Five metres is too far. Half a metre is optimal. The distance between a nurse's hand and the PPE she needs right now decides whether the procedure is performed by protocol or "the short way". A professional medical workstation isn't a matter of aesthetics. It's a matter of ergonomic physics: how many seconds pass between the decision "I need to put on gloves" and the moment they're on the hands.
In our earlier PPE organisation guide we described the facility as a whole — zone planning A/B/C/D, the airlock gowning sequence, the 30-day implementation plan. This article moves down one level: to the individual workstation. We're no longer talking about hospital architecture — we're talking about one specific square metre of floor where a specific person works for 8, 12 or 24 hours.
We'll show how to design that workstation for 8 typical roles in modern medicine and pharmacy, which 3 reach-ergonomics rules decide whether the infrastructure gets used, and which 5 design mistakes your facility is probably already making — without realising it. Reading for hospital architects, ward managers, infection prevention leads and anyone designing or modernising a patient-care workstation.
Workstation ≠ facility. Different scale, different decisions
A facility is a map, a plan, zones. A workstation is the specific 1.5 to 3 square metres of floor where a person makes hard clinical decisions every day. A ward nurse performs an average of 100–200 actions per shift; each one starts with the same question — are the PPE items here, or do I have to go? Compare: an anaesthetist in an OR performs 40–80 actions during a single procedure and has about 0.3 seconds of decision time for each one.
That's why a workstation can't be designed generically. Every workstation has its own profile: number of actions per shift, duration of each action, criticality of PPE, frequency of size/type changes. A workstation that works well for a sterile compounding pharmacist (4 hours in a laminar flow hood, one PPE set for the whole session) will completely fail at a dental chair (12 patients per day, at least 12 glove changes).
Three professional-workstation criteria — and how to measure them
The three criteria aren't optional. Missing any one means the workstation statistically doesn't work — regardless of dispenser quality:
- Accessibility (reach criterion): PPE must be within one-hand reach without changing body position. Measurable: if the worker has to turn, take a step or bend down — the criterion isn't met. Optimal distance: 30–60 cm from the dominant hand, at 140–150 cm height for standing reach (90–110 cm for seated workstations).
- Capacity (continuity criterion): stock for at least one shift of intensive use without needing refill. Measurable: if gloves run out before 13:00 during the morning shift — the workstation is under-configured. Requires more dispensers or the 517 mm variant.
- Coherence (identification criterion): all dispensers at a workstation in the same material, the same product line, the same aesthetic. Measurable: if there's a metal glove holder, a plastic mask container and a cardboard gown box at the dental chair — there is no workstation. There's an ad-hoc collection.
30-second test: Stand at the workstation you want to evaluate. With your hands, perform the sequence "gloves → mask → gown" as if you were actually starting a procedure. Measure the time and count how many times you had to change body position. A result longer than 15 seconds or more than 1 position change = the workstation needs modernisation.
Eight typical medical workstations — a concrete dispenser configuration for each
1. Dental chair (general, surgical, periodontal dentistry)
Profile: 8–16 patients per day, 30–45 minutes per patient on average, 2–4 glove changes per visit. Critical PPE: nitrile gloves (3 sizes S/M/L in parallel), surgical or FFP2 masks, bouffant caps, procedure gowns. Configuration: 3-box glove holder + 1 mask dispenser (aperture 003) + 1 cap dispenser (aperture 001) + 1 gown dispenser (aperture 002/003) on the side wall left or right of the chair, matched to the operator's dominant hand. Front: full INOX with vertical viewing slot — a premium private practice is also judged visually. Height: 392 mm (stock rotation is fast; 517 mm isn't needed).
2. Anaesthetist's workstation in the operating theatre
Profile: 5–10 procedures per day, 1–4 hours each. The anaesthetist performs 40–80 actions requiring glove changes or patient monitoring. Critical PPE: nitrile gloves (mainly M and L), sleeve covers, masks, shoe covers. Configuration: 4-module glove holder + mask dispenser + sleeve-cover dispenser at the patient's head, on the wall adjacent to the anaesthesia equipment. Front: acrylic — instant visual stock check matters during an ongoing case (the anaesthetist doesn't leave the patient). Height: 517 mm — minimum refill frequency during the surgical cycle.
3. Nurse duty station (internal medicine, surgical wards)
Profile: 12-hour shift, 100–200 clinical actions. Critical PPE: nitrile gloves (S/M/L), surgical masks. Configuration: 3-box glove holder + mask dispenser on the duty-station wall, along the natural movement line from entry to patient rooms. Front: acrylic — the sanitary inspector sees stock from a distance, the head nurse knows when to reorder. Height: 392 mm; consider an additional 517 mm dispenser as a "shift reserve".
4. Diagnostician's workstation in microbiology / pathology lab
Profile: 4–8 hours working through a sample stack, single glove change every 15–30 minutes when moving between samples. Critical PPE: nitrile gloves (2 sizes), FFP2 masks, SMS gowns. Configuration: 2-box glove holder + mask dispenser + gown dispenser at the lab-zone entry, plus a dedicated glove holder directly at each bench (microscope, BSC, fume hood). Front: acrylic at the airlock, full INOX directly at workstations (fewer marks from intensive disinfection). Height: 392 mm.
5. Pharmacist's workstation in sterile compounding pharmacy (GMP Grade A/B)
Profile: compounding session 2–4 hours, one full PPE change at the start of each session, no change during laminar-flow work. Critical PPE: bouffant caps, FFP2 masks, low-shedding SMS gowns, sterile gloves. Configuration: full gowning station in the airlock to Grade B — 5 dispensers in donning sequence on one wall rail. Front: full INOX (aesthetic coherence with cleanroom furniture, aggressive disinfection chemistry). Height: 517 mm — minimum lid openings in the production cycle.
