Capabilities

Energy-based device experience combined with electronics, interconnects, molded components, and mechanical assemblies, engineered as one system. Applies to: electrosurgical devices, energy-based EP ablation systems, and energy-based surgical tools.

Complex catheter design and manufacturing: braided shafts, steerable tips, multi-lumen construction, and catheter-based delivery systems, with the shaft built in-house. Applies to: EP catheters, cardiovascular catheter-based devices, steerable and multi-lumen catheters.

Engineering of the full transmission path, from conductors and shielding to connectors and terminations, with custom wire and cable built in-house. Applies to: EP mapping and diagnostic systems, electrosurgical cable systems, custom connector work.

Camera-based device engineering: Chip-on-Tip® and distal assembly, PCBA and interconnect, and illumination, integrated from the distal tip through the complete device. Applies to camera-based devices, traditional scopes, robot-assisted camera applications, and urological and pulmonary visualization.

Complete devices and subassemblies, bringing electronic, optical, and mechanical subsystems together into validated, production-ready assemblies, including in-house injection molding of handles, connectors, and other components. Applies to: multi-subsystem devices, complex disposables, and subassemblies for robotic platforms.

Production equipment and processes, from manual assembly designed with an automation path to fully automated lines. Applies to high-volume disposables and programs moving from manual to automated assembly.

Our four markets and the engineering behind each.

How ATL Medical engineers, manufactures, and assures quality.

Where programs enter, from concept to transfer.