As the first-in-kind “self-shielded” radiosurgery system, ZAP-X eliminates the need for high-cost radiation bunkers.* Enabling simple department expansions, ZAP-X also makes cost-effective SRS feasible in virtually any location—including suburban and rural satellites, as well as innovative outpatient settings.

ZAP-X is the first self-shielded gyroscopic radiosurgery platform, combining no-cobalt technology with linear-accelerator delivery.

Using high-definition imaging systems for guidance and computer-controlled robotics, ZAP-X delivers high-dose radiation to brain tumors with a pinpoint accuracy that protects healthy cells and tissue near the treatment site.

Stereotactic radiosurgery (SRS) is a widely accepted procedure for managing most brain and nonbrain tumors, as well as other lesions. The Zap-X uses image-guided targeting and a compact S-band linear accelerator to deliver high-dose precision …

ZAP-X was designed to transform modern radiosurgery with a ground-breaking gyroscopic design which delivers hundreds of uniquely angled radiation beams with exquisite precision. The goal: deliver the full prescribed radiation dose to the target, while …

Meticulously designed with a low scatter beam energy, a low penumbra source-axis distance, and ultra-low collimation leakage, ZAP-X was purpose-built for world-class cranial radiosurgery – without the compromises and complexities of multi-purpose radiotherapy systems.

Sep 19, 2024 · The ZAP-X technology is a revolutionary SRS technique designed to optimize the treatment of head & neck diseases and certain brain tumors. With its unique gyroscopic motion, the ZAP-X system has broken new ground in modern radiosurgery.

The ZAP-X technology is a forward-looking revolution designed to optimize the treatment of certain brain tumors and head and neck diseases. With its unique gyroscopic freedom of movement, the ZAP-X system breaks new ground in modern radiosurgery.

The ZAP-X is a novel first-of-its-kind self-shielded therapeutic radiation device dedicated to brain radiosurgery developed by Zap Surgical Systems Inc., San Carlos, California. It is the brainchild of Prof. John Adler who was key to the development of Cyberknife robotic radiosurgery.

ZAP-X is a computer controlled machine that delivers radiation to an intended target in the brain. ZAP-X treats benign and malignant tumors in addition to trigeminal neuralgia, cervical lesions or tumors.