A quick hello, and your setting in one sentence

• Tell me about your facility type and the role you play in endoscopy decisions Options: Hospital with multiple ORs, Standalone endoscopy center, Ambulatory surgical center, GI practice clinic, Other
• In a typical month, how many total endoscopy procedures does your site perform across all rooms Options: Fewer than 200, 200–499, 500–999, 1000 or more
• List the top three procedures by volume that drive your scope use Options: Screening colonoscopy, Diagnostic colonoscopy, EGD/upper endoscopy, ERCP, Endoscopic ultrasound, Bronchoscopy, Other
• Who on your team is the final approver for capital purchases, and who are the day-to-day contacts we should know Options: Medical director, Practice administrator, Biomedical manager, Procurement officer, Clinical nurse lead, Other
• How soon are you actively evaluating replacement imaging equipment Options: Immediately, within 1 month, In the next 2–3 months, 3–6 months, 6–12 months, No timeline yet

Where the day-to-day actually breaks

• What single recurring equipment problem causes the most disruption to your schedule or forces case cancellations
• How often do cancellations or reschedules occur because an endoscope or tower was unavailable or failed Options: Weekly or more, Monthly, Quarterly, Rarely
• Describe the last time a scope failure forced a cancellation and the immediate financial or clinical impact that followed
• On average, how many hours of scope downtime do you record per month across your fleet Options: Under 10 hours, 10–30 hours, 31–60 hours, Over 60 hours
• If these disruptions continued for another six months, which operational metric or line item would be affected first Options: Procedure volume, Revenue per room, Staff overtime, Patient cancellations and satisfaction, Other

Image quality and clinical confidence, straight talk

• How much do you believe current image quality limits detection rates or procedure efficiency at your site Options: Substantially, Moderately, Slightly, Not at all, Unsure
• Name the image features your physicians say are most important, for example narrow-band contrast, resolution, color fidelity, or scope handling Options: Contrast modes (narrow-band), Resolution/sharpness, Color fidelity, Light uniformity, Scope ergonomics/weight, Other
• Walk me through a recent case where image clarity changed a clinical decision or procedure time
• What measurable clinical outcomes would you expect to improve with demonstrably better imaging, detection, or ergonomics Options: Adenoma detection rate, Procedure time per case, Biopsy rate, Repeat procedures avoided, Other
• If an in-suite trial showed a clear improvement in detection above your current baseline, what specific obstacle would still prevent you from committing that week

Who touches this equipment and what they will care about

• Who are the daily users and handlers of scopes, towers, and reprocessing equipment and how do their priorities differ Options: Physicians, Endoscopy nurses, Reprocessing technicians, Biomedical engineers, Scheduling/administration
• Identify which staff groups must be trained before go-live, and who will certify competency Options: Physicians only, Physicians and nurses, All clinical staff plus biomed, Biomed and reprocessing only, Other
• How do those groups measure success after a new system is introduced, for example quicker turnover, fewer repairs, or simpler reprocessing Options: Faster room turnover, Lower repair incidents, Lower reprocessing time, Higher clinician satisfaction, Other
• Who will be the vendor-facing lead responsible for day-to-day coordination and escalation after purchase Options: Practice administrator, Biomedical manager, Clinical nurse lead, Procurement, Other
• If a clinician champion is not fully supportive, would that single absence stop the purchase Options: Yes, it would stop the purchase, It would slow the decision but not stop it, No, decisions are independent of one clinician

Maintenance, repair history, and real dollars

• How much are you spending annually on scope repairs, parts, and emergency service, and can you quote the last full year number Options: Under $25k, $25k–$100k, $100k–$250k, Over $250k, Prefer not to say
• Over the past 12 months, how many scopes required repair versus being replaced Options: None replaced, a few repairs, Several repairs and occasional replacement, Many repairs and multiple replacements, Most of the fleet repaired or replaced
• Outline your usual repair turnaround time from reporting to return to service and who manages logistics Options: Under 1 week, 1–2 weeks, 2–4 weeks, Over 4 weeks
• What recurring failures or wear points does your biomed team report most often for your scopes and towers
• At what annual repair spend or average scope age would you choose replacement over continued repair Options: When repair equals 30% of replacement, When downtime causes regular cancellations, When average age exceeds manufacturer recommended life, We have no set threshold

