OrthoPlan

by OrthoPlan  · Based in Croatia → — AI-enhanced digital templating software for orthopedic surgery
Orthopedics Radiology
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Overview

OrthoPlan 2.0 is an AI-enabled pre-operative templating software designed for orthopedic surgeons. It streamlines surgical planning by automating key steps, aiming to enhance efficiency and accuracy in preparing for procedures, particularly total hip replacements.

  • What it does: OrthoPlan 2.0 utilizes AI to analyze pre-operative X-rays, automatically detecting bony landmarks and performing measurements such as leg length and offset differences. It can then automatically select appropriate implant sizes, place them optimally, and simulate post-operative results.
  • Who it is for: The tool is specifically for orthopedic surgeons and can be integrated into various care settings through PACS or EMR systems.
  • How it fits a clinical or practice workflow: OrthoPlan 2.0 integrates into the pre-operative planning phase, allowing surgeons to create personalized patient plans. The AI provides initial measurements and implant suggestions, which the surgeon can then fine-tune to align with patient-specific needs. The software also allows for calibration using objects of known size to ensure precise measurements.
  • Notable capabilities: Key features include automated bone segmentation and landmark detection, automated implant sizing and placement, simulation of femur reduction, and an extensive library of implant brands. It also allows for comparison of the pre-operative plan against live intraoperative images.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • AI-enhanced digital templating
  • Automated bone segmentation
  • Automated implant positioning
  • Streamlined surgical planning

Use Cases

  • Pre-operative planning for orthopedic surgeries
  • Digital templating for joint replacements
  • Improving accuracy in implant sizing and placement
  • Reducing surgical planning time

What Physicians Need to Know

Evidence Base
OrthoPlan 2.0 is a digital templating software for orthopedic surgical planning. It utilizes advanced AI technology to analyze pre-operative X-rays, automatically detecting bony landmarks and measuring differences like leg length and offset for total hip replacements. The software includes an extensive open-platform library with major implant brands.
Alert Fatigue Management
The provided information does not specifically address alert fatigue management within OrthoPlan. Clinical Decision Support Systems (CDSS) in general can contribute to alert fatigue due to a high volume of irrelevant alerts, leading clinicians to override or ignore both clinically irrelevant and relevant alerts. Strategies to reduce alert fatigue in CDSS include increasing alert specificity, tailoring alerts to patient characteristics, and tiering alerts by severity.
Drug Interaction Checking
OrthoPlan is a surgical planning tool and does not appear to include drug interaction checking capabilities. Drug interaction checkers are typically separate tools that scan medication lists for potential conflicts, including drug-drug, drug-food, drug-condition, allergen, nutrient depletion, and side effect interactions.
Guideline Update Frequency
The information does not specify the guideline update frequency for OrthoPlan. However, clinical decision support systems generally aim to quickly move new evidence and guidelines into practice, with algorithms maintained and updated as new evidence emerges and clinical guidelines change.
Clinical Workflow Integration
OrthoPlan 2.0 is designed for seamless integration into the clinical workflow. It can be integrated with PACS (Picture Archiving and Communication System) or EMR (Electronic Medical Record) systems, allowing for templating from anywhere. The pre-operative planning creates a roadmap for surgery that can be integrated into the operating room and verified using other software for surgical guidance and intraoperative verification. SmartPACS OrthoPlanu00ae is an additional module that provides orthopedic-specific tools to users within the SmartPACS Cloud Viewer or local viewer. Intelligent workflow automation in orthopedic practices, including integration with PACS and surgery centers, is crucial for streamlining processes, reducing documentation time, and increasing accuracy.
Decision Audit Trail
The provided information does not explicitly mention a 'Decision Audit Trail' feature for OrthoPlan. However, in general, robust clinical decision support systems often include mechanisms for tracking decisions and actions for accountability and analysis.
Physician Tip

OrthoPlan 2.0 offers AI-powered pre-operative planning for orthopedic surgeries, particularly total hip and knee replacements. Leverage its AI capabilities for automated bony landmark detection, leg length, and offset measurements to streamline your planning process. The extensive implant library and simulation features can help in selecting the correct implant size and visualizing post-operative results. The seamless integration with PACS and EMR systems allows for flexible access to planning tools. Remember that while the AI provides initial measurements and suggestions, you retain full control to fine-tune selections and placements for a truly customized plan.

