A Quick Snapshot of Your OR Setup

• Tell me about the surgical specialties and number of operating rooms your team supports.
• How many procedure trays do you manage across a typical week? Options: Under 25, 25 to 50, 51 to 100, 101 to 200, Over 200
• Which surgical specialties generate the most instrument turnover for you? Options: Orthopedics, General surgery, Cardiovascular, Neurosurgery, ENT, Gynecology, Other
• On a typical day, who first flags a damaged or degraded instrument in a tray? Options: Sterile processing tech, Scrub tech / RN, Surgeon, OR materials manager, Automated inventory alert, Other
• Describe the most recent example where instrument condition caused you to pull a tray from service and why it mattered.
• Which systems or categories do you use today to track tray readiness, instrument lifecycles, and repair history? Options: Hospital ERP / procurement, Dedicated tray management tool, Spreadsheet, Paper logs, Combination of the above
• How soon after identifying a degraded instrument do you typically open a replacement or repair request? Options: Same day, Within 1 week, Within 2 to 4 weeks, After multiple failures, Other

Where Instrument Failures Actually Hurt You

• If a single instrument failure could cause a patient safety event or an unplanned case delay, which instruments worry you most and why?
• Who ultimately absorbs the costs when a case is delayed because of an instrument issue, for example overtime, emergency replacements, or case rescheduling? Options: Hospital / OR budget, Departmental budget, Surgeon practice, Shared cost model, Other
• How often do surgeon complaints about instrument performance trigger a formal product re-evaluation or preference card change? Options: Every month, Quarterly, Biannually, Annually, Only after major incidents
• What single pattern of instrument degradation — for example edge loss on scissors, broken ratchets, or cracked insulation — would make you move straight to vendor replacement instead of repair?
• Can you estimate the annual cost tied to repairing, replacing, and expediting frequently failing instruments? Options: Under $5,000, $5,000 to $25,000, $25,000 to $100,000, Over $100,000, Unsure / need analysis
• When an instrument fails inside the sterile processing workflow, what breaks next downstream most often: case schedule, OR turnover, or tray inventory? Options: Case schedule, OR turnover time, Tray inventory levels, Surgeon satisfaction, Other

Inventory Trouble You Keep Putting Off

• What hidden inventory bottleneck causes the most late starts in your ORs?
• How many spare instruments do you keep per high-use tray, for example orthopedics or cardiovascular? Options: None, 1 to 2 spares, 3 to 5 spares, More than 5
• Name the role accountable for setting minimum tray counts and how frequently that threshold is reviewed. Options: OR materials manager, Sterile processing director, Supply chain / purchasing, Clinical coordinator / preference cards, Shared committee
• List the instruments or trays you routinely borrow from other suites to meet case demand.
• How long does a typical tray turnaround take in your facility, and how often do delayed turn times lead to cancellations or overtime? Options: Under 1 hour, 1 to 3 hours, 3 to 6 hours, Over 6 hours, Causes cancellations/overtime weekly
• When you think about inventory improvements, which single change would most reduce OR late starts for your team?

Who Really Signs Off When Tensions Rise

• Name the stakeholder whose objection would stop a roll-out cold, and tell me why their approval matters.
• Walk me through the last time a surgeon refused to adopt a trial instrument, what were their specific concerns and who escalated them?
• How much influence does the preference card coordinator have over tray content changes in your organization? Options: Full control, Shared control, Advisory only, Minimal influence
• Identify the role that signs off on commercial terms and whether they require total cost of ownership analysis or only unit pricing. Options: Purchasing director, Finance / CFO, Clinical leadership, Combination committee, Other
• If the sterile processing director says they do not have bandwidth for retraining, would that block a pilot or can temporary resources be allocated? Options: Block the pilot, Allocate temporary resources, Delay until next quarter, Other
• Describe the escalation path you expect during deployment when instrument issues surface in live cases.

How You Try New Instruments and Measure Success

• What acceptance signal from a surgeon during a trial would make you move to immediate rollout rather than another pilot?
• List the people who typically run a hands-on trial and indicate whether you prioritize simulated lab time or live-case observation. Options: Simulated lab, Live-case observation, Both equally, Depends on specialty
• How long do you expect a trial period to run before you can judge sterilization durability and surgeon acceptance? Options: 1 to 2 weeks, 3 to 4 weeks, 1 to 3 months, Over 3 months
• What quantitative metrics do you require from a trial, for example failed instrument rate, sterilization cycle survival, or surgeon acceptance percentage? Options: Failed instrument rate, Sterilization cycle survival, Surgeon acceptance %, Turnaround time improvement, Repair frequency
• Suppose a trial shows parity on surgeon preference but improves tray turnaround by 20 percent, how likely are you to proceed to rollout? Options: Very likely, Somewhat likely, Unsure, Unlikely
• Explain the veto rights surgeons, sterile processing, and purchasing have during a pilot and which single veto would stop the program.