Infection control and reprocessing, the nonnegotiables

• Name the infection control constraints or regulatory limits that would immediately halt a trial or deployment Options: Routine audits by infection control, Third-party reprocessing validation required, Single-use device policies, Specific sterilization processes required, Other
• How many reprocessing stations and trained staff do you have, and what is your throughput per shift Options: 1 station, 2 stations, 3–4 stations, 5+ stations
• Do you require formal validation protocols or external audits before accepting new scopes or reprocessing workflows Options: Yes, formal validation always, Yes, sometimes depending on device, No, internal validation is sufficient, Unsure
• How often does infection control audit reprocessing, and who receives the audit results Options: Monthly, Quarterly, Annually, Ad hoc or after incidents
• Would failing your next scheduled infection-control audit stop a deployment or trial Options: Yes, it would stop it, It would pause until resolved, No, it would not affect deployment

Obstacles and risks that keep procurement awake at night

• What are the top three risks you worry a new imaging system could introduce, clinical, financial, or operational Options: Integration failures, Extended downtime during cutover, Staff resistance, Unexpected repair costs, Infection-control noncompliance, Other
• When integration or training problems have happened in the past, how long did it take to restore normal operations Options: Under 1 week, 1–4 weeks, 1–3 months, Over 3 months
• Describe the most recent deployment you considered and why it did not proceed or was delayed
• Which single obstacle, if not mitigated, would kill this project outright

The other options you are weighing

• Identify the alternative paths you are actively considering, such as renewing the incumbent, buying a different manufacturer, leasing, or internal refurbishment Options: Renew with incumbent, Switch to different manufacturer, Lease equipment, Internal repair/refurbish program, Do nothing for now
• Who is the incumbent supplier for your current fleet and what would have to change for you to stay with them
• Has anyone on your staff proposed solving these issues internally without an outside vendor Options: Yes, strong internal proposal exists, Yes, informal suggestions only, No internal plan proposed
• What nonprice factor would make you switch even if the incumbent matched clinical trial results Options: Better uptime guarantees, Stronger reprocessing support, Superior clinical evidence, Faster implementation timeline, Other
• Which competitor proposal or internal plan poses the greatest threat to moving forward with an external purchase

Integration, IT, and infrastructure you cannot skip

• Which integrations must be functional from day one for you to accept the system, such as EMR notes, PACS archive, or inventory mapping Options: EMR procedure notes, PACS/image archive, Reprocessing tracking, Inventory management, Scheduling systems
• Which internal teams own each integration, IT, clinical informatics, or biomedical engineering Options: IT/network team, Clinical informatics, Biomedical engineering, Third-party vendor, Other
• Do you have available network endpoints and an IT contact who can provide whitelisted IPs and port ranges within your target timeline Options: Yes, fully available, Partially available, No, not available yet, Unsure
• Which archive protocols or interfaces must we support, for example DICOM store, HL7 notes, or a custom SFTP Options: DICOM store, DICOM Q/R, HL7 messaging, SFTP/secure file drop, Other
• If any critical integration cannot be completed before go-live, would that prevent acceptance of the deployment Options: Yes, deployment would be prevented, It could proceed with compensating controls, No, integration can be postponed

