Spine CAMP™

by Medical Metrics  · Based in United States → — Advance Spine Care with Data-Driven Precision
Neurosurgery Orthopedics Radiology

Contact for pricing
Regulatory Status Disclosed

Overview

Spine CAMP™ (Clinical AI/ML Platform) by Medical Metrics is an AI-driven, cloud-based clinical decision support software designed to automate the analysis of plain-film spinal radiographs (X-rays). The platform digitizes lateral cervical and lumbar X-rays to extract precise, objective metrics associated with spinal alignment and motion patterns, eliminating the need for manual line drawings.

The tool is designed for surgical and non-surgical clinicians—including spine surgeons, orthopedists, and neurologists—treating patients with spinal disorders. It integrates directly into existing Picture Archiving and Communication Systems (PACS) and clinical workflows, requiring no additional capital equipment. Once images are uploaded, the software automatically processes and returns quantitative reports directly to the clinical desktop.

Notable capabilities of Spine CAMP™ include:

  • Automated Measurements: Instantly calculates global, regional, and segmental metrics, including lordosis, disc height, disc angle, and spino-pelvic parameters.
  • Stabilized Imaging: Provides enhanced visualization by allowing clinicians to “freeze” a specific vertebral body in space to observe dynamic segmental motion patterns, aiding in the assessment of potential instability or ligament laxity.
  • Post-Surgical Assessment: Quantifies segmental translation, rotation, and biomechanical strain to evaluate fusion integrity, motion preservation, and implant performance.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • Fully-automated image processing for X-ray images
  • AI-driven spinal segmentation and analysis
  • Quantitative measurement of spinal parameters (distances, angles, linear and angular displacements)
  • Characterization of spinal morphology, alignment, and motion
  • Visualization of intervertebral motion via 'stabilization'
  • Objective and reproducible metrics for spinal health
  • Intuitive reports, annotated images, and visualizations
  • Actionable Insights flagging out-of-normal limits findings with peer-reviewed literature citations
  • Seamless integration with current clinical workflows
  • Support for efficient prior-authorization processes

Use Cases

  • Assessing spinal stability
  • Evaluating spinal alignment
  • Detecting spinal degeneration
  • Monitoring spinal fusion
  • Assessing motion preservation
  • Evaluating implant performance
  • Supporting clinical decision-making for skeletally mature patients (age 18 and above)
  • Aiding in non-operative and operative spine care planning

What Physicians Need to Know

Evidence Base (guidelines, literature scope)
SpineCAMP utilizes AI models trained with data labels derived from KIMAX QMA® technology. It provides objective measures of motion that help objectify mechanical back pain and support assessment of ligament laxity, comparing directly to established criteria from the AMA. The radiographic metrics can be used to characterize and assess spinal health in accordance with established guidance, including assessing spinal stability, alignment, degeneration, fusion, motion preservation, and implant performance.
Clinical Validation Studies
SpineCAMP underwent software verification and validation testing, demonstrating functionality across multiple datasets. These tests confirmed that SpineCAMP v1.1 is as safe and effective as its predicate device, Spine CAMP v1.0 (K221632). The updated AI engine in v1.1 was retrained with additional imaging data to enhance generalization and performance. Substantial equivalence between SpineCAMP and its predicate device, KIMAX QMA®, was established by running the same images through both systems and evaluating the correlation and statistical equivalence of their outputs. Bench testing on a large dataset of 215 lateral cervical spine radiographs and 232 lateral lumbar spine radiographs demonstrated correlation and statistical equivalence for all variables evaluated when compared to analysis by experienced operators using the predicate device.
Differential Diagnosis Support
SpineCAMP provides objective, structured imaging data to support clinical decision-making. It delivers conventional metrics such as intervertebral rotation and translation, sagittal alignment, lordosis, and disc height, as well as novel signals like rotation as a function of translation and intervertebral biomechanical strain. This data is designed to augment clinician radiographic assessment of spinal health and can aid in evaluating conditions like spinal instability, alignment issues, degeneration, fusion integrity, and motion preservation.
Clinical Workflow Integration
SpineCAMP is designed for seamless integration into existing imaging workflows, requiring no additional steps, capital equipment, or complex installation. It is web-based and returns objective data, analysis, and reporting to the clinical desktop within existing infrastructure. X-ray images are pushed from PACS for analysis by SpineCAMP's AI engine, and the enhanced imaging and reports are returned in line with original imaging, viewable with a standard DICOM viewer. This streamlines workflows and provides actionable insights to the clinical desktop.
Decision Audit Trail
SpineCAMP provides clear, digestible, and intuitive reports and visuals that support data-driven decisions by clinicians. The software aims to reduce subjectivity in spine care by leveraging advanced assessment tools and custom reporting to provide clear, objective data regarding spinal motion.
Physician Tip

