ARKA-XENOZ

Safe and Effective Disinfection with Xenon-Pulsed UV-C Technology

Eliminate Pathogens in Hospitals, Public Places, and More with a Dual-Action Disinfection Robot

The ARKA-XENOZ is a next-generation Xenon-Pulsed UV-C Disinfection Robot designed to combat a wide range of pathogens in healthcare facilities, hospitality settings, and various public spaces. This innovative system leverages a powerful Dual-Action Approach that combines Xenon-pulsed UV-C light and Ozone generation for comprehensive disinfection, promoting a safe and hygienic environment.

Core Technologies for Powerful Disinfection

High-Efficiency Ozone Generator: Produces ozone (O₃) gas, a potent oxidant that effectively neutralizes bacteria and viruses within the treatment area.

Xenon-pulsed UV-C Lamp: Emits shortwave ultraviolet (UV-C) light, disrupting the nucleic acids of microorganisms and rendering them non-replicative. The pulsed nature of the lamp ensures targeted disinfection while minimizing potential damage to sensitive materials.

The Advantages of a Dual-Action Approach

  • Broad-Spectrum Disinfection: The combination of ozone and UV-C light tackles both airborne and surface-based pathogens, offering a more comprehensive approach than single-method disinfection solutions.
  • Safe and Automated Operation: Both ozone and pulsed UV-C disinfection methods are Chemical-Free and require minimal human intervention, ensuring user safety and streamlined workflow.
  • Suitable for Diverse Environments: This versatile robot is suitable for use in various settings, including hospitals, hotels, schools, and public facilities. Adjustable ozone and UV-C emission levels ensure optimal efficacy and safety in different environments.

The ARKA-XENOZ represents a powerful solution for promoting a safe and hygienic environment. This versatile disinfection robot leverages a combination of advanced technologies to effectively combat pathogens, contributing to a healthier and more secure environment for all.

Prioritizing Safety with Automation

Integrated Occupancy Sensors: This device automatically deactivates ozone generation and UV-C emission when human presence is detected, prioritizing operator safety during Automated Disinfection with Ozone.

Disinfection Timer: Provides programmable operation for efficient and controlled disinfection cycles.

Remote Control: Enables safe and convenient operation of the device from a distance.

Differences between normal UV-C light power and Xenon-pulsed UV-C

Pulse UV-C DisinfectionMercury or LED UV-C Disinfection
Disinfection MethodPulse Strike UV-C light produce by Xenon light which is thousands of times strong than LED or Mercury UV-C light (200~315nm)UV-C (only 253.7nm) light produced by LED or Mercury light
Service Time< 5 minutes> 30 minutes
Disinfection Radius3 ~ 6 m0.3 ~ 1 m
Environmental InfluenceThe xenon is not harmful for human if the pulse UV-C light is broken.

There is little heat generated while operation. The Pulsed Light Germ-Killing Robot contains an air circulation function for clean indoor air as much as possible.
The hydrargyrum is toxic for human if the mercury light is broken.

The continued exposure would produce calorescence which is severe harmful for most instrument.

A lot of ozone(O3) would be generated while a long-time expose.
Man- Machine SymbiosisBetter operate while no people around (need proper preventive measures)Operate while no people around (can`t prevent calorescence harm)
Disinfection EffectNo pathogens can resist for pulse strike UV-C light.The power is too weak for disinfection and some pathogen (like PA, AB) can resist for narrow spectrum UV-C light.
Reduce most suffering by destroying deadly microorganisms cause infection.No use for reducing infection suffering, only for common disinfection method.

Synergistic Disinfection

The Power of Combining Xenon-Pulsed UV-C and Ozone

The integration of Xenon-pulsed UV-C light and ozone gas disinfection within a single device offers a compelling advantage: comprehensive and efficient elimination of pathogens in various environments.

Here's a breakdown of the key benefits of this synergistic approach:

  • Broader Spectrum Disinfection:

    • Xenon-pulsed UV-C: Delivers targeted germicidal action, effectively eliminating microorganisms with direct line-of-sight exposure.
    • Ozone Gas: Effectively reaches and neutralizes airborne pathogens as well as those residing in hard-to-reach areas or shielded from UV-C light. This combined approach tackles both airborne and surface-based contamination.
  • Enhanced Efficacy: Xenon-pulsed UV-C's high-intensity bursts disrupt microbial DNA/RNA, rendering them non-replicative. Ozone acts as a powerful oxidant, further inactivating microorganisms. This dual action provides a more robust disinfection strategy compared to either method used alone.

  • Synergistic Action: The combined application of these technologies creates a synergistic effect. Ozone can weaken the cell walls of microorganisms, making them more susceptible to the lethal effects of UV-C radiation. This collaborative approach minimizes the potential for pathogen survival and reduces overall disinfection time.

Conclusion

The ARKA-XENOZ Dual-Action Disinfection Robot offers a superior solution for achieving comprehensive pathogen elimination in a variety of settings. This innovative technology maximizes disinfection efficacy while minimizing reliance on harsh chemicals, promoting a safer and more hygienic environment.

Sizes1480x950x600 (Operation)
1210x950x600 (Standby)
Effective radius (r)5m
Number of wheels4
Weight165 kg
Maximum travel speed0.8 m/s
Ozone production output20 g/h
Ozone production methodCorona Discharge
Operating voltage 220 Volt / 50 Hz
Power consumption 335 W
Cooling systemAir
Maximum noise 40 dB
Measurement methodLidar radar
Ozone detection methodElectrochemical sensor
Ozone detection resolution0.01 @ 1 ppm
Max. flashenergy Emax/Ws3360
Nom. flashenergy Enom/Ws420
Max. anode voltage Uamax/V4000
Nom. anode voltage Uanom/V
Min. anode voltage Uamin/V2000
Nom.flash capacitor CB/ µF210/420
Trigger coil TRZS1031(H)
Min. trigger voltage Uz min/V280
Trigger contact SSCR
Trigger capacitor Cz/µF0.47
Life/Number of flashes/N1000 hrs @1
Repetition rate trep/ s1
Sec trigger voltage Uz sec / KV

Unloaded
- Ve
Operation methodRemote via an android or IOS device
  • Remote Assistance Board: The ARKA-XENOZ can be equipped with an optional remote assistance board. This interactive interface enables real-time communication between on-site personnel and ARKA's global support team directly from the production plant. This facilitates swift troubleshooting, and issue resolution, and potentially reduces the need for on-site service visits.
  • Secure Remote Access Capabilities: ARKA offers secure remote access options, allowing support engineers to connect directly with a customer's maintenance technicians. This remote collaboration expedites problem diagnosis and resolution, minimizing downtime.
  • 24/7 Global Support: We boast a dedicated customer support team readily available 24/7 to address user inquiries and provide technical guidance. This ensures prompt assistance regardless of time zone or location.

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