Acceptance criteria, measurable signals, and decision triggers

• What measurable signals will convince you the purchase paid off, for example procedure volume targets, repair cost reduction, or detection improvements Options: Procedure throughput, Reduced repair spend, Adenoma detection rate, Staff satisfaction, Lower reprocessing time
• Which single metric, if achieved in a pilot, would trigger immediate commercial commitment Options: X% improvement in detection, Y% reduction in repair costs, Z% faster turnover, Clinician satisfaction threshold met, Other
• How soon after go-live do you expect to see those metrics, one month, three months, six months, or longer Options: 1 month, 3 months, 6 months, 12 months
• Who must sign off on project acceptance milestones, clinical leads, biomed, procurement, or all of the above Options: Clinical lead, Biomedical engineering, Procurement/finance, All listed groups
• If a pilot meets the stated acceptance criteria, is budget and procurement approval in place or would capital approval remain a blocker Options: Budget already approved, Budget requires approval, Capital process uncertain, Depends on pilot cost
• If the trial meets all acceptance criteria, what is the fastest realistic timeline for you to sign and schedule installation Options: Immediately within 1 week, 2–4 weeks, 1–2 months, Longer than 2 months

Practical next steps, scheduling, and blockers

• What single scheduling constraint would make it impossible to run an in-suite trial within your desired window
• Which weeks or months are blackouts for training, installation, or trials because of high volume or holidays Options: First quarter, Second quarter, Third quarter, Fourth quarter, No blackout windows
• Who should receive trial scheduling requests and who confirms procedure room and reprocessing availability Options: Practice administrator, Clinical operations manager, Biomedical manager, Scheduling coordinator, Other
• What physical or site items need completion before installation, for example power circuits, mounting points, or dedicated network drops Options: Power circuit upgrade, Mounting or ceiling rigging, Network drops and cabling, Room layout changes, None required
• If we can meet your blackout windows, staffing, and integration needs, could you commit to a trial date within 30 days Options: Yes, we could commit, We could commit with approvals, No, not within 30 days

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• Supply Endoscopy Systems and Imaging Tower
• Provide Clinical Trial Equipment Loan and Support
• Perform Side-by-Side Imaging Demonstration in Suite
• Install and Integrate Imaging Systems with EMR and Archive
• Configure Image Capture and Archive Workflows
• Provide Staff Scope Handling and Reprocessing Training
• Provide Physician Hands-On Procedure Proctoring
• Provision Spare Scopes and Consumable Kits
• Deliver Light Sources, Insufflators, and Accessories
• Decommission and Remove Legacy Endoscopy Equipment
• Provide Capital Financing and Incentive Qualification
• Enroll Customer in Preventive Maintenance Plan
• Deliver Warranty, Service Contract, and Rapid Repairs

Supply Endoscopy Systems and Imaging Tower

• How many endoscopy towers do you require for this deployment, by room? Options: 1, 2, 3+
• Which endoscope types will the tower need to support (list models or procedure categories such as adult colonoscope, gastroscope, bronchoscope)? Options: Adult colonoscope, Pediatric colonoscope, Gastroscope, Bronchoscope, Rigid scope, Other
• Confirm the target weekly procedure volume per tower that the system must reliably handle (used to size processors and storage) Options: Less than 50, 50-150, 150-300, 300+
• Specify room footprint or ceiling-mount constraints for the tower such as vertical clearance, OR table zones, and corridor widths
• Identify required optical features tied to your clinical goals (for example narrow-band illumination for mucosal contrast, high-definition resolution for polyp detection) Options: High-definition (HD), Narrow-band illumination, Digital enhancement modes, Variable field-of-view, Other
• List required physical connectors and ports the tower must expose for integration and peripherals (for example DICOM node, HDMI/DisplayPort, RJ45 Ethernet, USB) Options: DICOM store, HDMI/DisplayPort, RJ45 (Ethernet), USB, Serial/RS-232, Other