Operational Constraints That Can Kill a Rollout

• When sterilization capacity cannot accept an increase in tray volume, what realistic options remain for you to proceed? Options: Staggered rollout, Increase instrument spares, Outsource sterilization, Delay rollout, Other
• Identify the third-party systems that manage your tray and inventory tracking and indicate whether they provide APIs, exports, or only manual reports. Options: APIs available, Scheduled exports, Only manual reports / spreadsheets, No system
• Estimate the number of full time equivalent staff assigned to sterile processing and to OR instrument maintenance. Options: 0-3, 4-7, 8-12, 13-20, Over 20
• What regulatory or credentialing approvals, such as vendor access waivers or device registration steps, could delay deployment in your facility?
• Is there a capital approval committee or procurement window that gates larger instrument purchases and how often does it meet? Options: Monthly, Quarterly, Biannually, Annually, Ad hoc
• Describe any physical constraints, for example elevator size or sterile storage capacity, that could block tray deliveries or builds.

Alternatives on the Table and Why They Might Win

• List the options you are actively evaluating besides an external instrument replacement, including incumbents, other vendors, and internal rebuild programs.
• What would have to be true about your current instruments or processes for you to decide to stay with the incumbent?
• Has anyone on your team proposed solving this with an internal program such as a refurbishment line or changing tray configurations first? Options: Yes, refurbishment, Yes, tray reconfiguration, Yes, policy/process change, No internal proposal, Other
• Should you decide to stay with the current approach, name who would be accountable for ongoing failures and whether they would accept that responsibility.
• Rank the top three factors that would tip you away from an internal fix and toward an external vendor solution. Options: Cost to replace, Sterilization durability, Surgeon acceptance, Lead time / supply reliability, Warranty and service terms

What Will Make This an Easy Yes?

• Assuming a pilot proves surgeon acceptance, sterilization durability, and a clear replacement cadence, what internal changes would be required to let you sign within 30 days?
• Tell me who holds final purchasing authority and whether that person can approve an expedited procurement if pilot metrics check out.
• List the pilot success metrics you need to see quantified and your minimum threshold for each, for example acceptable failed instrument rate or required surgeon acceptance percentage.
• What single operational or budget constraint would stop this project immediately if it cannot be resolved?
• How soon would you want a pilot to start once commercial terms are in place? Options: Immediately, Within 2 weeks, 1 month, 2 to 3 months, Longer than 3 months
• What support from the seller would make you most confident during rollout, for example dedicated training, onsite build support, or inventory staging? Options: Dedicated onsite training, Onsite tray build support, Pre-staged inventory, Digital training + SOPs, Combination
• Finally, what would happen next if the initial answers here check out and the pilot delivers the expected results? Options: Move to rollout, Request extended pilot, Re-evaluate requirements, Put on hold, Other

• Hands‑On Clinical Trials Session

• Confirm the current state and its cost to your team
• You confirm the trial protocol and the specific metrics that will represent surgeon acceptance.
• Deliver instrument trial kits, the trial protocol, and the objective metric sheet to the site before the scheduled trial.
• Review the trial protocol and objective metrics
• You confirm the sterilization durability checks and the acceptance threshold that will prevent unexpected tray shortages or case delays.
• Provide 2‑3 surgeons and 3 scheduled cases (or simulated case slots) for live or simulated trial runs.
• Execute or review the simulated/live trial run
• Provide current tray configurations, recent wear/failure logs, and sterilization cycle capacity for the targeted procedures.
• You agree to the next evidence pieces and timeline required to move to a pilot decision.
• Confirm the approval committee members and the decision criteria that will be used to accept or reject the trial outcomes.
• Validate sterilization and handling durability checks
• Forced validation, confirm this maps to your need
• Agree on next‑step evidence and decision criteria

• Hands‑On Clinical Trials Session
• Hands‑On Trials Deck
• Clinical Trial Solution Brief

