Skip to main content

Sub-Post under the Article: Planmeca Romexis

 Sub-Post under the Article:

Planmeca Romexis 

Parent Article Page: here 

What it is

Planmeca Romexis is a comprehensive dental imaging and clinical software platform used to acquire, manage, analyse and share 2D and 3D images, as well as support advanced workflows such as CAD/CAM, implant planning and orthodontics. It integrates tightly with Planmeca devices and can connect with practice management systems.

Treat it as a business-critical clinical, imaging and diagnostic platform, not just an imaging viewer

What the product basically does

Romexis supports end-to-end imaging and advanced clinical workflows:

  • image acquisition from 2D and 3D devices
  • image storage, management and retrieval
  • advanced viewing and diagnostic tools
  • CBCT analysis and 3D modelling
  • CAD/CAM workflows (e.g. restorations)
  • implant planning and surgical guides
  • integration with PMS and external systems
  • reporting, export and collaboration

What a BA should assume from day one

  • It spans clinical + diagnostic + imaging + advanced workflows + integration + compliance
  • Strong dependency on Planmeca hardware ecosystem
  • Heavy performance and storage requirements
  • Used for both routine imaging and specialist workflows
  • Integration with PMS and labs is critical

1) Functional areas you need to understand

A. Image acquisition

  • device integration (intraoral, panoramic, CBCT)
  • capture workflows
  • device configuration and calibration
  • operator workflows and retakes
  • image quality controls

B. Image and data management

  • patient-image linking
  • storage structure and indexing
  • image categorisation (2D, 3D, scans)
  • retrieval and search
  • lifecycle and archiving

C. Viewing and diagnostics

  • 2D and 3D viewing tools
  • CBCT volume rendering and navigation
  • measurements and annotations
  • diagnostic workflows
  • case review and comparison

D. Advanced clinical workflows

  • implant planning
  • surgical guide creation
  • CAD/CAM integration
  • orthodontic planning
  • digital impressions and modelling

E. Integration with practice management systems

  • patient context synchronisation
  • launch from PMS
  • data exchange and linking
  • error handling and reconciliation

F. Collaboration and export

  • sharing with labs and specialists
  • exporting images and 3D models
  • reporting and case documentation
  • cloud or external collaboration tools

G. Device and hardware management

  • device configuration and drivers
  • workstation specifications (high-performance)
  • GPU requirements for 3D
  • calibration and maintenance

H. Data storage and performance

  • handling large CBCT datasets
  • local vs server vs cloud storage
  • backup and recovery
  • performance and latency management

2) The BA domains you must cover

Business process

Map full imaging and clinical workflows:

  • patient selection
  • image acquisition
  • diagnostic analysis
  • treatment planning (e.g. implants)
  • linking to patient record
  • collaboration with labs/specialists
  • exporting and reporting
  • error handling and retakes

Data

Capture a logical data model:

  • patient identifiers
  • image and scan metadata
  • 3D models and datasets
  • annotations and measurements
  • user and access logs
  • integration identifiers

Configuration

Treat configuration as a core deliverable:

  • device setup and mapping
  • storage configuration
  • workflow templates (implant, ortho, CAD/CAM)
  • user preferences
  • integration settings
  • performance settings

Integration

  • practice management systems
  • imaging devices
  • CAD/CAM systems
  • lab systems
  • cloud and sharing platforms

Security, privacy and compliance

  • role-based access
  • patient data protection
  • audit logging
  • regulatory compliance (e.g. GDPR/HIPAA context)
  • data retention policies

Environment / technical constraints

  • Romexis version
  • workstation performance (CPU, GPU, RAM)
  • network bandwidth
  • storage capacity
  • device compatibility
  • deployment model

3) The biggest BA risks

1. Treating it as “just imaging”
It includes advanced clinical and planning workflows

2. Underestimating hardware requirements
3D imaging and modelling require high-performance environments

3. Weak integration analysis
PMS and lab integrations are critical

4. Ignoring data size and performance
CBCT and 3D data can be very large

5. Missing advanced workflow requirements
Implants, ortho and CAD/CAM workflows add complexity

4) Discovery checklist

Business / operating model

  • types of services (general, implant, ortho, specialist)
  • imaging volume and complexity
  • single vs multi-site
  • collaboration with labs

Imaging workflows

  • capture and retake processes
  • diagnostic workflows
  • annotation and measurement standards
  • review and approval

Advanced workflows

  • implant planning processes
  • CAD/CAM usage
  • orthodontic workflows
  • surgical guide creation

