Review common research challenges in drug-coated balloon and stent development, from coating distribution and repeatability to sample characterisation.

Plan the interfaces between sheet preparation, automated cutting, outfeed inspection and packaging for a more coherent bakery workflow.

Plan MEMS production integration for ultrasonic photoresist spray coating, including wafer handling, exhaust, recipe control, bake compatibility and qualification.

Explore a structured path from feasibility studies to prototype coating and documented process development for drug-coated cardiovascular devices.

Assess actual production flow when choosing automated bar and sheet portioning, from flexible small-batch bakeries to continuous lines.

Build a repeatability plan for MEMS photoresist spray coating by controlling material lots, substrate preparation, equipment setup and inspection methods.

Learn how a documented lab-scale workflow can help R&D teams investigate drug formulation deposition on balloon catheters and coronary stents.

Consider hygiene, blade condition, residue monitoring and maintenance access when evaluating automated bakery portioning equipment.

Connect spray-film morphology with photoresist exposure, development and pattern transfer on MEMS wafers using stage-by-stage inspection.

A practical framework for screening and documenting formulation, atomisation, motion, drying and substrate variables during cardiovascular device coating development.