• meeting
• slides
• document

• Manufacture and Deliver Procedure-Specific Instrument Trays
• Supply Standardized Precision Hand Instrument Sets
• Produce Powered Surgical Instruments and Service Accessories
• Kitted Tray Assembly to Surgeon Preference Cards
• Provide Loaner Instrument Sets for Clinical Trials
• Provide Sterilization-Ready Packaging and Tray Inserts
• Supply Spare Parts and Consumable Replacement Kits
• Scheduled Instrument Sharpening and Reconditioning Service
• Preventive Maintenance and Calibration for Powered Tools
• Sterile Processing Staff Training on New Instruments
• Rapid Intraoperative Replacement Kits and Rush Fulfillment
• Financing, Lease, and Purchase Options for Equipment Buys

Manufacture and Deliver Procedure-Specific Instrument Trays

• Which surgical procedures or CPT code families should the procedure-specific tray designs cover? Options: Orthopedics, General Surgery, Cardiovascular, Neurosurgery, Gynecology, Other - describe
• How many complete trays per procedure do you require on the initial delivery? Options: 1-2, 3-5, 6-10, 10+
• Who provides the final surgeon preference card or instrument list we should use to build each tray? Options: Surgeon, OR materials manager, Central sterile processing (SPD) lead, Clinical coordinator, Other
• Do you require tray part numbers and barcode or RFID labels that integrate with your inventory system? Options: Yes, No
• Describe the measurable acceptance criteria for tray handover on arrival (example: >=98% SKU match per tray, zero visible damage, labeled and sealed)
• By when must the first pilot shipment of procedure-specific trays arrive at the site? Options: Within 2 weeks, 2-6 weeks, 6-12 weeks, Custom schedule

Supply Standardized Precision Hand Instrument Sets

• Select the standardized hand-instrument set templates you want us to propose for evaluation Options: Basic general set (forceps, scissors, clamps), Dissection set, Small-orthopedics set, Vascular/micro-instrument set, Custom build
• Specify the preferred material and finish for hand instruments (for example: stainless type and tungsten-carbide inserts)
• Are there minimum sterilization-cycle durability requirements for these instruments (for example: survive 500 autoclave cycles) you want guaranteed? Options: Yes, No
• Confirm your replacement threshold for instruments in a set (for example: replace set when >20% instruments show functional degradation) Options: Replace at 10% degradation, Replace at 20% degradation, Replace at 30% degradation, Custom threshold
• Provide existing SKU or part numbers you want matched, replaced, or mapped to the new standard sets
• List surgeon preferences that must be reflected in the standardized set (for example: blunt vs sharp scissors, ratchet tension on forceps)

Produce Powered Surgical Instruments and Service Accessories

• When during case mixes will powered instruments be used (which procedures and approximate monthly case volumes)?
• Is the powered tool required to be compatible with existing battery chargers or docking stations already in your facility? Options: Yes - must fit existing chargers, No - new chargers acceptable, Unsure - need to evaluate
• Estimate expected cases per month that will use each powered tool model you are considering Options: Less than 10, 10-50, 50-200, 200+
• Will you require spare batteries and chargers included with the initial delivery for each cordless tool? Options: Yes, No
• Where do you prefer routine maintenance and simple repairs to be performed for powered tools (on-site SPD, vendor service center, third-party partner)? Options: On-site SPD, Vendor service center, Third-party partner, Hybrid model
• How will you verify calibration and performance of powered instruments on handover (for example: torque test certificate, RPM validation sheet, calibration label)?

Kitted Tray Assembly to Surgeon Preference Cards

• Which surgeon preference card format is your source of truth for kitting (paper card, PDF, hospital ERP preference-card module)? Options: Paper, Electronic PDF, ERP preference-card module, Other - describe
• Who will validate final kitting against the surgeon preference card before the kit is locked for deployment? Options: Surgeon, OR materials manager, SPD lead, Clinical coordinator
• Which tray revision-control method do you require for kitted-tray updates (versioned part number, revision-date label, change log)? Options: Versioned part number, Revision date label, Change log only, Other
• Which instruments may be substituted during kitting if a preferred SKU is unavailable (specify by instrument type or indicate none)?
• Do you require a clinician sign-off workflow in the platform for each preference-card-driven kit change? Options: Yes, No
• Specify allowable tolerance for kit accuracy on a per-tray basis (for example: <=2 missing/incorrect items per 100 trays) Options: <=1 per 100, <=2 per 100, <=5 per 100, Custom