SpineCAMP is intended for qualified and licensed healthcare practitioners to analyze lumbar and cervical spine X-ray images for skeletally mature patients aged 18 and above. It provides objective, quantitative metrics and enhanced visualizations of spinal motion, which can help in assessing spinal stability, alignment, degeneration, fusion, motion preservation, and implant performance. The tool can support confident decision-making in both non-operative and operative care, and may aid in patient education and prior authorization processes. It's important to remember that SpineCAMP is a clinical decision support tool and its metrics are intended to support, not replace, professional healthcare practitioners in clinical decision-making.

SpineCAMP seamlessly integrates into existing imaging workflows and infrastructure. It is designed to work with standard X-ray images and PACS systems. The enhanced imaging and reports generated by SpineCAMP are returned in line with original imaging and are viewable with a standard DICOM viewer. As a web-based solution, it requires no additional IT infrastructure or capital equipment.

Details

Category Clinical Decision Support & Reference, Radiology & Imaging AI
Pricing Contact for pricing
DeploymentCloud-based (implied by software service and integration into workflows)
Compliance
BAA AvailableUnknown AI-estimated
HIPAA CompliantUnknown AI-estimated
FDA Status Cleared AI-estimated
Integrations
EHR Not specified
Specialties Neurosurgery, Orthopedics, Radiology

What the Web Says

SpineCAMP is an AI-powered imaging software designed to provide objective, data-driven insights for spinal assessments by analyzing plain-film radiographs. It aims to reduce subjectivity in spine care by offering automated measurements, enhanced visualizations, and quantitative reports on spinal motion and alignment. The software is intended to support qualified and licensed healthcare practitioners in clinical decision-making for skeletally mature patients aged 18 and above.

Overall: Positive

Strengths

  • Provides objective, data-driven spine assessments, supplementing traditional imaging.
  • Integrates seamlessly into existing clinical workflows without requiring new capital equipment.
  • Offers automated measurements and quantitative insights, eliminating the need for manual line drawings and subjective assessments.
  • Enhances visualization of spinal motion through "stabilized imaging," allowing clinicians to better appreciate segmental movement.
  • Supports personalized treatment plans by delivering precise spinal assessment data.
  • Aids in efficient prior-authorization processes by providing objective data to insurance companies.

Limitations

  • Requires human intervention to interpret its outputs and does not replace clinical judgment.
  • Not intended for use in pediatric cases, as it is for skeletally mature patients aged 18 and above.
  • Not available for clinical use outside the United States.
  • No specific contraindications are listed, but use is restricted by healthcare providers' professional judgment within indicated uses.
  • No direct reviews from Reddit, G2, or Capterra specifically for spinecamp.ai were found, making it difficult to assess broader user sentiment from those platforms.
  • Some search results for "Spine Camp" refer to pre-surgical education programs or general discussions about camping with back pain, which are not relevant to the spinecamp.ai product.