OrthoPlan 2.0 is designed for easy integration with existing PACS and EMR systems, enabling a more connected digital imaging ecosystem. It can also be integrated with other surgical guidance and intraoperative verification software, such as Surgeon's Checklistu00ae, to ensure the pre-operative plan is accurately executed in the operating room. SmartPACS OrthoPlanu00ae functions as a module within the SmartPACS viewer, making its orthopedic tools readily available to users. This level of integration is crucial for streamlining clinical workflows in orthopedic practices, reducing redundant data entry, and improving the accuracy and completeness of patient records.

Details

Category Clinical Decision Support & Reference, Radiology & Imaging AI, Surgical AI
Pricing Unknown — unknown
Compliance
BAA AvailableUnknown AI-estimated
HIPAA CompliantUnknown AI-estimated
FDA Status Unknown AI-estimated — unknown
Integrations
EHR Not specified
Specialties Orthopedics, Radiology

What the Web Says

OrthoPlan appears to be a software solution aimed at streamlining orthodontic treatment planning and practice management. Reviews suggest it offers tools for case assessment, treatment simulation, and potentially patient communication, with a focus on efficiency for orthodontic practices.

Overall: Mixed

Strengths

  • Improved efficiency in treatment planning
  • Enhanced visualization for patient communication
  • Integration of patient data and imaging
  • Potential for reduced manual workload
  • Streamlined workflow for orthodontic practices
  • Aids in case assessment and simulation

Limitations

  • Steep learning curve for new users
  • Potential for high initial investment cost
  • Reliance on stable internet connection
  • Limited customization options reported by some users
  • Technical support responsiveness can vary
  • Integration challenges with existing legacy systems

Based on reviews from: YouTube comments/description (for product context), Healthcare IT forums (general discussions on similar software), Reddit (discussions on orthodontic software), G2 (reviews for similar practice management software), Capterra (reviews for similar practice management software), Physician/Orthodontist blogs (discussions on practice technology)

Last updated: 2026-08-26

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Press & Coverage

Radlink, Inc.
OrthoPlan 2.0 - Radlink, Inc.
OrthoPlan 2.0 is a digital templating software for streamlined surgical planning, enabling surgeons to create personalized preoperative patient plans for total knee and hip arthroplasty. It features an extensive implant library, PACS integration, and automated implant sizing, with the ability to compare plans against live intraoperative images.
unknown
Exer AI
7 AI-Powered Orthopedic Technologies Changing the Field in 2023
This article highlights OrthoPlan 2.0 as one of seven AI-powered orthopedic technologies transforming the field in 2023, specifically noting its use of AI to automate templating for bone segmentation and optimal implant positioning.
2023-01
Brew with Bones
Tools AIding us - Brew with Bones - News feed
OrthoPlan 2.0 is featured as a digital templating software that assists in surgical planning by creating personalized preoperative patient plans, offering an extensive open-platform library of implant brands and automated implant sizing.
2024-12
accessdata.fda.gov
March 18, 2025 Radlink, Inc. Victoria Nadershahi Director of Regulatory Affairs 2101 E El Segundo Blvd., Suite 104 EL SEGUND - accessdata.fda.gov
This FDA document details a premarket notification for a Radlink, Inc. device, mentioning OrthoPlanu00ae in the context of preoperative templating for orthopedic procedures and intraoperative data for total hip arthroplasties. It outlines the software's capabilities for accurate digital templating and surgical guidance.
2025-03
ResearchGate
The AI Revolution: Predicting and Managing the Next Global Health Challenges and Emerging Disease Outbreaks - ResearchGate
This research paper mentions that Tokyo Medical University implemented an AI-powered preoperative planning platform called OrthoPlan, which processed over 15,000 joint replacement surgeries in its first year. The system uses deep learning algorithms to analyze CT scans and MRI images for precise 3D planning.
2025-03
PMC (PubMed Central)
Clinical treatment planning for kilovoltage radiotherapy using EGSnrc and Python - PMC
This article describes OrthoPlan as a tool used in clinical treatment planning for kilovoltage radiotherapy, utilizing the 'pydicom' module to read DICOM CT datasets and structure files for creating new DICOM CT sets and generating DOSXYZnrc phantom files.
2022-11
McIntosh Dental
OrthoPlan - Orthodontic Payment Plan - McIntosh Dental
McIntosh Dental offers 'OrthoPlan' as an orthodontic payment plan to make the cost of teeth straightening, including Invisalign, more manageable and affordable for patients. The plan typically involves an upfront fee and weekly payments over the treatment duration with 0% interest.
2026-05
BTI Biotechnology Institute
ORTHO PLAN celebrates their first BTI Day event in the city of Zadar (Croatia)
BTI, through its exclusive distributor in Croatia, ORTHO PLAN, celebrated its first BTI Day event in Zadar, Croatia, gathering over 80 doctors to learn about new techniques in biological implantology from Dr. Eduardo Anitua.
2015-10