Provide Loaner Instrument Sets for Clinical Trials

• Are there specific procedures or named surgeons for which you require loaner sets during trials?
• How many loaner sets do you need per procedure for the planned trial period? Options: 1 set, 2-3 sets, 4-6 sets, More than 6
• By when must loaner sets be on-site relative to the first trial case (for example: 48 hours before, week before)? Options: 48 hours before, 1 week before, Day of first case acceptable with advance notice
• Who will be the on-site contact to receive, track, and return loaner sets? Options: OR materials manager, SPD lead, Surgeon practice manager, Other
• Provide the sterilization and reprocessing protocol we must follow when returning loaner sets to your SPD (for example: steam autoclave parameters, packaging to be used)
• Which acceptance measures will determine clinical trial success (for example: surgeon satisfaction >=4/5 across N cases, zero intraoperative instrument failures)? Options: Surgeon satisfaction score, No intraoperative failures, SPD acceptance for reprocessing, Custom metric

Provide Sterilization-Ready Packaging and Tray Inserts

• Which packaging formats do you require for sterile-barrier integrity (rigid gasket case, perforated sterilization tray, foam or silicone inserts, peel pouches)? Options: Rigid gasket case, Perforated sterilization tray, Foam inserts, Silicone inserts, Peel pouches
• Which sterilization indicator type do you require on each tray (chemical strip, integrator, biological indicator schedule)? Options: Chemical strip, Integrator, Biological indicator per schedule, External indicator only
• Which label data must be printed on packaging for inventory integration (part number, lot/batch, sterilization date/time, barcode or RFID)? Options: Part number, Lot/batch, Sterilization date/time, Barcode, RFID
• Identify any dimensional constraints for tray inserts or foam (internal tray depth, max instrument length) that affect instrument fit and protection
• Is packaging required to be validated for low-temperature hydrogen peroxide sterilization or only for steam autoclave cycles? Options: Steam autoclave only, Low-temp H2O2 validated, Both
• Do you require peel-and-place internal labels for single-use consumables inside the tray? Options: Yes, No

Supply Spare Parts and Consumable Replacement Kits

• Specify which spare parts and consumables should be included in replacement kits by instrument model and part number
• How often should consumable kits be replenished on your preventive schedule (per-case threshold, monthly, quarterly)? Options: Per-case threshold (reorder after X uses), Monthly, Quarterly, Custom cadence
• Estimate the on-hand minimum quantities (par levels) you want maintained for key spare parts at each site
• Will you accept consolidated shipments of spare parts to a central location or require drop-ships to multiple facilities? Options: Consolidated central shipment, Individual drop-ship per facility, Hybrid
• Who will approve replacement-kit part numbers before they are added to your inventory? Options: Sterile processing director, OR materials manager, Clinical engineering, Surgeon representative

Scheduled Instrument Sharpening and Reconditioning Service

• How often should instruments be scheduled for sharpening or reconditioning based on time or sterilization cycles (for example: every 6 months or every 500 cycles)? Options: Every 3 months, Every 6 months, After set number of sterilization cycles, Custom schedule
• Which instrument types require sharpening versus full reconditioning (for example: scissors, rongeurs, bone-cutting instruments)? Options: Scissors, Rongeurs, Bone cutters, Other - list
• Where will reconditioning take place: on-site SPD, vendor reconditioning lab, or contracted third-party? Options: On-site SPD, Vendor lab, Contracted third-party, Hybrid
• Specify the objective metrics you use to decide when an instrument needs full reconditioning rather than sharpening (examples: edge wear threshold, joint play mm)
• Indicate whether you require return shipping documentation and sterilization traceability for instruments returned from reconditioning Options: Yes, No

Preventive Maintenance and Calibration for Powered Tools

• Which accessories must be included in preventive maintenance kits for powered tools (for example: spare batteries, chuck keys, filters)? Options: Spare batteries, Charger units, Chuck keys, Filters, Other - list
• Which power standard do your ORs use for cordless tools (battery voltage and connector standard) that new tools must match?
• Who will receive and file calibration certificates at your facility for powered tools? Options: Sterile processing, Clinical engineering, OR materials manager, Other
• How will you track tool runtime and maintenance intervals (asset tags/barcode, computerized maintenance management system CMMS, manual log)? Options: Asset tags/barcode, CMMS, Manual log, Other
• List any firmware or software update windows and approval processes required for powered instruments
• Estimate acceptable turnaround time for out-of-service powered tool repair that fits your clinical schedule Options: 24 hours, 48-72 hours, 1 week, Custom