Integration

  • PMS used
  • lab integrations
  • data exchange methods
  • failure handling

Devices and hardware

  • imaging devices
  • workstation specifications
  • GPU requirements
  • network and storage

Data and storage

  • storage architecture
  • backup strategy
  • retention policies
  • archive management

Security / compliance

  • access control
  • audit requirements
  • regulatory obligations
  • data privacy

5) Personas you should analyse

  • clinician (dentist)
  • specialist (implantologist, orthodontist)
  • radiographer / imaging technician
  • lab technician (external/internal)
  • receptionist (limited access)
  • IT/support

Each has distinct interaction depth with imaging and planning workflows

6) BA deliverables that work well

  • context diagram (PMS + imaging + labs + devices)
  • capability map
  • As-Is / To-Be workflows
  • device and integration inventory
  • data model and storage architecture
  • configuration catalogue
  • requirements with traceability
  • UAT test pack
  • deployment and environment checklist
  • hypercare model

7) Testing: what you must cover

Core functional tests

  • patient context and linking
  • image acquisition
  • image storage and retrieval
  • 2D/3D viewing and diagnostics
  • implant planning workflows
  • CAD/CAM integration
  • export and collaboration
  • PMS integration

Negative / edge tests

  • device disconnection
  • image corruption
  • incorrect patient linking
  • performance degradation
  • integration failure
  • large dataset handling issues

UAT

Use real clinicians and specialists

8) Migration / upgrade BA concerns

  • current vs target version
  • image and 3D data migration
  • device compatibility
  • storage migration
  • performance validation
  • integration revalidation
  • regression testing

9) A practical BA shorthand

Patient + Imaging + 3D + Devices + Diagnostics + Planning + Storage + Integration + Performance + Compliance

If one is missing, the analysis is incomplete

10) Best-practice BA approach

  1. Confirm product scope, devices and version
  2. Run workshops with clinicians and specialists
  3. Build integration-led and workflow-driven requirements
  4. Document environment, storage and performance
  5. Trace requirements to testing
  6. Validate real-world performance before go-live

Parent Article Page: here

Comments

New comments are not allowed.

Popular posts from this blog

Business Processes and their critical role...

Hello... I recently contacted my utility provider to discuss moving addresses... It took over 10 calls and a number of attempted web chat sessions, using up a good 3/4 hours of my extremely precious time over 2 days to get the job done. The job was done well at the end - but this showed a number of "issues", for want of a better word with the underlying business processes themselves. So let me roll up my sleeves and brainstorm some quick questions that come to mind – if I was the manager for business processes within such as organisation – then these are some quick questions that would come to my mind: Have my organisation invested well in mapping their business processes properly? Was the customer journey mapped? How successful was this project? Was there a good handover from consultants to incumbent staff before project closure? Were agreed improvements spun off into improvement initiatives and how well is progress being made on these initiatives? How well are p...
Post a Comment
Read more

A Quick Reference Guide to the UK Government Digital Service (GDS) by Musab Qureshi

  Hope all are well... Let me share with you some basic important facts as it pertains to the UK GDS framework... 🎧 Listen to the article: click here 🎧 #HireMusab #OpenToWork #GDS #Available #Immediate #Contractor #GovernmentDigitalService # DDaT #ServiceStandard #ServiceManual 1. What is GDS? GDS stands for Government Digital Service — a unit within the UK Cabinet Office responsible for transforming government through digital, data, and technology. It was established in 2011, following the Martha Lane Fox “Digital by Default” review (2010), which recommended that government services should be simpler, clearer, and faster to use. Mission: “To make digital government simpler, clearer, and faster for everyone.” 2. Why GDS Was Created? Before GDS: Each department had its own website, design, and process. Citizens had to navigate multiple confusing portals. There was inconsistent quality and high IT costs. Many systems were run by large, long-term suppliers — the “Big IT” era — c...
Read more

Experience is gained by doing...

  Hope all are well... Sharing is Caring...       🔑My first role back in 1997 straight after university; although I had setup a small LAN at university; had no actual exposure to real-life working environments; I ended up managing the IT infrastructure and applications (plus supporting the staff) of a company in 6 countries travelling to Switzerland for over 2.5 years... 🔑The next role; I knew nothing about retail - took an active role in launching the UK's first and most successful online shopping business; we were 2 people capturing the documentation needs of the entire project team... 🔑Next role; I knew nothing about application architecture (outside of academia); I ended up documenting technical and user guide material for one of the BBC's primary technology partners in London... 🔑Next role; I knew almost nothing about ISO9001; I ended up putting together a QMS in preparation for certification for a company with almost 600 staff... 🔑Next role; I had nev...
Read more