Biotech
Unlock Biotech Breakthroughs with Presco
At Presco Engineering, we bring over 45 years of precision engineering and ISO 9001:2015 certified manufacturing expertise directly to the biotech sector.
Our commitment to biotech product design is underscored by our use of the First Principles approach, which allows us to delve deeply into the core of every engineering challenge. This meticulous analysis ensures that foundational issues are identified and resolved, setting your biotech innovations on a course for undeniable success and durability.
Embrace a partnership that not only propels your product from launch to legacy but also enhances it through strategic biotech product design. With Presco, every step of your product’s journey is guided by unmatched expertise, ensuring immediate impact and sustained success in the biotech market.
EMBEDDED CONTROLS
Multi-Analyte Immunoassay Instrument
CyVek Inc. selected Presco as their design partner for a ground breaking high-speed immunoassay instrument. Starting with off-the-shelf components, CyVek developed a proof-of-concept prototype to confirm their methodology.
CyVek then challenged Presco to design all-new electronics with a much smaller footprint and lower cost.
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Electronic and Firmware Development: Custom designs to ensure optimal performance, tailored specifically to the project's requirements.
Dual Temperature Control: Advanced temperature management systems for maintaining precise assay conditions.
Three-Axis Motion Control: Precision-engineered controls for complex operational requirements.
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Hardware-Regulated Laser Power Control: Consistent assay results through precise laser intensity adjustments.
Valve and Vacuum Control: Sophisticated fluidic systems for reliable sample handling and processing.
Precision Valve Timing Through Software Scripting: Sub-millisecond accuracy to enhance reliability and throughput.
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USB Communications: Developed for seamless interfacing with various peripherals, expanding functionality.
Embedded Code for Complex Sequences: Crafted to execute intricate control sequences, ensuring high sequencer throughput.
Real-Time Software Controls: Manages multiple machine axes independently, with servo loops for critical controls and internal data logging for optimization.