Rotterdamsweg 402P, 2629HH Delft, The Netherlands
+31 (0)85 130 56 70
info@jmr.ai

UVC ROBOT SAM

AUTONOMOUSLY DISINFECTS ROOMS & MINIMIZES INFECTION RISK

99.99%

SAM UVC kills 99.99% of bacteria and viruses

10 MINUTES

SAM UVC disinfects a room within 10 minutes

PROTECT

SAM UVC protects your visitors & personnel from hazardous/infectious environments

AIRBORNE TRANSMISSION

Inhalation of small droplets that are exhaled by an infected person, is a significant route of infection in indoor environments. These small (invisible) droplets can travel distance of tens of meters in the air and carry their viral content. Sars-Cov2 and Sars-Cov1 stays active in the air for around 3 hours.

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SPREAD THROUGH SURFACES

Sars-Cov2 and Sars-Cov1 are shown to be active on surfaces. Studies have shown that the virus can survive for up to 72 hours on plastic and stainless steel, less than 24 hours on cardboard and less than 4 hours on copper

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UV-C TECHNOLOGY

UV-C radiation at the specific wavelength of 253.7 nm, is scientifically proven to disrupt the DNA and RNA structure of bacteria, viruses, molds, fungi and yeast. UV-C will kill the gamut of microbial contaminants. When a room/ space is clear of people, UVC is safe to use, leaves no surface residue and will not chemically alter food products.

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SAM UVC

Eliminates viruses and bacteria in rooms with powerful UV-C radiation.

NAVIGATES AUTONOMOUSLY

Easily request a SAM UVC via the app and SAM will autonomously disinfect the room.

ENSURES SAFETY

SAM UVC safety features make sure that there are no humans around while using UVC.

NOTIFIES

SAM UVC notifies the staff when he finished disinfecting the room.

AUTO CHARGING

Finished disinfecting? SAM UVC drives autonomously toward its docking station and starts charging.

SAM UVC

UVC is the most effective (robotic) way of stopping the spread of the virus: SAM UVC.

Our Team

Jonker Makis Robotics is a Dutch company focused on the development, manufacturing and scaling of autonomous mobile robots. JM Robotics makes mobile robots affordable for our customers by fast development cycles. Our modular in-house software complements the affordable hardware to yield high quality solutions. We succeed in that by having a multi-disciplinary team of robotics, computer vision, AI, software, electronics, mechanical  engineering and industrial design engineers. All skills needed for a successful robotics project.

Prof.dr.ir. Pieter Jonker

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CEO

Dr.ir. Aswin Chandarr, MBA

CTO

Maarten Sluyter, MSc

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COO

Ing. Guus Liqui Lung

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Senior Electronics Engineer

Ir. Floris Gaisser

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Lead Automated Driving

Ir. Dimitrios Chronopoulos

Lead Mobile Robots

Toby Hijzen, MSc

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Localisation & Perception Engineer

Ing. Wouter Verhoef

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Mechanical Engineer

Ir. Erik Vlasblom

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Perception & Artificial Intelligence

Sjoerd van der Meij

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Financial Administrator

Ing. Kim Nicolai

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Product Manager

Mark van de Vrede, MSc

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Business development

JMR’s core technologies

We aim to make mobile robotics mainstream by packing intelligent algorithms within affordable hardware platforms. Using our modular approach we are able to deliver effective mobile robot solutions.

LOCALISATION

Where am I? Our technology combines information from multiple sensors to make sure that our robots always know where they are on a given map.

SAFETY

Looking out and looking in! Our safety technology makes sure that our robots will move to their desired location without colliding with static or dynamic obstacles on their way. Our robots are also aware of their internal health, degrading or stopping their functionality when internal systems are not functioning properly.

NAVIGATION

How do I get there? With our map-based technology, our robots will find the best way to reach their destination.

INTELLIGENCE

Constantly learning! Powered by AI and Computer Vision, our robots are constantly learning how to see the world better, how to improve decisions and adapt to changing environments.

Projects

Our highly versatile team has developed and deployed multiple autonomous robots.

SAM

A security robot that patrols, detects and alerts autonomously.

SAM XL

The bigger brother of SAM, is meant to drive outside and keep harbours secure.

LEA

A walking aid for elderly.

WEPOD

An autonomous shuttle that drives up to 18 km/h and transfers 6 people.

MISSION

An autonomous shuttle that drives up to 35 km/h and transfers 12 people.

NEXT PROJECT?

Do you have an autonomous robotics challenge? Don’t hesitate to contact us

Contact us