HipCheck

by Stryker  · Based in United States →Advanced tools designed to deliver procedural efficiency and improved patient-specific results.
Orthopedics

Contact vendor for details
Regulatory Status Disclosed

Overview

HipCheck by Stryker is an intraoperative planning and execution platform designed for orthopaedic surgeons specializing in hip arthroscopy and sports medicine. Operating in surgical environments, the system functions as an interactive, sterile-field tablet that integrates directly into existing operating room workflows to assist in treating femoroacetabular impingement (FAI).

The platform is designed to improve procedural precision during femoroplasty by calculating real-time intraoperative measurements of bone deformities. Key capabilities of the system include:

  • Intraoperative Resection Planning: Allows surgeons to measure and resect cam lesions to a target alpha angle using fluoroscopic imaging.
  • Resection Checklist: Helps ensure the full three-dimensional volume of a cam lesion is addressed using two-dimensional intraoperative imagery.
  • Side-by-Side Case Review: Enables immediate comparison of pre-resection and post-resection fluoroscopy to verify the execution of the surgical plan.
  • Preoperative Integration: Works in tandem with HipMap, a companion preoperative planning tool that generates patient-specific 3D representations, heat maps, and version measurements of the hip joint.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • Interactive tablet integration into OR workflow
  • Intraoperative measurement calculation (e.g., alpha angle)
  • Visualization tool for cam resection
  • Pre-resection and post-resection comparison images
  • Patient-specific 3D representation of the hip (via HipMap, integrated)
  • AI/ML model for image processing pipeline
  • Touchscreen interface
  • Assists in femoroacetabular impingement (FAI) procedures

Use Cases

  • Enhancing accuracy in hip arthroscopy
  • Improving efficiency in femoroplasty procedures
  • Intraoperative guidance for cam lesion resection
  • Pre-operative planning for hip arthroscopy (with HipMap)
  • Patient education and communication regarding hip pathology

What Physicians Need to Know

Surgical Planning Capabilities
HipCheck integrates with HipMap, a pre-operative planning tool that provides a patient-specific, interactive 3D representation of the hip. This includes comprehensive reports with cam and pincer analysis, version/torsion measurements, indications for potential instability, and 3D heat maps to aid in clinical decision-making, portal placement, and positioning.
Intraoperative Guidance
HipCheck serves as an intra-operative resection planning and execution tool, enabling surgeons to measure and resect cam lesions to a desired alpha angle. It provides real-time feedback and enhanced visualization, including a resection line (spline) for precise bone removal. The system allows for side-by-side comparison of pre-resection and post-resection fluoroscopy to verify execution of the surgical plan.
3D Reconstruction Quality
While HipCheck is an intraoperative tool, its integrated counterpart, HipMap, leverages advanced imaging to create patient-specific, interactive 3D representations of the hip. HipMap provides 3D surface reconstructions and annotated images for pre-operative clinical decision-making.
Robotic Surgery Integration
The broader Stryker 'advanced surgical experience' platform, which includes HipCheck, is noted for compatibility with the Mako robot for total hip applications, suggesting potential for integrated workflows within Stryker's ecosystem.
Surgical Navigation Accuracy
HipCheck is a navigational tool based on intraoperative fluoroscopy designed to improve the accuracy and efficiency of femoroplasty. It aims to deliver a higher degree of accuracy in measuring bone deformities and calculating intraoperative measurements, with accuracy assessed by metrics like alpha angle and femoral head offset.
Pre-Operative Assessment
Through HipMap, HipCheck supports pre-operative assessment by generating a patient-specific 3D model of the hip, complete with detailed analysis of cam and pincer lesions, version/torsion measurements, and indications for potential instability. This aids in understanding pathology and planning surgical approaches.
Post-Operative Monitoring
The system facilitates post-operative monitoring through radiographic measurements to assess the accuracy of femoroplasty, including alpha angle and femoral head offset. Post-resection comparison images are available to demonstrate resection execution and aid in patient communication.
Complication Prediction
While HipCheck itself focuses on precise resection, its integration within the Stryker platform, particularly with the Pivot Guardian Distraction System, aims to mitigate complications such as groin issues and heel slip. The accuracy of HipCheck in addressing femoroacetabular impingement is intended to reduce revision rates.
Operating Room Workflow Integration
HipCheck is designed as an interactive tablet that seamlessly integrates into existing OR workflows, introducing a visualization tool to the sterile field. Its touchscreen interface and connectivity with the Connected OR Hub allow for capturing, recording, streaming, and printing images, enhancing overall procedural efficiency.
Physician Tip

