Glass Fiber Industry Measurement Solutions with Advanced Sensors

Glass fiber production demands precision at every stage—from strand formation to final product thickness. Hammer-IMS delivers non-nuclear, contactless measurement solutions engineered for the unique challenges of glass fiber manufacturing: high temperatures, opaque materials, and continuous high-speed lines requiring real-time quality feedback and zero production downtime.

Advanced inline sensor measuring glass fiber material thickness on a production line

Our Glass Fiber Measurement Services

Comprehensive non-nuclear sensing and quality control solutions purpose-built for glass fiber production environments.

M-Ray Technology Solutions

Multifunctional millimeter wave technology enabling contactless thickness measurement, basis weight, and material characterization at multiple kHz rates—ideal for high-speed glass fiber lines requiring clean, non-nuclear sensing.

Construction Materials Thickness Measurement

M-Ray based inline solutions for glass wool and mineral wool thickness and basis weight measurement, offering a clean X-Ray alternative with anomaly detection and minimal measurement latency.

Marveloc 602 Platform

A millimeter wave measurement platform for contactless thickness and basis weight of flat glass fiber products. Available in OEM versions for integrators with an ideal price-performance ratio.

Turn-key Marveloc-CURTAIN Installations

End-to-end inline installation projects for glass fiber production lines, featuring multi-sensor heads for increased material coverage and detection of local deviations across the cross-machine direction.

M-Ray OEM Module

A compact, non-nuclear sensor module for thickness and basis weight measurement, designed for machine builders and integrators to embed precise glass fiber sensing directly into their own systems.

IoT Industry 4.0 App

Remote monitoring and analytics platform enabling glass fiber producers to track measurement data, identify production trends, and access smart factory insights from any location via Android application.

Non-Nuclear Sensing

Precision Measurement Built for Glass Fiber Production

Glass fiber production presents extreme measurement challenges—high process temperatures, opaque fibers, and continuous high-speed output demand sensors that are robust, fast, and safe. Hammer-IMS's M-Ray millimeter wave technology delivers contactless, non-radioactive thickness and basis weight measurement across the full width of glass fiber and glass wool mats, ensuring uniform coverage, reduced material waste, and real-time closed-loop process control without halting production.

Hammer-IMS M-Ray sensor measuring glass fiber mat thickness on a production line
Trusted By Leaders

Industry Success Stories

Discover how leading glass fiber and industrial manufacturers have optimized quality with Hammer-IMS.

"Sustainability is always a consideration for us. In our search for alternatives to radioactive source machines, we discovered the remarkable flexibility of Hammer-IMS. These solutions not only align with our objectives but also aid in crafting personalized, tailored solutions to fit our needs."

Jo Cinjaere
Jo Cinjaere

"Sustainability is always a consideration for us. In our search for alternatives to radioactive source machines, we discovered the remarkable flexibility of Hammer-IMS. These solutions not only align with our objectives but also aid in crafting personalized, tailored solutions to fit our needs."

Jo Cinjaere
Jo Cinjaere

"Sustainability is always a consideration for us. In our search for alternatives to radioactive source machines, we discovered the remarkable flexibility of Hammer-IMS. These solutions not only align with our objectives but also aid in crafting personalized, tailored solutions to fit our needs."

Jo Cinjaere
Jo Cinjaere
The Hammer-IMS Difference

Why Choose Hammer-IMS?

Hammer-IMS combines pioneering sensor technology with deep industrial expertise to deliver measurement solutions that outperform traditional approaches.

Non-Nuclear Safety

M-Ray technology is entirely non-radioactive, enabling safe 24/7 operation by floor personnel without radiation compliance burdens.

Multi-Sensor Coverage

Proprietary multi-sensor head platforms deliver uniform cross-machine coverage across international glass fiber production facilities, detecting local deviations other systems miss.

Real-Time Process Control

Closed-loop feedback and live data analytics allow glass fiber producers in Belgium, Germany, and global plants to adjust processes instantly.

Global Integration Expertise

With a presence across Europe, Australia, and Japan, Hammer-IMS delivers turnkey installations and OEM integrations supported by international industry partnerships.

About Hammer-IMS

Meet the innovators shaping non-nuclear industrial measurement.

Hammer-IMS develops and delivers innovative, high-tech quality and process control solutions for industrial manufacturers worldwide. Specializing in non-nuclear M-Ray millimeter wave technology, Hammer-IMS serves the glass fiber, nonwovens, plastics, and construction materials sectors across Belgium, Germany, France, the Netherlands, Australia, and Japan—including a strategic expansion with ADSTEC to serve the Asian market. Trusted by global industry leaders such as Owens Corning, Hammer-IMS combines a passion for innovation with a commitment to sustainability, helping glass fiber producers reduce waste, improve uniformity, and optimize production efficiency through clean, contactless sensing technology.

100% Non-NuclearSafe, clean measurement technology approved for 24/7 personnel operation
20+ Countries ServedGlobal reach across Europe, Asia-Pacific, and North America
Multi-kHz MeasurementSensing speeds enabling lines up to 500 meters per minute

Frequently Asked Questions

How does M-Ray technology measure glass fiber thickness without contact?

M-Ray technology uses millimeter wave electromagnetic signals—the same wave family as mobile phone signals—to penetrate and reflect off glass fiber material without physical contact. The sensor transmits waves through the material and analyzes the reflected signal to calculate thickness and basis weight with high precision, even at production speeds exceeding 500 meters per minute.

Is the Hammer-IMS measurement system safe for glass fiber production workers?

Can Hammer-IMS sensors handle high-temperature environments found in glass fiber production?

What materials can the M-Ray sensors measure in addition to glass fiber?

How does the multi-sensor head improve quality control on glass fiber production lines?

Can the measurement system integrate with our existing production line or control system?

What measurement data does the IoT Industry 4.0 app provide for glass fiber production?

How can I evaluate Hammer-IMS solutions before committing to an installation?

Still Have Questions About Our Sensors?

Speak with a Hammer-IMS measurement specialist to discuss your glass fiber application in detail.

Our Global Service Areas

Hammer-IMS delivers advanced measurement solutions to glass fiber producers and industrial manufacturers worldwide.

6+ Countries

Service Regions

Mon–Fri, 8:30AM–5:30PM

Availability

Spartanburg, SC

North America Base

Do We Service Your Region?

Contact our international or North America team to confirm coverage for your production site.

Certified & Trusted

Awards and Recognition

Non-nuclear clean measurement technology badge

Non-Nuclear Measurement

Clean, non-radioactive technology certified for 24/7 industrial use

Industry 4.0 IoT ready certification badge

Industry 4.0 Ready

IoT-enabled platform certified for smart factory integration

Owens Corning partnership recognition badge

Trusted by Owens Corning

Measurement solutions validated by a global glass fiber leader

Get a Measurement Solution for Your Glass Fiber Line

Tell us about your production requirements and a Hammer-IMS specialist will recommend the right sensor configuration, whether you need a turnkey installation, an OEM module, or a system upgrade.

Contact Us Today

For immediate assistance, feel free to give us a direct call at +32 11 36 55 01.