Weekly maintenance, infection control, and compliance tasks that ensure equipment reliability, regulatory adherence, and proactive patient outreach.
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Add this checklist Browse morePerform a biological monitoring test (spore test) on every autoclave to verify sterilization effectiveness. Typically done Monday.
Biological indicators are the gold standard for verifying sterilization. Chemical indicators only show exposure to conditions - they do not confirm microorganisms were actually killed. The CDC requires at least weekly BI testing. A positive (failed) spore test means every load since the last negative test is potentially non-sterile and must be recalled. This is the single most important sterilization quality assurance step.
1. Obtain a biological indicator (BI) ampoule or strip appropriate for your sterilizer type (e.g., Geobacillus stearothermophilus for steam). 2. Place the BI inside a standard instrument pack in the most challenging location (typically the center of a full load). 3. Run a standard sterilization cycle. 4. After the cycle, remove the BI and incubate per manufacturer instructions (typically 24-48 hours at 55-60C). 5. Also incubate an unprocessed control BI. 6. Read results: the processed BI should show NO growth (negative = pass). The control should show growth. 7. Record results in the sterilization monitoring log with the date, sterilizer ID, and lot number.
Wipe down the autoclave door gasket and interior chamber to remove mineral deposits and debris. Typically done Friday.
Mineral deposits and debris on the door seal prevent proper sealing, causing cycle failures and potential sterilization breaches. Chamber buildup reduces heat transfer efficiency and can damage instruments. Regular cleaning extends the autoclave's lifespan and ensures reliable sterilization.
1. Ensure the autoclave is cool and not running a cycle. 2. Open the door fully. 3. Inspect the door gasket (rubber seal) for cracks, tears, or buildup. 4. Wipe the gasket with a damp cloth - do not use abrasive cleaners. 5. Wipe the interior chamber walls with a damp lint-free cloth. 6. Remove any debris from the drain screen at the bottom of the chamber. 7. If mineral deposits are heavy, use the manufacturer-recommended chamber cleaner. 8. Leave the door slightly open to air dry.
Remove, clean, and reinstall the autoclave's internal filter/strainer. Typically done Friday.
The autoclave filter catches debris that would otherwise clog the drain and damage the pump. A clogged filter causes poor water circulation, extended cycle times, and eventually cycle failures. Cleaning it weekly prevents expensive service calls.
1. Allow the autoclave to cool completely. 2. Locate the filter/strainer (usually at the bottom of the chamber or in the reservoir). 3. Remove the filter per manufacturer instructions. 4. Rinse under running water, removing all debris. 5. Inspect for damage - replace if torn or corroded. 6. Reinstall securely. 7. Run a short cycle to verify proper operation.
Clean the reflector and lens of each operatory light for maximum illumination. Typically done Wednesday.
Dental lights accumulate splatter, dust, and film that reduces light output by 20-40% over weeks. Inadequate illumination impairs the doctor's visibility during procedures, increasing treatment time and the risk of missed pathology. Clean lights also make the operatory look more professional.
1. Turn off the operatory light and allow it to cool. 2. Remove the light shield/lens if removable. 3. Clean the reflector surface with a soft, lint-free cloth and glass cleaner (or manufacturer-recommended cleaner). 4. Clean the lens with the same method. 5. Reinstall the lens/shield. 6. Turn on and verify full brightness. 7. Repeat for every operatory.
Run a chamber cleaning cycle using the manufacturer-recommended autoclave cleaning solution. Typically done Friday.
Regular chamber cleaning removes accumulated minerals, bioburden residue, and chemical deposits that degrade sterilization performance over time. Most autoclave manufacturers require periodic chamber cleaning as part of their warranty maintenance. Skipping this step voids warranties and reduces sterilization effectiveness.
1. Ensure the autoclave is empty and cool. 2. Add the manufacturer-recommended cleaning solution to the chamber or reservoir per instructions. 3. Run the designated cleaning cycle (some units have a dedicated Clean cycle). 4. After the cycle, drain and rinse the chamber. 5. Run one empty sterilization cycle with distilled water to flush any cleaning solution residue. 6. Document the cleaning in the maintenance log.
Run an extended enzymatic cleaning cycle through all evacuation lines for thorough biofilm removal. Typically done Friday.
Daily flushing removes loose debris, but biofilm builds up over the week inside suction lines. Weekly deep cleaning with enzymatic cleaner dissolves this biofilm, preventing line blockages, foul odors, and loss of suction power. Blocked suction lines are a patient safety issue during procedures.
1. Mix enzymatic evacuation line cleaner at the concentrated dose recommended for weekly deep cleaning. 2. Aspirate the solution through the HVE and saliva ejector at each operatory, allowing it to sit in the lines for the recommended contact time (typically 5-10 minutes). 3. Follow with a large volume of clean water to thoroughly rinse. 4. Repeat for the main vacuum line and trap area.
Remove and clean the central vacuum system's filters and traps. Typically done Friday.
Central vacuum filters and traps catch debris before it reaches the vacuum pump. Full or dirty filters restrict airflow, reducing suction in the operatories. Severely clogged filters can burn out the vacuum pump motor - a major repair.
1. Locate the central vacuum unit's filters and traps (typically in the mechanical room). 2. Remove the solids collector/trap and empty it. 3. Remove and rinse the filter(s) under running water. 4. Inspect filters for tears or excessive wear - replace if damaged. 5. Reinstall filters and traps securely. 6. Test suction at one operatory to verify restoration of full power.
Activate the eyewash station to verify adequate water flow and tepid temperature. Typically done Monday.