Provide Clinical Trial Equipment Loan and Support

• What acceptance criteria will validate the in-suite trial's success (image-quality metrics, minimum procedure count, reprocessing cycle times)?
• How long should the loaned equipment remain in your suite—define either calendar time or an exact procedure count Options: 1 week, 2 weeks, 4 weeks, By procedure count
• Which procedure types and specific clinicians will participate in the trial (for example screening colonoscopy, EMR, diagnostic gastroscopy)?
• Who will be the clinical champion and the biomedical/sterile processing contact for trial coordination and escalation?
• Specify support coverage required during the loaned-trial period (for example on-site engineer for first cases, remote support hours, escalation phone number) Options: On-site support for first cases, On-site full trial, Remote support only, 24/7 escalation
• Detail the reprocessing compatibility checks you require during the trial such as automated endoscope reprocessor (AER) cycle verification, leak testing, and high-level disinfection compatibility Options: Leak test verification, AER cycle compatibility, Drying-cycle validation, Channel inspection checklist, Other

Perform Side-by-Side Imaging Demonstration in Suite

• Which legacy imaging processor or tower model currently in your suite will be used as the comparator for the side-by-side demonstration (provide model or system identifier)?
• How many paired cases do you want captured for objective comparison to achieve clinician confidence (paired stills and video segments)? Options: 1-5, 6-20, 21-50, 50+
• Specify objective image metrics to capture during the comparison such as first-frame brightness, color fidelity, resolution, and polyp visualization score Options: First-frame brightness, Color fidelity, Resolution (lines), Field-of-view, Polyp visualization score
• Who will perform the blinded scoring of image pairs and what review method will you use (for example independent reviewer, blinded clinician panel)? Options: Blinded clinician review, Independent reviewer, Paired consensus, Other
• Where in the suite should the demo be staged and are there electrical, sterilization or sterilite workflow constraints at that location?
• Indicate required reprocessing steps between demo cases such as leak test, enzymatic soak, AER cycle and drying protocol Options: Leak test, Enzymatic soak, High-level disinfection (AER), Drying cycle, Other

Install and Integrate Imaging Systems with EMR and Archive

• What acceptance criteria will confirm successful EMR and archive integration, for example DICOM store success rate, HL7 order-match rate, and first-image arrival within 5 seconds?
• Which EMR and PACS/archive systems must the new system connect to? Provide system names and version numbers used for integration planning
• Which network segment, IP scheme or VLAN ID will the imaging tower use and do you require static IP assignment or DHCP reservation? Options: Static IP, DHCP reservation, DHCP
• Which DICOM AE title, host, and port should be configured for study sends to your archive or PACS?
• Who is your IT or integrator contact responsible for HL7 order messages, DICOM verification, and firewall rules?
• Specify the required user authentication method for image capture and export such as local accounts, LDAP/Active Directory, or single sign-on Options: Local accounts, LDAP/Active Directory, Single sign-on (SSO), Other

Configure Image Capture and Archive Workflows

• What defines done for image capture workflows for your documentation needs (for example study naming convention, modality worklist match rate >=98%, and automatic routing rules)?
• Which study naming convention and metadata fields must be preserved and indexed (for example patient MRN, accession number, procedure CPT code)?
• Do you require modality worklist integration (DICOM MWL) to pre-populate patient demographics at image capture? Options: Yes, No
• Which archive routing rules are needed such as store-to-PACS, send-to-research-archive, or anonymized export for teaching files? Options: Store to PACS, Send to research archive, Anonymized export, Other
• How should still images and video clips be labeled and organized for procedural documentation in your EMR and archive (for example 'Procedure-Video', 'Polyp-Image')?
• What retention policy do you require for video and image archives (for example 90 days active cache, 1 year clinical archive, permanent storage)? Options: 90 days, 1 year, 5 years, Permanent