Based on reviews from: spinecamp.com, medicalnewsobserver.com, einpresswire.com, beckersspine.com, medicalmetrics.com, thepersonalinjuryconnection.com, youtube.com, carondeletmedicalgroup.com, mymichigan.org, trustpilot.com, reddit.com

Last updated: 2026-10-31

Ratings & Reviews

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Press & Coverage

EIN Presswire
SpineCAMP™ platform earns 2024 Best Technology in Spine Award from Orthopedics This Week
Medical Metrics Inc. announced that its SpineCAMP™ platform received a 2024 Best Technology in Spine Gold Award from Orthopedics This Week. The award recognizes SpineCAMP as an FDA 510(k) cleared, AI-powered clinical decision support software that analyzes X-ray images of the spine.
2024-09
Medical News Observer
Spine CAMP™ v1.1
Spine CAMP™ v1.1 automates the processing of X-ray images to measure distances, angles, and displacements related to the spine, aiding in comprehensive spinal assessments for qualified and licensed healthcare practitioners. It is FDA cleared as a Class II medical device and is intended to analyze lumbar and cervical spine X-ray images for assessing spinal stability, alignment, degeneration, fusion, motion preservation, and implant performance in skeletally mature patients.
2024-04
EIN Presswire
Medical Metrics, Inc. Announces Latest 510(k) Clearance for Spine CAMP™ AI-powered Image Analysis Platform
Medical Metrics Inc. announced that Spine CAMP™, its Software as a Medical Device (SaMD), received 510(k) clearance (K231668) from the US FDA, building upon its initial clearance in 2022.
2023-09
Medical Metrics
Medical Metrics, Inc. Announces Latest 510(k) Clearance for Spine CAMP™ AI-powered Image Analysis Platform - Medical Metrics
Medical Metrics, Inc. announced the latest 510(k) clearance for its SpineCAMP™ AI-powered Image Analysis Platform.
2023-09
FDA
Spine CAMP™ 510(k) Premarket Notification
The FDA granted 510(k) clearance to Spine CAMP™ (K221632) on October 18, 2022. The device is a fully-automated image processing software intended to aid medical professionals in the measurement and assessment of spinal parameters from X-ray images.
2022-10
EIN News
Medical Metrics Diagnostics, Inc. (MMDx) & RAYUS Radiology Announce Strategic Partnership to Expand Access to SpineCAMP®
Medical Metrics Diagnostics, Inc. (MMDx) and RAYUS Radiology announced a strategic partnership to deliver an integrated spine imaging and analytics solution for healthcare practitioners treating Personal Injury patients in Utah.
2026-08

Videos

Product demos, reviews, and walkthroughs for Spine CAMP™.

View all on YouTube

Frequently Asked Questions

Spine CAMP™ is designed to seamlessly integrate into current imaging workflows without requiring additional capital equipment or changes to existing protocols. Clinicians can submit plain-film DICOM images for AI-powered analysis and receive objective reports on spinal alignment and motion patterns, typically within about one minute.
Spine CAMP™ provides automated measurements, enhanced visualizations, and objective reports from X-ray images to support clinical decision-making for skeletally mature patients (18 and above). It offers insights into spinal stability, alignment, degeneration, fusion integrity, motion preservation, and implant performance, helping to reduce subjectivity in spine care assessments.
Spine CAMP™ is FDA-cleared as a Class II medical device (K231668) under regulation 21 CFR 892.2050, with the product code QIH, for clinical use in the USA. It is intended for use by qualified and licensed healthcare practitioners and is not cleared for clinical use outside the United States.
Spine CAMP™ is intended for skeletally mature patients aged 18 and above, restricting its application in pediatric cases. While it provides complex spine measurements, it is a support tool and does not replace clinical judgment, requiring human intervention to interpret its outputs.
Spine CAMP™ is an AI-driven software that automates the processing of X-ray images for spinal analysis, offering objective data that reduces subjectivity compared to manual measurements. While there are other non-surgical and surgical alternatives for spine care, Spine CAMP™ focuses on providing precise, data-driven insights from imaging to aid in treatment decisions.
Spine CAMP™ operates on a subscription-based model, which ensures predictable costs and eliminates the need for upfront equipment investment. Specific pricing details are not publicly available and typically require a demo request to learn more.

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Spine CAMP™ (1.1) by Medical Metrics is an FDA-cleared, AI-powered software that automates the analysis of spinal X-ray images, providing objective metrics for morphology, alignment, and motion to support clinical decision-making in spine care.

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Suggest an Edit → | Report an issue | Last Verified: 2026-04-18 | First Added: 2026-04-18
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