— PRECISION BEYOND SURFACE
Real-time intelligence for bone cancer detection
Empowering surgeons to detect what the eye cannot until every cancer cell is found.
Qalam’s AI-enabled intraoperative probe helps surgeons assess bone tumor margins directly in the operating room, making the invisible visible and enabling safer, more precise bone cancer resections.
— THE CHALLENGE
Bone cancer surgery still depends on what surgeons can see.
But microscopic cells often remain at the margin, invisible until pathology.
During bone tumor resection, surgeons must balance removing enough tissue to reduce recurrence risk with preserving healthy bone and function. Without real-time margin feedback, that balance is often confirmed only after surgery, leading to recurrence, additional procedures, or life-altering outcomes.
40%
Bone cancer relapse rate
$100k
Cost/readmitted patient
— OUR APPROACH
Real-time feedback at the surgical margin.
Qalam combines advanced imaging with explainable artificial intelligence to analyze bone tissue directly at the surgical margin.
This approach transforms margin assessment from a delayed pathology question into immediate surgical insight, supporting more precise resections while helping preserve healthy, functional bone.
— CLINICAL APPLICATIONS
Designed for procedures that demand precision.
Qalam's intraoperative intelligence is being developed for the surgical disciplines where margin precision matters most, from oncologic bone resections to skull base procedures.
Orthopedic oncology
Limb-preservation surgery and bone tumor resection where margin precision determines functional outcome.
Neurosurgery
Skull base and tumor margin procedures requiring detailed anatomical awareness in delicate regions.
Head & neck
Oncologic resections requiring precise margin control around critical neurovascular structures.
Oral & maxillofacial
Mandibular and craniofacial tumor cases where preserving function and aesthetics is essential.
Supported by
— GET IN TOUCH
Let’s redefine surgical precision
For partnership, investment, or clinical collaboration inquiries, we'd love to hear from you.