Boucart Medical
Creo Medical is dedicated to improving patient outcomes by utilizing advanced energy in the emerging field of surgical endoscopy. They develop innovative medical devices and solutions, including the Kamaptive technology and Speedboat Inject, to provide clinicians with precise, flexible, and controlled surgical options worldwide. Their product portfolio spans gastroenterology, urology, pulmonology, and advanced energy devices, emphasizing minimally invasive procedures and clinical education. The company has a rich history of innovation, clinical training programs, and collaborations with healthcare providers globally, aiming to transform the landscape of therapeutic endoscopy.
Industries
Nr. of Employees
small (1-50)
Boucart Medical
Brussels, Brussels Hoofdstedelijk Gewest, Belgium, Europe
Products
Flexible multimodal advanced energy instrument for endoscopy
A flexible endoscopic instrument engineered to combine bipolar RF cutting and super‑high‑frequency microwave coagulation/ablation with an integrated injection channel and insulated housing to enable resection, dissection, haemostasis and submucosal injection through a single device.
Sub‑millimetre microwave needle and flexible microwave probe for endoscopic use
Miniaturized microwave ablation devices designed for endoscopic and EUS‑guided delivery to perform focused soft‑tissue coagulation and ablation using super‑high‑frequency microwaves without ancillary grounding pads or active cooling infrastructure.
Generator/platform for coordinated multimodal energy delivery
A control platform that provides coordinated outputs for adaptive bipolar RF and super‑high‑frequency microwave energy, standardises energy settings across instrument families and enables connected miniaturized instrument ecosystems.
Flexible multimodal advanced energy instrument for endoscopy
A flexible endoscopic instrument engineered to combine bipolar RF cutting and super‑high‑frequency microwave coagulation/ablation with an integrated injection channel and insulated housing to enable resection, dissection, haemostasis and submucosal injection through a single device.
Sub‑millimetre microwave needle and flexible microwave probe for endoscopic use
Miniaturized microwave ablation devices designed for endoscopic and EUS‑guided delivery to perform focused soft‑tissue coagulation and ablation using super‑high‑frequency microwaves without ancillary grounding pads or active cooling infrastructure.
Generator/platform for coordinated multimodal energy delivery
A control platform that provides coordinated outputs for adaptive bipolar RF and super‑high‑frequency microwave energy, standardises energy settings across instrument families and enables connected miniaturized instrument ecosystems.
Services
Comprehensive education programmes combining didactic teaching, ex‑vivo and in‑vivo simulation workshops, supervised case series, mastery modules, mentor‑led proctoring and online community/webinar resources to support clinician competency in advanced endoscopic energy techniques.
Advisory engagements to redesign care pathways and multidisciplinary services to enable transfer of indicated procedures from surgical to therapeutic endoscopy, including workflow design, training plans and economic analyses.
Partnership, licensing and co‑development services to adapt adaptive energy control architectures for integration into third‑party surgical and robotic platforms, with support for compatibility testing and joint clinical evaluation.
Comprehensive education programmes combining didactic teaching, ex‑vivo and in‑vivo simulation workshops, supervised case series, mastery modules, mentor‑led proctoring and online community/webinar resources to support clinician competency in advanced endoscopic energy techniques.
Advisory engagements to redesign care pathways and multidisciplinary services to enable transfer of indicated procedures from surgical to therapeutic endoscopy, including workflow design, training plans and economic analyses.
Partnership, licensing and co‑development services to adapt adaptive energy control architectures for integration into third‑party surgical and robotic platforms, with support for compatibility testing and joint clinical evaluation.
Expertise Areas
- Adaptive multimodal surgical energy systems
- Flexible endoscopic device design and manufacturing
- Miniaturized microwave ablation for endoscopic and EUS delivery
- Clinical training, simulation and proctoring for advanced endoscopic techniques
Key Technologies
- Super‑high‑frequency microwave ablation (~5.8 GHz)
- Bipolar radiofrequency electrosurgery with closed‑loop control
- Adaptive energy control and waveform modulation algorithms
- Miniaturized microwave needles and flexible microwave probes (<1 mm gauges)