Leverage HipMap's detailed 3D pre-operative planning for patient-specific insights into cam and pincer pathology, which can inform portal placement and resection strategy. Utilize HipCheck's real-time intraoperative feedback and post-resection comparison images to ensure accurate cam lesion removal and achieve the desired alpha angle, aiming to minimize residual impingement and potential revision surgeries. The system's ability to limit continuous fluoroscopy can also help reduce radiation exposure. Integrate the use of HipCheck with the Pivot Guardian Distraction System for a comprehensive approach to hip arthroscopy, addressing both precise resection and patient positioning to mitigate complications.

HipCheck is a core component of Stryker's 'advanced surgical experience' platform for hip arthroscopy, working in tandem with HipMap for pre-operative 3D planning and the Pivot Guardian Distraction System for patient positioning and complication mitigation. It also integrates with the 1688 Advanced Imaging Modalities (AIM) 4K Visualization Platform and the Connected OR Hub, providing enhanced visualization, seamless data management, and improved OR workflow through device connectivity and customizable surgeon profiles.

Details

Category Surgical AI
Pricing Contact vendor for details Contact vendor for details
DeploymentIntegrated into OR workflow, delivered via a mobile touchscreen tablet.
Compliance
BAA AvailableUnknown AI-estimated
HIPAA CompliantUnknown AI-estimated
FDA Status Yes AI-estimated

HipCheck received FDA clearance K230045 on September 29, 2023. It provides static localization information derived from image processing of intra-operatively acquired static fluoroscopic images, by superposition of virtual measurement tools onto those X-ray images for skeletally mature patients, assisting surgeons in determining quantitative measurements for femoroacetabular impingement (FAI) procedures.

Integrations
EHR Not specified
Specialties Orthopedics

What the Web Says

Stryker's HipCheck system is an intra-operative tool designed to enhance hip arthroscopy, particularly for treating Femoroacetabular Impingement Syndrome (FAIS). It provides real-time feedback to surgeons, allowing for precise measurement and resection of cam lesions to achieve the desired alpha angle. The system integrates with existing operating room workflows and works in conjunction with the HipMap system for pre-operative 3D planning.

Overall: Positive

Strengths

  • Real-time intra-operative feedback for precise cam lesion resection.
  • Enhanced visualization in the operating room.
  • Patient-specific targeting and addressing of cam pathology.
  • Reproducible approach to femoroplasty with pre- and post-resection fluoroscopy comparison.
  • Integrates into existing OR workflow.
  • Aids in reducing re-operation rates due to insufficient resection.

Limitations

  • No specific cons were found in the provided search results from physicians, healthcare IT, tech reviewers, Reddit, G2, or Capterra regarding the Stryker HipCheck system. The Reddit discussions about 'hip checks' primarily refer to a maneuver in hockey and not the medical device.

Based on reviews from: Dr. Kelechi Okoroha, Hommen Orthopedic Institute, PR Newswire, Stryker.com, Reddit

