Precision Biochip Manufacturing Automation
The Challenge
DLOC Biosystems made its organ-on-chip devices with manual labeling, dispensing, inspection, and clamping. This caused alignment errors and depended on individual operators. It also slowed production in a precision biomedical setting.
Our Solution
Over several phases, LAUIH automated each critical manufacturing step. It built software for labeling and file generation. It linked SOLIDWORKS and LabVIEW workflows. It added a precision chemical dispensing system and a vision-based measurement concept. It also made a pneumatic clamping fixture for CNC micro-milling.
The Results
Chip labeling time dropped from 15 to 5 minutes, and large-sheet preparation from 120 to 30 minutes. Manual labeling errors were eliminated. The custom milling clamp now runs on DLOC’s CNC platform and delivers repeatable, sub-micrometer chassis fabrication.
Key Metrics
How we deliver projects like this
LAU Industrial Hub projects are delivered by on-demand multidisciplinary teams of faculty leads, alumni seniors, and student contributors, assembled to fit each project. Work runs as a fixed-scope or milestone-based engagement under NDA-first controls, and partners keep full intellectual property on deliverables. To explore a similar project, book a call or send us a message and we will respond within five business days.
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Book a call →By the LAU Industrial Hub team · Last updated