Gyroscopic radiosurgery

ZAP-X: gyroscopic radiosurgery for the brain, head and neck.

A new standard for modern radiosurgery

Leveraging unique gyroscopic motion, the ZAP-X® platform opens new frontiers in modern radiosurgery. Combining self-shielding technology with high dose rate linear-accelerator delivery, ZAP-X was created to safely treat more patients in more places.

ZAP-X®. First-In-Kind. Vault-Free. Cobalt-Free.

Self-Shielded

As the first-in-kind “vault-free” radiosurgery system, ZAP-X obviates the need for costly and complex radiation bunkers. Enabling simple department expansions, ZAP-X now also makes radiosurgery feasible for point of care delivery at virtually any location—including satellite facilities, physician offices and ambulatory surgery centers.

LINAC-Based

Using state-of-the-art linear accelerator (LINAC) technology, ZAP-X uniquely provides diverse non-coplanar radiation dose delivery while eliminating the need for live radioactive sources. No more costly source replacements, and no more ongoing regulatory and security burden.

Safety Innovation

With the high dose requirements of radiosurgery, error prevention and patient safety cannot be overstated. With that understanding, ZAP-X provides a novel, fully-integrated dosimetry validation system that monitors and verifies delivered radiation in real time.

Better Economics

Blending significantly lower system, facility and operating expenses with well-established reimbursement, ZAP-X removes historical cost and complexity constraints to now put world-class radiosurgery within reach of more providers, and more patients.

Additional module

Tailored exclusively for cranial-only SRS indications, the system eliminates the clutter and complexity associated with multi-purpose planning platforms which cater to wide-ranging radiotherapy modalities and treatment sites that span the entire body. With the planning system, complex SRS information is presented with clarity, eliminating countless clicks and streamlining UI navigation for a more intuitive user experience — to ultimately empower clinicians to quickly ascend the learning curve towards worldclass radiosurgery planning.

The system transforms the conventional 20-minute optimization process common with multi-purpose linac MLC optimization into a swift 30-45 seconds, allowing for rapid exploration of multiple alternative candidate plans.

Combined with automated isocenter placement for easy multi-mets planning, the planning system streamlines the prescription, isocenter placement, and dose metrics steps into one seamless and rapid workflow.

Realizations