OSHA requires eyewash stations to be accessible and functional wherever employees handle hazardous chemicals. Weekly testing ensures the station will work when needed. Stagnant water in unused lines can harbor bacteria, so weekly flushing also maintains water quality. ANSI Z358.1 requires weekly activation.
1. Locate the eyewash station. 2. Activate the station per its mechanism. 3. Let water flow for at least 30 seconds to flush the lines. 4. Verify water flow is adequate (should cover both eyes simultaneously). 5. Check water temperature - it should be tepid (60-100F). 6. Verify the station is not blocked or obstructed. 7. Record the test date and results in the eyewash station log.
Review stock levels of all personal protective equipment and place orders for any items below the minimum. Typically done Wednesday.
Running out of PPE mid-week forces unsafe compromises. OSHA requires employers to provide appropriate PPE at no cost to employees. Maintaining par levels through weekly checks prevents emergency orders and ensures uninterrupted compliance.
1. Count current inventory of: gloves (by size), masks, gowns, eyewear, face shields, bouffant caps, and shoe covers. 2. Compare counts to par levels posted in the supply room. 3. Calculate usage rate and weeks of supply remaining. 4. Place orders for any item below par level. 5. Note any back-ordered items and identify alternatives.
Update the short-call list of patients who can come in on short notice to fill cancellations. Typically done Monday by front desk.
Cancellations are inevitable - the short-call list is your insurance against lost production. A well-maintained list allows you to fill openings within hours rather than days. Each filled cancellation slot directly recovers lost production.
1. Pull the current short-call list. 2. Review each patient: are they still waiting? Has their situation changed? 3. Remove patients who have been scheduled or are no longer interested. 4. Add new patients who expressed interest during the past week. 5. Prioritize by procedure value and flexibility. 6. Share the updated list with all front desk staff.
Pull a report of patients overdue for their hygiene recall and plan outreach contacts. Typically done Tuesday by front desk.
Recall patients are the backbone of hygiene production and the primary way the practice identifies emerging dental problems early. From a business perspective, each lost recall patient represents $300-600+ in annual revenue.
1. Run the overdue recall report in Open Dental (patients past their due date by 30+ days). 2. Sort by how overdue - longest first. 3. Note the last contact attempt for each. 4. Assign outreach: phone calls for recently overdue, postcards or emails for longer overdue. 5. Make calls during lower phone traffic periods. 6. Document all contact attempts in the patient record.
Identify patients with accepted or presented treatment plans who have not scheduled and reach out. Typically done Wednesday by treatment coordinator.
Unscheduled treatment represents the largest untapped production opportunity in most practices. Each unscheduled crown, filling, or other procedure is direct revenue waiting to be collected and patient care waiting to be delivered.
1. Run the unscheduled treatment plan report. 2. Sort by treatment value and clinical urgency. 3. Review each patient's situation. 4. Call patients with a personalized approach addressing their specific barrier. 5. Offer financial arrangements if cost is the concern. 6. Document outcomes and set follow-up dates.
Audit the insurance aging report and follow up on claims pending over 30 days. Typically done Thursday by billing coordinator.
Insurance claims over 30 days old have diminishing chances of payment. Each week of delay increases the risk of timely filing denials. A thorough weekly review keeps the claims pipeline flowing.
1. Run the insurance aging report sorted by oldest first. 2. Separate claims into buckets: 30-60 days, 60-90 days, 90+ days. 3. Check claim status online or by phone. 4. Correct claims rejected for errors. 5. Appeal denied claims with supporting documentation. 6. Write off claims confirmed as uncollectible. 7. Record follow-up notes on each claim.
Conduct or review the weekly team meeting covering performance, issues, and upcoming priorities. Typically done Friday by office manager.
Weekly team meetings maintain alignment, address recurring issues, and build team culture. Without regular meetings, small problems compound and staff feel disconnected from practice goals.
1. Prepare the meeting agenda: weekly production/collections summary, Practice Flow completion rates, patient complaints or compliments, supply/equipment issues, upcoming schedule highlights, and team recognition. 2. Conduct the meeting (15-30 minutes). 3. Allow each department to share updates. 4. Assign action items with owners and deadlines. 5. End with a positive note. 6. Distribute meeting notes.
Deep clean supply storage areas, check organization, and verify FIFO rotation. Typically done Friday.
Organized supply closets prevent expired products from being used on patients, reduce waste from forgotten duplicate orders, and save time searching. A messy supply closet is also an OSHA concern if chemicals are improperly stored.
1. Remove all items from shelves one section at a time. 2. Wipe down shelves with disinfectant. 3. Check expiration dates on every item - pull anything expired or expiring within 30 days. 4. Reorganize with oldest items in front (FIFO). 5. Group similar items together with labels. 6. Ensure chemicals are stored according to SDS requirements. 7. Take a photo of the organized result.
Inspect and sharpen all hygiene hand instruments to maintain cutting efficiency. As needed, typically assigned to hygienist.
Dull instruments require more pressure and lateral force, causing hand fatigue, musculoskeletal injury, and incomplete calculus removal. Sharp instruments improve patient comfort, reduce appointment time, and improve clinical outcomes.
1. Gather all hygiene hand instruments: scalers, curettes (Graceys, universals), and sickle scalers. 2. Test each instrument's sharpness using a plastic test stick. 3. Sharpen dull instruments using the appropriate stone at the correct angle. 4. Maintain the original instrument design and working end shape. 5. Test sharpness again after sharpening. 6. Sterilize resharpened instruments before use.