Sterile Processing Staff Training on New Instruments

• Which sterile processing roles should receive training on the new instruments (tech I, tech II, supervisor, manager)? Options: Tech I, Tech II, Supervisor, Manager, All listed roles
• Describe the preferred training format for SPD staff (in-service at SPD, hands-on tray build, online modules, competency checks) Options: In-service at SPD, Hands-on tray build, Online modules, Competency checks
• Will you require competency checklists and signed acknowledgements after training? Options: Yes, No
• For each instrument type, what competencies must staff demonstrate during return demonstration (assembly, cleaning, inspection, reassembly)?
• Indicate preferred timing for training relative to deployment (for example: 2 weeks before pilot, day of pilot, ongoing refreshers) Options: 2+ weeks before, 1 week before, Day of pilot, Ongoing refreshers

Rapid Intraoperative Replacement Kits and Rush Fulfillment

• Specify the standard contents required in an intraoperative replacement kit for common emergencies (for example: suture, spare scissors, clamps, needle drivers)
• What maximum fulfillment SLA do you require for rush delivery to the OR for replacement kits (hours)? Options: Within 1 hour, 2-4 hours, Same day, Next day
• Identify the shipping and carrier constraints for rush kits (night courier needs, hospital receiving hours, OR dock access)

• Purchase Agreement
• Order Confirmation
• Warranty and Repair Agreement
• Delivery and Logistics Schedule
• Training and Inventory Management Addendum
• Site Acceptance Test & Clinical Acceptance Criteria
• Payment Schedule and Invoice Terms
• Spare Parts & Replenishment Agreement
• Returns, Replacements & Repair Logistics
• Regulatory & Compliance Addendum (healthcare buyers only)

• Go-live Health Check (weeks 1-4)
• First Measurement Review (weeks 4-10)
• Operational Acceptance Gate (around day 90)
• Quarterly Operational Review (ongoing)

• If repair turnaround exceeds the acceptable threshold, schedule a vendor service review and propose corrective steps.
• Collect and export the evidence package for each acceptance criterion from system logs and repair records.
• If sterilization turnaround time exceeds acceptable range, schedule a targeted sterile processing refresher session.
• Restate acceptance criteria and numeric targets
• Produce a documented pass or fail for each acceptance criterion with the buyer's named signatory recorded.
• Confirm the incumbent instrument wind-down is complete or an approved retained-read-only plan is in place and prevents dual-system use.
• For any conditional acceptance, agree a concrete remediation plan with dates that will close the gate.
• Record the acceptance decision and buyer signatory in the project record and notify stakeholders.
• If incumbent instruments are to be decommissioned, execute archival of legacy inventory data, update contracts, and disable legacy inventory issuance.
• Open remediation tickets for any failed criteria with evidence requirements and target remediation dates.
• Performance review vs targets
• Confirm instrument repair rate per 100 cases and sterilization turnaround time remain within or are trending to the targets recorded in Solution Scope.
• Ensure replacement and spare-parts cadence is scheduled and will prevent stockouts or sterilization bottlenecks.
• Maintain a prioritized list of enhancement requests with agreed timelines for investigation or implementation.
• Update spare-parts reorder thresholds and schedule next quarter shipments to maintain minimum inventory levels.
• Prioritize enhancement requests and assign target timelines for investigation or implementation.
• Reconfirm acceptance criteria and owners
• All deployment checklist items are marked complete or have assigned owners and target dates.
• Open issues are recorded in the shared tracker with target remediation actions and dates.
• Confirm sterile processing and OR training status and identify any immediate retraining needs.
• Log all open issues with priority, description, and target resolution dates in the shared tracker.
• Update tray inventory counts in the shared inventory record to establish the post-deployment baseline.
• Circulate a short summary of early surgeon feedback and sterilization observations for async comment.
• Present first data against tray availability rate and instrument failure rate
• Determine whether tray availability rate (%) and instrument failure rate (%) are trending toward the targets recorded in Solution Scope.
• Document root causes for any metric gaps and a remediation plan with specific tasks and target dates.
• Confirm data sources and frequency for the acceptance gate evidence package.
• Create remediation tickets for the top three root causes with target completion dates and required evidence.
• Present outcome data against each criterion
• Open issues and enhancement request tracker
• Deployment and delivery validation
• Diagnose root causes for metric gaps
• Document pass or fail per criterion and capture signatory
• Early adoption signals and usage patterns
• Replacement and service cadence check
• Agree corrective actions and timelines
• Surgeon and sterile processing feedback summary
• Incumbent wind-down confirmation
• Blockers and open issues
• Review repair and service logs
• Confirm readiness and timeline to the acceptance gate
• Agree remediation items and resolution timeline
• Agree next quarter action plan
• Agree immediate remediation actions