Provide Staff Scope Handling and Reprocessing Training

• Which staff roles require training on scope handling and reprocessing such as endoscopy nurses, reprocessing technicians, or sterile processing department staff? Options: Endoscopy nurses, Reprocessing technicians, Sterile processing department, Biomedical engineering, Other
• How many staff per role should be trained initially to meet your coverage and redundancy requirements? Options: 1-2, 3-5, 6-10, 10+
• Specify the training topics you require including manual leak testing, automated endoscope reprocessor (AER) cycles, drying protocol, and channel inspection Options: Manual leak testing, AER cycle operation, Drying protocol, Channel inspection, Documentation and logs
• Who will be responsible for maintaining training records and providing competency sign-off (for example clinical educator, department manager)? Options: In-house educator, Clinical lead, Vendor trainer, Other
• When do you prefer hands-on onsite training versus virtual modules for reprocessing competency sessions? Options: On-site, Virtual, Hybrid
• Indicate any accreditation or local infection-control protocols that training must align with such as AAMI guidance or local hospital IPC policies

Provide Physician Hands-On Procedure Proctoring

• Which physicians require proctoring and how many proctored cases should each clinician complete for credentialing?
• Which procedural categories need proctor presence such as screening colonoscopy, EMR, ERCP, or advanced resections (ESD)? Options: Screening colonoscopy, EMR (endoscopic mucosal resection), ERCP, ESD (endoscopic submucosal dissection), Other
• Where will proctoring take place and who will coordinate OR/procedure room scheduling for proctored cases?
• How will proctoring competency be documented for privileges such as a proctor sign-off form, procedure checklist, or video review? Options: Proctor sign-off form, Procedure checklist, Video review, Credentialing paperwork
• What is the escalation path if a proctored procedure encounters a device or image-quality issue during the case?
• Specify the preferred length and frequency of proctoring sessions required for credentialing (for example single session, 3-5 cases) Options: Single session, 3-5 cases, 10 cases, As-needed until competency

Provision Spare Scopes and Consumable Kits

• How many spare scopes of each model do you require to meet your uptime target and avoid procedure cancellations? Options: None, 1 per room, 1 per 2 rooms, As recommended
• Which consumable kits and quantities should be provisioned such as biopsy forceps sets, insufflation tubing, single-use valves, and suction tubing? Options: Biopsy forceps, Insufflation tubing, Disposable valves, Suction tubing, Other
• Where will spare scopes be stored and who on your team will manage inventory and rotation?
• What forecasted procedure volume should spare inventory cover before replenishment is required (for example one week, one month)? Options: 1 week, 2 weeks, 1 month, Custom
• Do you require serialized asset tagging and inventory mapping for each scope (asset tag, model, serial number) for audit and maintenance tracking? Options: Yes, No
• Specify spare-scope service and repair turnaround expectations such as 48-hour swap, 72-hour onsite repair, or next-business-day replacement Options: 48-hour swap, 72-hour onsite repair, Next-business-day replacement

Deliver Light Sources, Insufflators, and Accessories

• Which insufflator and light-source deployment model do you prefer for rooms (integrated in tower, standalone devices, or portable units)? Options: Integrated tower, Standalone devices, Portable units
• How many of each accessory type do you require per room such as air/water pumps, suction pumps, and cable sets?
• Specify compatibility requirements with existing endoscope connector types and insufflation tubing to avoid adapter needs
• Are there electrical or power conditioning requirements in the procedure rooms such as isolated ground, dedicated circuits, or UPS backup? Options: Isolated ground, Dedicated circuit, Standard outlet, UPS required
• Do you require spare bulbs, LED modules, or consumable light components stocked on-site? Options: Yes, No
• Indicate your preference for single-use versus reusable accessories (for example disposable insufflation tubing or reusable biopsy forceps) and expected annual usage

Decommission and Remove Legacy Endoscopy Equipment

• Which legacy equipment items must be decommissioned and removed including model identifiers and room locations?
• When is a certified removal window available for legacy tower decommissioning in relation to your clinical schedule? Options: Within 2 weeks, 2-6 weeks, Flexible
• Specify whether decommissioning requires medical-device disposal certificates or third-party hazardous waste handling Options: Disposal certificate required, Third-party removal, Hospital will handle disposal
• Who will be responsible for data sanitization and wiping legacy image storage devices prior to removal (for example hospital IT or external contractor)? Options: Hospital IT, Vendor, Third-party contractor
• Indicate any room modifications required after removal such as wall-mount removal, cable re-routing, or patch panel updates Options: Yes, No
• Provide the target milestone for legacy removal relative to new system go-live (for example before go-live, during go-live window, or within two weeks after) Options: Before go-live, During go-live, After go-live within 2 weeks

