Geiger counter, also known as Geiger-Müller counter, is a type of radiation detection and measurement device, which was invented by Hans Geiger and Walther Müller in 1928. It is a type of gas-filled detector that detects alpha, beta, and gamma ionizing radiations. It consists of a Geiger-Müller tube filled with an inert gas like helium,neon, or argon at low pressure, a counting device, and a visual and audio readout.The term 'Geiger counter' applies to those instruments using Geiger-Müller type of detectors.The global market for Geiger counters is expected to be driven by the increasing demand from key end-users such as defense and law enforcement and industrial endusers.The provision of user-friendly Geiger counters is another factor that has driven the market growth. This has enabled various end-users, including first responders and security officers, to use these devices. The increasing construction of nuclear power

plants in developing countries in APAC is expected to drive the market during the forecast period. Increasing incidences of cancer has an impact on Geiger counters as the treatment of various diseases include the use of radioactive substances.

PART 01: Executive summary 6

PART 02: Scope of the report 17

PART 03: Research methodology 22

PART 04: Introduction 25

Key market highlights 25

PART 05: Market landscape 27

Market overview 27

Market size and forecast 29

Five forces analysis 31

PART 06: Market segmentation by end-user 32

Overview 32

Global Geiger counter market for industrial end-users 34

Global Geiger counter market for healthcare end-users 35

Global Geiger counter market for defense and law

enforcement end-users 37

Global Geiger counter market for others end-users 38

Segmentation summary 39

PART 07: Geographical segmentation 40

Overview 40

Geiger counter market in Americas 41

Geiger counter market in EMEA 42

Geiger counter market in APAC 43

Segmentation summary 45

PART 08: Market drivers 46

Increasing demand from defense and law enforcement 46

Radiation safety regulations 46

User-friendly features of Geiger counter 47

PART 09: Impact of drivers 50

PART 10: Market challenges 51

Performance limitations 51

Issues with background noise 51

Issues with count loss due to dead time in Geiger-Müller

tube 52

PART 11: Impact of drivers and challenges 53

PART 12: Market trends 54

Increasing incidence of cancer 54

Threat of nuclear attacks 55

Smart connectivity in Geiger counter 56

PART 13: Vendor landscape 57

Competitive scenario 57

Key vendor ranking 57

Other prominent vendors 58

PART 14: Key vendor analysis 62

Ludlum Measurements 62

Mirion Technologies 64

Thermo Fisher Scientific 65

PART 15: Appendix 68

List of abbreviations 68

PART 16: Explore Technavio 69