Hands-On Demonstration of OptiMATE Gradient Maker & OptiExtract
DATE & TIME
November 19, 2026 | 09:30 - 14:30
LOCATION
Lubin Building for Biological Sciences, Ground Floor Weizmann Institute of Science
Experience Innovation Firsthand!
Hands-On Demonstration of OptiMATE Gradient Maker & OptiExtract
Discover a smarter, faster, and more efficient approach to density gradient ultracentrifugation (DGUC) workflows.
OptiMATE Gradient Maker – Experience automated gradient preparation designed to deliver greater consistency, reduce hands-on time, and streamline your purification workflow.
OptiExtract – Explore safe, simple, and efficient sample recovery.Drop by anytime during the indicated hours to see these innovative solutions in action, explore their capabilities, and experience them firsthand.
Key Advantages:
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Automated Gradient Preparation:
educe manual steps and improve consistency with OptiMATE Gradient Maker. -
Efficient Sample Recovery:
Explore a safe and simple approach to sample extraction with OptiExtract. -
Improved Workflow Efficiency:
Minimize hands-on time and simplify your DGUC purification process. -
Hands-On Experience:
See both solutions in action and discuss their applications with our product expert.
See the Technology in Action
Experience how OptiMATE and OptiExtract can help streamline your laboratory workflow, from gradient preparation to sample recovery.
Our product expert will be available throughout the event to demonstrate the solutions, answer technical questions, and explore your laboratory’s specific needs.
The Engine Behind the Accuracy: MAP Technology
Highly accurate dPCR results rely on our proprietary Microfluidic Array Plate (MAP) technology (see Figure 2). Here is how the microfluidic process guarantees precision:
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Structured Layout:
Each MAP contains 16 distinct dPCR reaction units (visible as opaque squares). -
High-Density Compartmentalization:
A built-in distribution network precisely delivers PCR reagents into 20,480 fixed-array microchambers within each reaction unit. -
Absolute Quantification:
Once reagents are compartmentalized, PCR amplification begins. The system automatically counts the exact number of microchambers with successful DNA amplification, providing clear, absolute data.
