel revolutionizes laboratory workflows with its precision, versatility, and open-source nature.
🔬 What are Automatic Liquid Handlers?
Automatic liquid handlers are computer-controlled machines designed to streamline and automate liquid handling tasks in laboratories. They are widely used in various scientific fields, including drug discovery, genomics, proteomics, and clinical diagnostics. These machines eliminate tedious manual pipetting, ensuring precise and efficient liquid transfers.
🌟 Introducing OTTO: The Open-Source Automatic Liquid Handler
OTTO is a game-changer in the world of laboratory automation. Developed as an open-source platform, it empowers researchers to customize and adapt their liquid handling workflows to meet specific experimental needs. With its modular design and user-friendly interface, OTTO brings flexibility and efficiency to the laboratory environment.
📚 Key Features and Benefits of OTTO:
1️⃣ Precision and Accuracy: OTTO ensures accurate and repeatable liquid transfers, minimizing human error and enhancing experimental reproducibility.
2️⃣ Scalability: OTTO’s modular design allows easy expansion and integration with various laboratory instruments, accommodating diverse experimental requirements.
3️⃣ Open-Source Nature: OTTO’s open-source platform enables researchers to modify and optimize liquid handling protocols, fostering collaboration and innovation.
4️⃣ User-Friendly Interface: OTTO’s intuitive interface simplifies operation, making it accessible to both novice and experienced users.
5️⃣ Versatility: OTTO handles a wide range of liquid volumes and types, from microliters to milliliters, enabling diverse applications in different scientific domains.
📹 In this video, we guide you through the operation steps of OTTO, showcasing its capabilities and demonstrating its ease of use. Witness how OTTO streamlines liquid handling tasks, saving time and resources in the laboratory.
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🔎 Additional Tags and Keywords:
#automaticliquidhandler #open-source #robotics #laboratoryautomation #precision #efficiency #modularity #innovation #scientificresearch #experimentaldesign #workflowoptimization
🌐 Follow us on social media for more information and updates:
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Remember, the future of laboratory automation is here with OTTO, the Open-Source Automatic Liquid Handler. Discover the power of advanced robotics and revolutionize your research workflows today!
Sure! Here’s an example of a tilter for OTTO, the Open-Source Automatic Liquid Handler:
“`python
import otto
class Tilter:
def __init__(self):
self.otto = otto.OTTO() # Initialize OTTO
def tilt(self, angle):
if angle < -45 or angle > 45:
raise ValueError(“Invalid tilt angle”)
# Move OTTO to the desired tilt angle
self.otto.move_tilt(angle)
def reset(self):
# Reset OTTO’s tilt angle to zero
self.otto.move_tilt(0)
# Usage example:
tilter = Tilter()
tilter.tilt(30) # Tilt OTTO to 30 degrees
tilter.reset() # Reset OTTO’s tilt angle
“`
In this example, we create a `Tilter` class that encapsulates the functionality of tilting OTTO to a specific angle and resetting it to the zero angle. The `Tilter` class uses the `OTTO` class from the `otto` module to control OTTO.
The `tilt` method takes an angle parameter and checks if it is within the valid range of -45 to 45 degrees. If the angle is valid, it calls the `move_tilt` method from the `OTTO` class to move OTTO to the desired tilt angle.
The `reset` method simply calls the `move_tilt` method with an angle of zero to reset OTTO’s tilt angle.
You can create an instance of the `Tilter` class and use its methods to tilt OTTO to specific angles or reset its tilt angle.Handling Machine
#OTTO #OpenSource #Automatic #Liquid #Handler