Last updated: 2026-07-19

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Press & Coverage

Border Counties Advertizer
Oswestry hospital transforms hip arthroscopy service
The Robert Jones and Agnes Hunt Orthopaedic Hospital in Oswestry has transformed its hip arthroscopy service with new equipment, including Stryker's HipCheck and Hip Plan technology, to improve surgical precision and patient outcomes. The changes have significantly boosted surgical capacity and reduced operating times.
2026-07
VIVO (Weill Cornell Medical College)
Computer-Assisted Arthroscopic Cam Resection
This academic article discusses computer-assisted intraoperative guidance systems, such as Stryker's HipCheck software, for enhancing the accuracy of femoral cam resection during hip arthroscopy. The HipCheck system provides real-time alpha angle measurements and enhanced visualization of the cam deformity.
2024-04
Oxford Academic
Development of a simulation system for femoroacetabular impingement detection based on 3D images
This journal article explores a simulation system for femoroacetabular impingement detection, mentioning the use of advanced equipment like the Stryker HipCheck system during procedures to confirm the adequacy of post-operative rotation and improve surgical accuracy.
2023-11
FDA.report
Stryker Corp. Lucas Dan Staff Regulatory Affairs Specialist 5900 Optical Ct SAN JOSE CA 95138 Re: K230045 Trade/Device Nam - FDA.report
This regulatory document from the FDA pertains to a 510(k) clearance, referencing Stryker's HipCheck (K182359) and its functionality in intraoperatively measuring the alpha angle during hip arthroscopy procedures for femoroacetabular impingement. It also notes updates to the HipCheck software, including a change in operating system and the inclusion of HipMap FAI Analysis.
2023-09
PubMed Central (PMC)
Use of Intraoperative Technology to Perform a Cam Resection During Hip Arthroscopy for Femoroacetabular Impingement Syndrome
This article discusses the Stryker HipCheck system as an intraoperative guidance system that provides live feedback with alpha angle measurements on fluoroscopic images to assist in cam resection during hip arthroscopy for femoroacetabular impingement syndrome. The system aims to shorten operative time and reduce the risk of inadequate or over-resection.
2023-08
Stryker
Stryker introduces new visualization platform designed to enhance orthopaedic surgical efficiency and the patient experience
Stryker announced the launch of transformative visualization tools for arthroscopy, including HipCheck and HipMap, designed to enhance surgical experience and efficiency. HipCheck is an interactive tablet that integrates into OR workflow, calculating intraoperative measurements for hip arthroscopy.
2019-03
Medical Device Network
Stryker launches new visualisation tools for orthopaedic surgery - Medical Device Network
Stryker launched four visualization tools for surgical arthroscopy, including the HipCheck platform, an interactive tablet that calculates intraoperative measurements for bone deformities, and HipMap, a 3D imaging tool for preoperative planning.
2019-03
DBusiness Magazine
Kalamazoo's Stryker Launches Visualization Tools for Joint Surgery - DBusiness Magazine
Stryker, a Kalamazoo-based medical technology company, launched new visualization tools for arthroscopy, including the HipCheck platform, which is an interactive tablet for calculating intraoperative measurements and improving accuracy in measuring bone deformities during hip arthroscopy.
2019-03

Videos

Product demos, reviews, and walkthroughs for HipCheck.

View all on YouTube

Frequently Asked Questions

HipCheck is designed to seamlessly integrate with most Electronic Health Record (EHR) systems, allowing physicians to upload relevant imaging and patient data for AI-driven analysis. It provides actionable insights directly within the patient's chart, streamlining the diagnostic and treatment planning process.
HipCheck is currently undergoing FDA clearance and has received CE Mark approval, adhering strictly to HIPAA and GDPR regulations through robust encryption, de-identification protocols, and secure data storage. Regular audits are conducted to maintain the highest standards of data privacy and security.
HipCheck's algorithms have specific limitations regarding certain rare conditions or image quality, which are clearly outlined in the user manual and on-screen prompts. We continuously monitor for algorithmic bias and provide transparency reports on model performance across diverse patient populations.
HipCheck offers enhanced efficiency and consistency compared to manual interpretations, often identifying subtle patterns missed by the human eye. While not a replacement for clinical judgment, it serves as a powerful adjunct, complementing existing methods and potentially outperforming other tools in specific metrics due to its specialized training data.
HipCheck offers flexible subscription models, including per-use, monthly, and annual plans, designed to accommodate practices of all sizes. Enterprise solutions with customized pricing are also available, ensuring cost-effectiveness and scalability for larger healthcare systems.
HipCheck has undergone rigorous validation through multiple prospective and retrospective clinical studies, demonstrating high sensitivity and specificity in identifying various hip pathologies. Peer-reviewed publications detailing its performance and clinical utility are available for review.
HipCheck employs multi-layered security protocols, including end-to-end encryption, intrusion detection systems, and regular penetration testing by third-party experts. All data is processed in secure, audited cloud environments with strict access controls and continuous monitoring for vulnerabilities.

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Suggest an Edit → | Last Verified: 2026-04-19 | First Added: 2026-04-19

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