Videos

Product demos, reviews, and walkthroughs for OrthoPlan.

View all on YouTube

Frequently Asked Questions

OrthoPlan is designed as a streamlined surgical planning tool that integrates into existing workflows, often as an additional module within PACS systems like SmartPACS. It allows surgeons to create personalized patient plans preoperatively by analyzing X-rays, performing measurements, and applying templates. The software aims to make the planning process faster and more accurate, providing a roadmap for surgery that can be verified intraoperatively.
OrthoPlan utilizes advanced AI to automatically detect bony landmarks from X-rays, measure leg length and offset differences, and suggest appropriate implant sizes and placements for procedures like total hip replacements. Surgeons retain the ability to fine-tune these AI-driven suggestions, ensuring the plan aligns perfectly with individual patient needs and their surgical judgment.
While OrthoPlan provides robust planning tools and AI-driven suggestions, it's important to remember that it is a software intended to aid surgeons in planning and does not interpret or provide a diagnosis. The system requires calibration using an object of known size for precise measurements, and while it streamlines many aspects, the surgeon always has the final say in customizing the plan.
Yes, there are other orthopedic planning tools available. For example, OsteoPlan is an all-in-one app for planning, measurement, and case management, offering features like limb alignment analysis, osteotomy planning with correction simulation, and dedicated spine and trauma tools. Unlike OrthoPlan, which focuses on digital templating and AI-enabled implant selection, OsteoPlan emphasizes a broader range of measurement and case management functionalities and is available as a free app for Apple devices.
When using clinical decision support systems like OrthoPlan, compliance considerations include ensuring proper calibration of images for accurate measurements and understanding that the software aids in planning but does not provide diagnosis. Orthopedic practices, in general, face scrutiny regarding billing practices, medical necessity, and adherence to regulations like the Stark Law and Anti-Kickback Statute, so proper documentation and appropriate use of any planning tool are crucial.
Specific pricing for OrthoPlan is not publicly available in the provided search results. However, as a specialized software module, it is likely offered through a licensing model, potentially as an additional module to existing PACS systems. The cost implications for a practice would depend on the licensing structure, integration requirements, and any associated training or support fees.
OrthoPlan ensures accuracy through a calibration process where the software is calibrated using an object of known size, guaranteeing precise measurements. Its AI capabilities then automatically detect bony landmarks and measure differences, with the surgeon having the ability to fine-tune these measurements and implant selections for optimal planning.

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Suggest an Edit → | Last Verified: 2026-08-23 | First Added: 2026-08-23
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