The electronic connectors inside a smartphone. An optical housing perched on the tip of a surgical endoscope. Microfluidic channels etched into a lab-on-a-chip for biomedical research. All these applications require part features measured not in millimeters, but in microns.

When you’re a neurosurgeon faced with a complex tumor resection case, the more tools you have at your disposal for pre-surgical planning, the better. Attending neurosurgeon Dr. Marcus Ware, neurosurgery resident Dr. Michelle Miller, Tulane University medical student Smruti Mahapatra and other medical staff at Ochsner Medical Center in New Orleans faced a particularly complex brain tumor case that called for thorough planning. Due to the tumor’s left-sided and deep intraventricular location within the brain, multiple attending neurosurgeons with extensive experience in tumor resection looked at the patient’s imaging and suggested different approaches for the case.

When we bring RAPID + TCT 2026 to Boston this April, we’re stepping into one of the densest, most diverse industrial supply chains on the planet.

The electronic connectors inside a smartphone. An optical housing perched on the tip of a surgical endoscope. Microfluidic channels etched into a lab-on-a-chip for biomedical research. All these applications require part features measured not in millimeters, but in microns.

When you’re a neurosurgeon faced with a complex tumor resection case, the more tools you have at your disposal for pre-surgical planning, the better. Attending neurosurgeon Dr. Marcus Ware, neurosurgery resident Dr. Michelle Miller, Tulane University medical student Smruti Mahapatra and other medical staff at Ochsner Medical Center in New Orleans faced a particularly complex brain tumor case that called for thorough planning. Due to the tumor’s left-sided and deep intraventricular location within the brain, multiple attending neurosurgeons with extensive experience in tumor resection looked at the patient’s imaging and suggested different approaches for the case.

When we bring RAPID + TCT 2026 to Boston this April, we’re stepping into one of the densest, most diverse industrial supply chains on the planet.

The electronic connectors inside a smartphone. An optical housing perched on the tip of a surgical endoscope. Microfluidic channels etched into a lab-on-a-chip for biomedical research. All these applications require part features measured not in millimeters, but in microns.

When you’re a neurosurgeon faced with a complex tumor resection case, the more tools you have at your disposal for pre-surgical planning, the better. Attending neurosurgeon Dr. Marcus Ware, neurosurgery resident Dr. Michelle Miller, Tulane University medical student Smruti Mahapatra and other medical staff at Ochsner Medical Center in New Orleans faced a particularly complex brain tumor case that called for thorough planning. Due to the tumor’s left-sided and deep intraventricular location within the brain, multiple attending neurosurgeons with extensive experience in tumor resection looked at the patient’s imaging and suggested different approaches for the case.

When we bring RAPID + TCT 2026 to Boston this April, we’re stepping into one of the densest, most diverse industrial supply chains on the planet.

The electronic connectors inside a smartphone. An optical housing perched on the tip of a surgical endoscope. Microfluidic channels etched into a lab-on-a-chip for biomedical research. All these applications require part features measured not in millimeters, but in microns.

When you’re a neurosurgeon faced with a complex tumor resection case, the more tools you have at your disposal for pre-surgical planning, the better. Attending neurosurgeon Dr. Marcus Ware, neurosurgery resident Dr. Michelle Miller, Tulane University medical student Smruti Mahapatra and other medical staff at Ochsner Medical Center in New Orleans faced a particularly complex brain tumor case that called for thorough planning. Due to the tumor’s left-sided and deep intraventricular location within the brain, multiple attending neurosurgeons with extensive experience in tumor resection looked at the patient’s imaging and suggested different approaches for the case.

When we bring RAPID + TCT 2026 to Boston this April, we’re stepping into one of the densest, most diverse industrial supply chains on the planet.

The electronic connectors inside a smartphone. An optical housing perched on the tip of a surgical endoscope. Microfluidic channels etched into a lab-on-a-chip for biomedical research. All these applications require part features measured not in millimeters, but in microns.

When you’re a neurosurgeon faced with a complex tumor resection case, the more tools you have at your disposal for pre-surgical planning, the better. Attending neurosurgeon Dr. Marcus Ware, neurosurgery resident Dr. Michelle Miller, Tulane University medical student Smruti Mahapatra and other medical staff at Ochsner Medical Center in New Orleans faced a particularly complex brain tumor case that called for thorough planning. Due to the tumor’s left-sided and deep intraventricular location within the brain, multiple attending neurosurgeons with extensive experience in tumor resection looked at the patient’s imaging and suggested different approaches for the case.

When we bring RAPID + TCT 2026 to Boston this April, we’re stepping into one of the densest, most diverse industrial supply chains on the planet.

The electronic connectors inside a smartphone. An optical housing perched on the tip of a surgical endoscope. Microfluidic channels etched into a lab-on-a-chip for biomedical research. All these applications require part features measured not in millimeters, but in microns.

When you’re a neurosurgeon faced with a complex tumor resection case, the more tools you have at your disposal for pre-surgical planning, the better. Attending neurosurgeon Dr. Marcus Ware, neurosurgery resident Dr. Michelle Miller, Tulane University medical student Smruti Mahapatra and other medical staff at Ochsner Medical Center in New Orleans faced a particularly complex brain tumor case that called for thorough planning. Due to the tumor’s left-sided and deep intraventricular location within the brain, multiple attending neurosurgeons with extensive experience in tumor resection looked at the patient’s imaging and suggested different approaches for the case.

When we bring RAPID + TCT 2026 to Boston this April, we’re stepping into one of the densest, most diverse industrial supply chains on the planet.