6. Treatment station in an aesthetic medicine / dermatologic surgery suite
Profile: 6–12 patients per day, 30–90 minutes per procedure, 1–2 glove changes per patient. Critical PPE: nitrile and latex gloves, masks, bouffant caps, procedure gowns. Plus: strong visual component — the patient observes the suite. Configuration: discreet wall with 4 INOX dispensers at the treatment station. Front: full INOX with vertical viewing slot — monolithic medical-grade aesthetic. Height: 392 mm.
7. Endoscopist's workstation (gastroscopy, colonoscopy, ERCP)
Profile: 6–10 procedures per day, 20–60 minutes per patient, elevated biological-material exposure risk. Critical PPE: double nitrile gloves, masks with eye shields or goggles + FFP2 masks, fluid-resistant gowns, caps, shoe covers. Configuration: full gowning station in the prep room, plus a reserve in the endoscopy room itself (3-box glove holder). Front: full INOX — high surface-disinfection standard. Height: 517 mm for gloves, 392 mm for other PPE.
8. Isolation-room care station (infectious wards, ICU)
Profile: every entry into the patient zone requires full gowning, every exit — degowning in a defined order. 8–20 entries/exits per shift. Critical PPE: barrier gowns, FFP2/FFP3 masks, caps, double gloves, shoe covers. Configuration: gowning station outside the isolation room + degowning station inside (with a medical-waste container). Front: acrylic — high staff traffic, visual stock check is critical. Height: 517 mm for all PPE (high consumption).
Three reach-ergonomics rules no one teaches in nursing school
The anatomy of the human arm, the brain and clinical-stress work time translate into three concrete design rules. Breaking any of them results in statistically skipping PPE during actions lasting under 2 minutes:
- Arm-reach rule (45–60 cm from the body): the dispenser must be in the natural extended-arm range without torso lean. Every centimetre beyond this range reduces compliance by a measurable percentage in IPC protocols.
- Direction-of-movement rule (don't go against the flow): the dispenser is placed on the dominant-hand side, on the wall in the direction of movement from the previous station. Staff don't backtrack, don't change direction — they reach in one smooth motion on the way to the patient.
- Visual-hierarchy rule (first sight line): the dispenser must be visible in the field of view when staff stand at the starting point of an action. If it's "around the corner" or "behind a shelf" — the brain treats it as "doesn't exist" and skips the decision to use it.
Five design mistakes your facility is probably making
- Mistake 1: Dispenser too far from the point of use. Classic example: the glove dispenser is in the nurses' room and the procedure is performed at the patient's bed 8 metres away. Outcome: 30–60% PPE skip in short actions.
- Mistake 2: Dispenser at a height inconvenient for 95% of the population. Classic: 170 cm or 110 cm. Outcome: an additional motor decision on every use, compounding into decision fatigue over the shift.
- Mistake 3: Inconsistent set — INOX glove holder + plastic mask container + cardboard gown box. Three materials, three aesthetics, three cleaning procedures. Outcome: no visual coherence + housekeeping complexity.
- Mistake 4: No safety stock. The workstation has one dispenser that empties mid-morning. Outcome: a 30-minute PPE-availability gap, ward contamination, an entry in the IPC protocol.
- Mistake 5: A dispenser without visual control in a premium suite. A model with no monitoring slot is mounted in an aesthetic clinic; stock is checked only during morning briefing. Outcome: an empty dispenser mid-procedure = procedure pause = patient dissatisfaction = a lost annual client.
What the workstation says about your facility — from the patient's and inspector's view
The workstation is part of the facility face the patient touches personally. A patient sits in the dental chair and sees, to the right of the operator's hand, a monolithic INOX dispenser with a transparent front. They judge: "this is a standard". Or they see a pile of cartons and instinctively pull back. A JCI auditor or sanitary inspector enters the room and judges the workstation infrastructure in 7 seconds. Your facility isn't buying a dispenser for itself — it's buying it for every person who walks past it over the next 15 years of AISI 304 service life.
Single-workstation modernisation plan — 5 steps, 7 business days
- Day 1: Diagnosis. Run the 30-second test at every workstation you want to modernise. Record the result (time, position changes, missing-PPE list).
- Day 2: Specification. For each workstation, choose height (392 or 517 mm), front (acrylic or full INOX) and aperture (001/002/003) for every PPE type. Cross-reference the front comparison guide.
- Days 3–4: Order and lead time. Send the B2B request; standard lead time 5–10 business days.
- Day 5: Installation. Average installation time per dispenser: 15 minutes. Full 4–5 dispenser station: 60–75 minutes. Dispensers ship with a complete mounting kit (2× M5 + ø6 mm anchors).
- Days 6–7: Operational rollout. Short team training (15 minutes), entry in housekeeping procedures, ISO 9001/13485 documentation update, ISO 7010 pictogram labelling.
Next step for your workstation
If a glove box still hangs at your dental chair, if the head nurse takes 12 paces to the nearest dispenser, if the pharmacy airlock has 3 different materials in one room — these are five-cent design choices that cost you full euros every single day.
Write to us with the list of workstations you want to redesign. Within 24 business hours we'll respond with a concrete dispenser recommendation, a B2B quote and a proposed delivery schedule. Your facility deserves workstations designed for medicine — with the 3-rule reach ergonomics, coherent medical-grade aesthetic, and a configuration that works for the person who'll work there every day for the next 15 years.