page
Categories

Search Results for

Grid List
Filter By

All Results

  • Blog
  • Factors to Consider when Choosing a Detergent for Dental Instrument Reprocessing

Article

Factors to Consider when Choosing a Detergent for Dental Instrument Reprocessing

Homepage - gke Australia 
Factors to Consider when Choosing a Detergent for Dental Instrument Reprocessing

Selecting an appropriate detergent for cleaning reusable medical devices (RMDs) in a dental practice is more than just a matter of preference—it’s a critical step in ensuring patient safety, instrument longevity, and regulatory compliance. A well-informed decision should be based on a risk assessment, as guided by AS 5369:2023, which is the Australian Standard for the reprocessing of reusable medical devices. This involves evaluating the potential risks associated with inadequate cleaning and selecting products and processes that mitigate those risks.

Start with the Manufacturer’s Instructions for use (IFU)
The first and most essential step in selecting a detergent is to consult the RMD manufacturer’s IFU. Most medical and dental device manufacturers adhere to the European Medical Device Regulation (MDR), which sets stringent requirements for cleaning validation and product compatibility. These validated cleaning protocols often include specific detergent formulations tested during the development of the instrument.

Key Detergent Components to Consider

When reviewing cleaning agents, the following components and characteristics are especially important:

Surfactants

Lower surface tension to allow water and detergent to reach all parts of the instrument, especially hard-to-reach crevices.

Builders

Help emulsify and suspend soils, preventing redeposition during the wash cycle.

Enzymes

Act as biocatalysts to break down organic matter such as blood (proteases), starch (amylases), and fat (lipases). Enzymes work efficiently at lower temperatures and are gentle on instruments.

Corrosion Inhibitors

Essential for protecting stainless steel and other metals from degradation, helping maintain appearance and function over time.

Alkalinity

Mildly alkaline detergents are often more effective in breaking down organic matter through saponification (conversion of fats into soap), while remaining material compatible.

Compatibility with Cleaning Methods

A versatile detergent should be usable in manual cleaning, ultrasonic baths, and washer-disinfectors (both under- and over-bench).



Validated Performance and Global Use

A growing number of dental RMD manufacturers include neodisher® MediClean forte in their validated cleaning protocols, referencing its compatibility and performance across a wide range of instruments.

MediClean forte is a mildly alkaline enzymatic detergent developed by Dr. Weigert, widely adopted across Europe in hospitals, dental clinics, and laboratories. Its unique formulation is designed to:

  • Remove denatured blood and organic residues

  • Prevent protein re-deposition

  • Provide material protection while maintaining cleaning efficacy

  • Be effective across all common cleaning modalities (manual, ultrasonic, automated)

  • Manufacturers that reference MediClean forte in their IFUs include: BA International™, Dentsply Sirona™, EMS Dental™, Forestadent™, Garrison Dental™, Horico™, Hu-Friedy Group™, KaVo™, Komet™, Morita™, Nobel Biocare™, Premier™, Straumann™, W&H™, MK-Dent™ and others.

  • Final Thought: Choosing a Trusted Product

  • While many detergents are available on the market, those supported by validated cleaning data, wide clinical adoption, and long-term material compatibility offer peace of mind for any practice. neodisher® MediClean forte, available through Henry Schein, is one such detergent—trusted globally and recognised by leading instrument manufacturers. For more information or assistance reviewing IFU requirements, please contact your Henry Schein representative.



Latest Blog Articles

Clinical Case Study: A Next-Generation Endodontic Material

Clinical Case Study: A Next-Generation Endodontic Material
CLINICAL CASE I By Gary R. Johnson. A bioactive and highly flowable mineral root canal sealer, BioRoot® Flow is based on Septodont’s patented Active Biosilicate Technology (ABS), which is composed of calcium carbonate, zirconium oxide, and tricalcium silicate, among other components.

Building a Future-Proof Dental Practice: Which Tech Investments Actually Pay Off

Building a Future-Proof Dental Practice: Which Tech Investments Actually Pay Off
Every dental conference has a show floor full of technology that promises to transform your practice. Scanners, printers, AI platforms, imaging systems, lasers, practice management software, patient communication tools   each one pitched as the thing that separates a thriving modern practice from one that’s falling behind.

Clinical Case Study: Root canal re-treatment success with BioRoot Flow

Clinical Case Study: Root canal re-treatment success with BioRoot Flow
CLINICAL CASE I By Dr. Lauren Kuhn Nuth. The success rate of non-surgical root canal treatment is high, however, inadequate obturation and inability to seal anatomical complexities can play a role in the long-term success of endodontic treatment. Traditional root canal sealers tend to shrink or wash-out—BioRoot™ Flow is a mineralbased, tricalcium silicate sealer with bioactive properties which slightly expands upon setting and has a high pH, therefore providing antimicrobial
properties.

The Menopause Symptom No One Talks About

The Menopause Symptom No One Talks About
An interview with Ms. Tatiana Brandt, MEd, RDH, Denmark. Menopause comes with a long list of symptoms most people can recite by heart – hot flashes, night sweats, mood swings. But there’s another change that often slips under the radar, even though it affects daily comfort, oral health, and overall wellbeing. Dry mouth, a surprisingly common yet rarely discussed symptom, can quietly reshape how women experience this stage of life.

Topical Fluoride Treatments – What do you prioritise?

Topical Fluoride Treatments – What do you prioritise?
Article by Stephen Langdon, Solventum Clinical Specialist. The first rosin based fluoride varnish was introduced way back in  the 1960’s and apart from the more recent inclusion of various forms  of calcium and phosphate in 2 or 3 commercially available varnish  options and a change to unit dose packaging, there has been very  little advancement in fluoride treatment technology for many years.