Your Next Discovery
Won’t Be Standard.
Neither should the technology behind it.
Exosens engineers custom Microchannel Plates and Micro Pore Optics tailored to the dimensional, environmental, and performance requirements of demanding scientific and space applications.
You don’t need a completed specification to start a conversation
For When “Standard”
Is Not Good Enough
Exosens helps Researchers engineer high-performance technology needed to enable the next discovery. Every research program comes with unique technical constraints. A commercially standard component may not provide the geometry, response, operating conditions, or integration approach required by your instrument.
YOUR APPLICATION MAY REQUIRE
- A custom size, shape, or active area
- Specialized pore size, pitch, or geometry
- Surface coatings
- Particular configurations
- Defined gain, timing, resolution, or detection characteristics
- Performance under challenging environmental conditions
- Integration into a compact or specialized instrument
- Direct technical collaboration during specification
Two Enabling Technologies. Built Around Your Application.
Microchannel Plates and Micro Pore Optics perform different functions within a scientific instrument. Choose the path closest to your application or speak with our team if you are still evaluation the options.
Experience Behind
Every Custom Solution
Customized around your requirements
Decades of manufacturing experience
Space mission heritage
Direct technical collaboration
Proven Performance in challenging applications
“When standard is not good enough, Exosens helps researchers engineer the high-performance technology needed to enable the next discovery.”
Supporting Critical Oil & Gas Applications
BepiColombo
Exploring Mercury’s composition and history.
MPOs for MIXS-T & MIXS-C
Free Technical Guide
Geiger-Müller Tubes for Oil & Gas Applications
Discover how modern Geiger-Müller detector technology supports radiometric level and density measurement, radiotracer detection and NORM monitoring. Learn detector operating principles, platform selection criteria, engineering integration considerations and qualification best practices.
What’s Inside:
- Oil & Gas application overview
- Geiger-Müller operating principles
- Detector platform comparison
- System integration best practices
- Replacement & qualification
- Heritage and manufacturing.
Built on Foundation. Driven by Investment.
⦿ 1945
Geiger-Müller manufacturing operation established in Croydon, UK
⦿ 1992
Philips Geiger-Müller heritage incorporated into the portfolio
⦿ Today
Continued investment in manufacturing, engineering expertise and customer support
“Heritage is the foundation.
Engineering support and customer partnership move the technology forward.”
Ready to discuss your project?
Whether you're qualifying an alternative detector, supporting an existing platform, or developing a new instrument, our specialists can help identify the right solution for your requirements.
For When “Standard”
Is Not Good Enough
Exosens helps Researchers engineer high-performance technology needed to enable the next discovery. Every research program comes with unique technical constraints. A commercially standard component may not provide the geometry, response, operating conditions, or integration approach required by your instrument.
YOUR APPLICATION MAY REQUIRE
- A custom size, shape, or active area
- Specialized pore size, pitch, or geometry
- Surface coatings
- Particular configurations
- Defined gain, timing, resolution, or detection characteristics
- Performance under challenging environmental conditions
- Integration into a compact or specialized instrument
- Direct technical collaboration during specification