FiAPC Plus Probes

Endoscopic probes for argon plasma coagulation of bleeding lesions and vascular malformations. Provides non-contact hemostasis in the gastrointestinal tract.

Probes for non-contact thermal hemostasis using ionized argon gas during endoscopy. Enables treatment of bleeding surfaces and vascular lesions.

Bipolar radiofrequency electrode probes utilizing plasma technology for tissue ablation and coagulation. These probes are designed for minimally invasive surgical applications.

Rigid argon electrodes for liver surgery applications, designed for contact-free argon coagulation in open or laparoscopic procedures. These instruments provide limited argon coagulation penetration depth for precise tissue treatment.

Disposable probes for percutaneous cryoablation procedures in oncology. Used for minimally invasive tumor destruction.

Engineered probes manufactured from stainless steel, polymers, or custom metals for critical fluid control functions. Applications include liquid level sensing, pipetting, and capacitance detection in analytical and diagnostic systems.

Specialized ultrasound probes developed through precision piezoelectric cutting and electroplating technologies. Each probe undergoes electrical parameter adjustment and quality verification before delivery.

Contact thermal devices for hemostasis of bleeding lesions in gastrointestinal endoscopy. Uses direct heat transfer for vessel sealing.

Cryo probes are handheld instruments that deliver controlled cryogenic freezing for tissue ablation and lesion removal in surgical and dermatological procedures. These probes enable precise cell destruction through rapid cooling cycles, suitable for treating benign and malignant lesions, warts, and other skin conditions. Custom configurations available for specialized clinical applications.

Thermal hemostasis instruments for coagulation of bleeding lesions during endoscopy. Utilizes heat energy for effective vessel sealing and tissue hemostasis.

Custom-designed catheter probes for intravascular ultrasound imaging and interventional procedures. These miniaturized transducers are engineered for precise diagnostic and therapeutic applications.

Surgical fiber probes enable real-time optical imaging and tissue diagnostics during minimally invasive procedures. These devices integrate fiber optics with sensing capabilities to detect tissue characteristics, guide surgical navigation, and support intraoperative decision-making. Designed for integration into surgical workflows, they enhance visualization and diagnostic accuracy in operating theater environments.