Products

Introduction

We combine our experience in radar technology with our knowledge in microwave engineering to create innovative measurement solutions for automotive radar sensors and radar covers (radomes). All key components are developed and produced in-house or in close cooperation with our partners to meet highest quality requirements.

Radome Measurement System

With the Radome Measurement Systems (RMS) perisens offers an solution for every stage of the entire product life cycle of automotive radomes:

From material development and radar cover design to series production and quality control.

Our RMS systems are worldwide in use in more than 200 installations by leading automotive OEM, radar sensor supplier, exterior part supplier and plastic, paint and pigment manufacturer since 2019.

The RMS system is available for R&D and quality control (RMS-D-77|79G and RMS-DXY-77|79G) and for production and quality control (RMS-C-77|79G and RMS-CR2-77|79G).

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RMS-D-77|79G

(Radome Measurement System – Desktop)

Discover the ideal solution with our patented technology for testing automotive radar covers (radomes) and characterizing materials in Research & Development and Quality Control.

Key Features

• Measurement of
  • transmission in amplitude and phase
  • permittivity and loss tangent of plastics and coatings (primers, base & clear coatings)
• Future proof: Both automotive radar bands (77|79G)
• Easy to handle: Measurement with a single button press
• Includes simulation software which allows to evaluate and optimize layered radomes
• Optional: 30 mm aperture for measuring very small samples
• Fast update time allows real time measurement
• Highest accuracy in market (better than ±0.1 dB | ±1° for transmission)
• Comparability with measurements using VNA (Vector Network Analyzer) and RMS-C
• Optional: Data Analyzer GUI for offline (without RMS-D) measurement data analysis and layer stack simulation
• Cost effective solution compared to VNA systems
• On-Site Calibration: Reduces downtime and keeps equipment in peak condition with minimal disruption
• Proven technology: Used worldwide by leading paint, pigment and polymer manufacturers, exterior part suppliers, sensor producers and automotive OEMs since 2019

RMS-DXY-77|79G

(Radome Measurement System – Desktop XY Axis)

Discover the ideal solution with our patented technology with high-precision XY linear stages, for high-precision transmission and reflection scanning of automotive radar covers (radomes) and characterizing materials in Research & Development and Quality Control.

Key Features

• Measurement of
  • transmission image in amplitude and phase
  • hardware option: reflection image
  • permittivity and loss tangent of plastics and coatings (primers, base & clear coatings)
• Future proof: Both automotive radar bands (77|79G)
• Easy to handle: Measurement with a single button press
• Includes simulation software which allows to evaluate and optimize layered radomes
• Fast update time allows real time measurement
• Highest accuracy in market (better than ±0.1 dB | ±1° deg for transmission and and better than ±1.5 dB for reflection)
• Comparability with measurements using VNA (Vector Network Analyzer), RMS-C and RMS-D
• Optional: Data Analyzer GUI for offline (without RMS-D) measurement data analysis and layer stack simulation
• Cost effective solution compared to VNA systems
• On-Site Calibration: Reduces downtime and keeps equipment in peak condition with minimal disruption
• Proven technology: Used worldwide by leading paint, pigment and polymer manufacturers, exterior part suppliers, sensor producers and automotive OEMs since 2019

RMS-C-77|79G

(Radome Measurement System – Clamp)

Our cost-effective and reliable solution features patented technology for testing automotive radar covers (radomes) during production – both in-line and end-of-line (EoL) – and for quality control.

Key Features

• Measurement of
  • transmission in amplitude and phase
  • software option: reflection in amplitude
• Future proof: Both automotive radar bands (77|79G)
• Robust design enhanced for 24/7 high-precision testing (housing milled from a single block of aluminium)
• Short measurement time allows test within a few seconds
• Flexible pointwise measurement: Allows to follow the shape of the part in a robot-based setup (e.g. to measure vertical in every point of a bumper)
• Optional: Configure setup with different arm lengths and polarizations (vertical or horizontal)
• Flexible integration in production: Prepared for robot-based process; remote control by Ethernet and powered with 24 VDC
• Highest accuracy in market (better than ±0.1 dB | ±1° deg for transmission) and transparent measurement procedure
• Comparability with measurements using VNA (Vector Network Analyzer) and RMS-D
• On-Site Calibration: Reduces downtime and keeps equipment in peak condition with minimal disruption
• Proven technology: Used worldwide in more than 200 installations for leading automotive OEMs since 2020

RMS-CR2-77|79G

(Radome Measurement System – Clamp Reflection)

Our cost-effective and reliable solution features patented technology for testing automotive radar covers (radomes) during production, both in-line and end-of-line (EoL) and for quality control.RMS-CR2 model incorporates the latest generation update for reflection measurement as a standard feature. The RMS-CR2 has the same form factor as the RMS-C-A2-HP-150 model.

Key Features

• Measurement of
  • transmission in amplitude and phase
  • reflection in amplitude (sample displacement is not needed!)
• Future proof: Both automotive radar bands (77|79G)
• Robust design enhanced for 24/7 high-precision testing (housing milled from a single block of aluminium)
• Short measurement time allows test within a few seconds
• Flexible pointwise measurement: Allows to follow the shape of the part in a robot-based setup (e.g. to measure vertical in every point of a bumper)
• Available only with 150 mm arm length and horizontal polarization and is also code compatible with RMS-C
• Flexible integration in production: Prepared for robot-based process; remote control by Ethernet and powered with 24 VDC
• Highest accuracy in market (better than ±0.1 dB | ±1° for transmission, better than ±1.2 dB for reflection)
• Comparability with measurements using VNA (Vector Network Analyzer) and RMS-D
• On-Site Calibration: Reduces downtime and keeps equipment in peak condition with minimal disruption
• Proven technology: Used worldwide by leading paint, pigment and polymer manufacturers, exterior part suppliers, sensor producers and automotive OEMs since 2020