You will get Orthanc PACS Setup | DICOM, PostgreSQL, Modalities and API
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Project details
I will set up and configure your Orthanc PACS system with a PostgreSQL database for secure and efficient medical image storage and management. Orthanc is a powerful, open-source DICOM server that allows healthcare providers to manage, store, and share medical images seamlessly.
The process includes installing Orthanc on your preferred operating system (Linux, Windows, or macOS) and setting up PostgreSQL for reliable data storage. I will ensure the DICOM modalities (MRI, CT, etc.) are properly configured to send images to the Orthanc server.
I will configure the DICOM worklist and storage options to streamline image management and access. The system will be optimized for performance and security, ensuring smooth operation and compliance with regulations like HIPAA and GDPR.
After setup, I will provide training for your team on how to use the system and offer ongoing support for troubleshooting and updates.
This comprehensive approach ensures your PACS system runs efficiently, securely, and in compliance with industry standards.
The process includes installing Orthanc on your preferred operating system (Linux, Windows, or macOS) and setting up PostgreSQL for reliable data storage. I will ensure the DICOM modalities (MRI, CT, etc.) are properly configured to send images to the Orthanc server.
I will configure the DICOM worklist and storage options to streamline image management and access. The system will be optimized for performance and security, ensuring smooth operation and compliance with regulations like HIPAA and GDPR.
After setup, I will provide training for your team on how to use the system and offer ongoing support for troubleshooting and updates.
This comprehensive approach ensures your PACS system runs efficiently, securely, and in compliance with industry standards.
Programming Languages
HTML & CSS, JavaScript, PythonCoding Expertise
Cross Browser & Device Compatibility, Localization, Performance OptimizationWhat's included $500
These options are included with the project scope.
$500
- Delivery Time 3 days
- Number of Revisions 0
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NJ
Neema J.
Apr 10, 2026
besaDX DCL LIS Analyzer Integration
Working with Chandra was a true delight. He understood the scope of work as well as the timelines in question. He had a problem solving mindset and was able to resolve a lot of the challenges we encountered during execution. He is proactive and dedicated. It was a pleasure working with him and for similar future work I would definitely seek his services.
AM
Atiq M.
Apr 8, 2026
Interface between instrument and LIS
It was great to work with Chandra. He is top quality professional with great work ethics. Will work together again when we have needs for future interfaces. Thanks
DD
Devon D.
Sep 1, 2025
Healthcare Diagnostics Devices Bidirectional Integration - ASTM or Other standards LIS
Proactively assisted with the project and reasonably adjusted the budget for requirement changes. I hope to have the opportunity to cooperate again.
JK
Jerry K.
May 28, 2025
Astm Interface for Cellavision
PT
PT Anarya T.
May 11, 2025
Integration Engineer for Medical Machine to LIS/LIMS
About Chandra Prakash
Healthcare Integration | Lab Analyzers, Medical Devices | HL7/ASTM
100%
Job Success
Kathmandu, Nepal - 7:16 pm local time
I work with laboratories, diagnostic centers, hospitals, medical-device companies, LIS/LIMS vendors, and healthcare software teams that need reliable connectivity between equipment and clinical systems.
If you are dealing with manual result entry, missing results, incorrect mappings, barcode or order problems, unstable device communication, HL7/ASTM errors, TCP/IP or serial-port issues, or an undocumented legacy protocol, I can help diagnose and implement the right solution.
1. Laboratory Analyzer Integration
I connect laboratory analyzers and IVD instruments with LIS/LIMS, laboratory middleware, and custom laboratory systems.
• Biochemistry and clinical chemistry analyzers
• Hematology and coagulation analyzers
• Immunoassay and serology systems
• Urinalysis and microbiology analyzers
• Blood gas and POCT instruments
• Veterinary diagnostic analyzers
• Unidirectional and bidirectional interfaces
• Order download, sample ID, and barcode workflows
• Result upload, test-code mapping, flags, and units
• QC processing, Calibration, acknowledgements, error handling, and audit logs
• ASTM/CLSI, HL7 v2, TCP/IP, RS-232/RS-485, file-based, and manufacturer-specific protocols
2. Medical Device Integration
I connect medical and clinical devices with HIS/HIMS, EHR/EMR, LIS, middleware, cloud platforms, APIs, and custom healthcare applications.
• POCT and bedside instruments
• Vital-sign and patient-monitoring devices
• Blood gas and rapid-testing devices
• Dialysis equipment
• Diagnostic and treatment devices
• Device data acquisition and normalization
• Patient, order, and result matching
• HL7 v2, FHIR, REST APIs, TCP/IP, serial, database, and file-based integration
• Legacy device connectivity and proprietary-protocol implementation
3. Medical Imaging and DICOM
I support imaging workflows involving CT, MRI, X-ray, ultrasound, RIS/PACS, Orthanc, healthcare APIs, and custom imaging applications.
• Modality-to-PACS/RIS connectivity
• DICOM workflow implementation and troubleshooting
• Orthanc-based PACS integration
• Imaging metadata and workflow integration
• DICOM-to-API and custom healthcare-system connectivity
🚀Integration and Middleware Development
I can support the complete integration lifecycle:
• Interface and protocol analysis
• Architecture and workflow design
• Middleware and connector development
• Message parsing, mapping, validation, and transformation
• Communication logging, retries, error recovery, and monitoring
• Testing with sample messages and real equipment
• Deployment, troubleshooting, documentation, and long-term maintenance
⚙️My core technologies include C#, .NET, Python, FastAPI, Delphi, SQL Server, PostgreSQL, MySQL, Oracle, REST APIs, socket programming, HL7, ASTM, DICOM, FHIR, and Mirth Connect.
To assess your project, send me:
1. Device or analyzer manufacturer and model
2. Interface manual, protocol specification, or DICOM conformance statement
3. Sample messages, result files, screenshots, or communication logs
4. Target LIS/LIMS, HIS/HIMS, EHR/EMR, RIS/PACS, API, or custom system
5. Required workflow: orders, barcodes, results, images, QC, Calibration or device data
I will review the information and recommend a practical integration approach.
Steps for completing your project
After purchasing the project, send requirements so Chandra Prakash can start the project.
Delivery time starts when Chandra Prakash receives requirements from you.
Chandra Prakash works on your project following the steps below.
Revisions may occur after the delivery date.
Initial Consultation:
Discuss the client's requirements, including storage options, security needs, and integration with existing systems.
System Installation:
Set up Orthanc on the client’s server, ensuring compatibility with the operating system (Linux, Windows, or macOS).