• Purchase Agreement
• Order Confirmation
• Equipment Limited Warranty
• Service Level Agreement (SLA)
• Trial Acceptance & Purchase Trigger
• Project Acceptance & Milestones
• Installation & Training Statement of Work (SOW)
• Master Services Agreement (MSA) for Services
• Payment Terms & Invoice Schedule
• Return, Repair & Replacement Policy
• Regulatory & Data Compliance Addendum (HIPAA BAA conditional)

• Go-live Health Check (weeks 1-4)
• First Measurement Review (weeks 4-10)
• 90-Day Outcomes Review (around day 90)
• Ongoing Quarterly Operational Review

• Schedule quarterly refresher training sessions for new staff and any users below proficiency thresholds.
• Update the shared ticket channel with prioritized remediation items and expected resolution dates.
• Restate acceptance criteria and where targets are recorded
• Establish whether adenoma detection rate and service incident rate per 100 procedures meet or require remediation relative to Clinical Evaluation targets.
• Agree a clear escalation and remediation plan for all persistent blockers with dates.
• Confirm the ongoing measurement cadence and which metrics will be tracked quarterly.
• Publish the 90-day outcomes summary comparing each metric to the Clinical Evaluation targets and list open remediation items.
• Convert high-priority tickets into timebound remediation tasks with expected resolution dates.
• If clinical outcome gaps persist, schedule a focused clinical workflow observation session to identify usability or imaging issues.
• Operational metrics snapshot
• Confirm training adoption rate and reprocessing failure rate remain within acceptable ranges or have active remediation plans.
• Ensure the shared ticket channel backlog is prioritized and that high-severity service incidents have clear resolution timelines.
• Decide which enhancement requests to advance within the next quarter.
• Close low-priority tickets that are no longer relevant and annotate rationale in the ticket channel.
• Create timebound plans for high-severity service items and list expected improvement milestones.
• Reconfirm success criteria and owners
• Deployment and integrations verified as functioning or have an agreed remediation plan with dates.
• Early adoption signals reviewed and any training gaps identified with scheduled follow-up.
• Incumbent system decommission status confirmed or documented retained-read-only plan in place.
• Publish the go-live health checklist with owners and completion dates for open remediation items.
• Schedule targeted hands-on refresher training for users who have not completed proficiency validation.
• Document incumbent system disposition and archive/migration status for the project record.
• Present first-period data vs targets recorded in Clinical Evaluation
• Determine whether device uptime percentage and procedure cancellation rate due to equipment downtime are trending toward the Clinical Evaluation targets.
• Document root causes for any shortfalls and assign concrete remediation tasks with target dates.
• Confirm service escalation path and update MTTR improvement plan if service incidents are driving downtime.
• Run a focused root-cause analysis on top recurring service incidents and submit findings within 7 days.
• Schedule and deliver targeted reprocessing and handling refresh sessions for staff identified as below proficiency.
• Present 90-day outcome data vs Clinical Evaluation targets
• Deployment and integration validation
• Service incident and ticket channel review
• Root-cause diagnosis for gaps
• Service incidents and MTTR review
• Early adoption signals and usage patterns
• Operational blockers and ticket backlog triage
• Enhancement request backlog and prioritization
• Short actions and next steps
• Escalation path and remediation commitments
• Training adoption and reprocessing performance
• Incumbent system wind-down check
• Agree corrective actions and timelines
• Open issues and immediate remediation actions
• Schedule follow-ups and measurement cadence