The sterilization of medical equipment is a vital process within critical healthcare environments to ensure patient safety. Similarly, life science and pharmaceutical laboratories must sterilize their laboratory equipment and supplies to get rid of contaminants. Therefore, healthcare establishments and medical and research laboratories must invest in efficient and reliable sterilization devices to ensure the timely availability of sterile medical equipment and instruments. For instance, critical medical instruments such as urinary and cardiac catheters, surgical instruments, and implants require thorough sterilization before reuse. Also, endoscopes, anesthesia and respiratory equipment, laryngoscope blades, blood pressure cuffs, and bedpans are some semi-critical equipment in healthcare settings that require regular sterilization. Various methods of medical sterilization include high temperature/pressure and chemical processes, which require equipment such as dry heat sterilizers and ovens, UV chambers, steam sterilizers, autoclaves, irradiation products, and stand-alone water treatment systems.

1 RESEARCH METHODOLOGY 

2 RESEARCH OBJECTIVES 

3 RESEARCH PROCESS 

4 SCOPE & COVERAGE

5 REPORT ASSUMPTIONS & CAVEATS 

6 MARKET AT A GLANCE 

7 PREMIUM INSIGHTS 

8 INTRODUCTION 

9 MARKET OPPORTUNITIES & TRENDS 

10 MARKET GROWTH ENABLERS 

11 MARKET RESTRAINTS

12 MARKET LANDSCAPE