The sterilization knowledge platform

Everything about sterilization, in one place.

Equipment, packaging, monitoring and validation, CSSD workflow, cleaning and disinfection, regulatory standards, infection prevention, and export documentation — the nine pillars of sterile processing, brought together in one manufacturer-neutral, standards-referenced reference.

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Steam Sterilization Cycle

● live preview
AIR REMOVALSTEAM 134°CDRYING
134°C
TEMPERATURE
2.1 bar
PRESSURE
EN 13060
REFERENCE STD.
Signature · how it happens

One sterilization cycle, followed live.

Every product and procedure page on SterilWorld traces back to a real physical process — this is the one the platform is built around.

Load0:00
Air removal0:04
Steam 134°C0:11
Drying0:24
Verified & logged0:28

Nine pillars, one structure

Every product, procedure, and standard on SterilWorld traces back to one of these root domains — never a dead end, never a duplicate.

Sterile Processing Knowledge Base
Interactive tool

Not sure which sterilizer class you need?

The Sterilization Method Selector walks through facility type, load, and space constraints, then points to the relevant Equipment Category — no account required. You'll land on a filtered product list with the reasoning shown, not just a name.

Start the selectorLooking for consumables instead?
Facility typeDental clinic ✓
Daily instrument loadSTEP 2 / 4
LowMediumHigh
Available counter space

Compare, manufacturer-neutral

Every comparison follows the same published methodology. Ranking is never for sale — see how we build these pages.

Read the methodology →
MELAG Vacuklav 31 B+ vs Tuttnauer T-Edge 11Dental tabletop Class B
CriterionMELAGTuttnauer
Chamber capacity17 L27 L
Fast cycle time20 min32 min
EN 13060 Class BVerifiedVerified
Water consumption / cycle0.7 LData pending
See the full comparison →

From the Academy

Reviewed by sterile processing editors and subject-matter experts before publication — every article carries its edit history.

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CSSD / Sterile Processing

Load configuration: why an overpacked chamber fails a cycle

Steam needs room to move. How trays, pouches, and packs are arranged inside the chamber affects sterilization as much as time and temperature do.

Sterility Assurance

Biological indicators: the only test that measures an actual kill

Chemical and mechanical indicators infer that sterilization conditions were probably met. A biological indicator is the only method that directly tests whether resistant spores survived — which is why standards still call for it alongside Class 5/6 chemistry, not instead of it.

Export & Compliance

CE marking technical documentation: what actually has to be in the file

A CE mark on a sterilizer or a sterile barrier product isn't a single certificate — it's the visible endpoint of a technical documentation file that has to exist and be maintained long before the product ships.

Steam Sterilization

The drying phase: why a Class B cycle isn't finished when the pressure gauge hits zero

A Class B autoclave's sterilization phase and its drying phase are two different problems solved by two different mechanisms — and skipping or shortening the second one is exactly how a technically sterile pack fails anyway.

Cleaning & Decontamination

Cleaning verification: why looking clean isn't the same as being clean

Visual inspection catches gross soil, not the residue that hides inside a hinge, a lumen, or a box lock. Objective verification methods exist for a reason — they test for what the eye structurally cannot.

AFFILIATED SERVICE

Exporting for the first time? ALF Consulting advises on CE marking and ISO 13485 documentation for the Medical Device Export pillar — reviewed independently of SterilWorld's editorial content.

Learn more →