Placement (0 min)
Lead aprons, thyroid shields and radiation protective equipment are placed on the hanging system without touching each other.
Specially developed UVC disinfection cabinet for ionizing radiation protective equipment
Lead Apron and Radiation Protective Equipment UVC Disinfection Cabinet
Oley MRT UVC disinfection cabinet is specially developed for hygienic cleaning of lead aprons and radiation protective equipment. Its UVC LED technology provides effective disinfection without damaging equipment.
360° homogeneous UVC light distribution
Hanging disinfection for lead aprons
Fast and traceable cycle
HEPA + carbon filtration
Safe enclosed cabinet design
Disinfection Cycle
Perfect Cycle: 15 Dakikada Tam Koruma
OLEY MRT combines lead apron placement, secure locking, intensive UVC irradiation and recorded release flow in one controlled cycle.
Secure Lock (1 min)
The door is locked by RFID or password; contact with the outside environment is completely cut off. The magnetic switch is active.
Ready to Use (15 min)
The automatic cycle is completed and the system creates a log record. Protective equipment is ready for hygienic use.
Disinfection (1-15 min)
40 LEDs are activated. “Zero-shadow” irradiation and HEPA circulation begin.
Solution
Standardize lead apron and radiation protective equipment hygiene with a UVC cabinet.
OLEY MRT turns radiology equipment hygiene from a personal habit into a reliable system with hanging disinfection, traceable cycle records and a safe enclosed cabinet structure.
01
Reduces chemical burden on lead apron surfaces
The UVC process helps reduce the operational burden caused by frequent chemical wiping of lead aprons, thyroid shields and radiation protective accessories.
02
Provides fast use in busy radiology workflows
Creates a repeatable protective equipment hygiene routine in radiology, fluoroscopy, angiography, operating rooms and interventional procedure areas.
03
Makes protective equipment use traceable
RFID access and cycle memory help make lead apron cleaning processes more visible, standardized and reportable.
Occupational Risks
Why does surface contamination risk on lead aprons matter?
In healthcare environments, microorganisms can be transferred not only through patient contact but also through shared surfaces, hands, gloves and reusable equipment. Lead aprons and radiation protective equipment should be included in a regular hygiene protocol because they are frequently handled.
01
Hospital-acquired infection risk
Hospital-acquired infections can spread through a chain of transmission between patients, healthcare workers, visitors, surfaces and equipment. Standardized disinfection of protective equipment helps break this chain.
02
A lead apron is a shared surface
In radiology, fluoroscopy and angiography areas, the same aprons may be used by different staff or patient workflows throughout the day. Sweat, hand contact, glove contact and hanging areas make surface hygiene critical.
03
Bacteria can remain on surfaces
Hospital-associated microorganisms such as MRSA, VRE, C. difficile and some gram-negative bacteria can survive on surfaces under suitable conditions. Reusable equipment therefore requires a planned cleaning approach.
04
Viruses can be transferred by contact
Respiratory viruses, norovirus and similar agents can be transferred through contaminated hands or surfaces. An enclosed UVC cabinet offers an additional disinfection step for protective equipment surfaces without chemicals.
05
Chemical cleaning is not ideal for every item
The coating, seams and internal protective structure of lead aprons can be affected by frequent and intensive chemical applications. UVC LED technology is a practical alternative that supports the hygiene process without surface contact.
06
A UVC cabinet is part of the protocol
Oley MRT does not replace hand hygiene, surface cleaning, equipment storage rules or institutional infection control procedures. It adds a more standardized and traceable lead apron hygiene step to these practices.
Engineering
Advanced engineering for maximum performance.
OLEY MRT targets long-lasting and stable UVC performance with thermal management, three-stage filtration, reflective interior surface architecture and constant-current drivers.
Thermal Management
Each LED group is supported by custom heatsinks and integrated cooling blocks to reduce optical power loss and extend system life.
Stable
Three-Stage Filtration
- The air circulation fan continuously refreshes the air inside the cabinet.
- The HEPA filter helps capture microscopic particles.
- The activated carbon filter traps odors that may occur after the process.
Ready
Standard Interior Surfaces
Surfaces with high light absorption and one-way penetration can increase the risk of shadows and blind spots.
Polished Mirror Aluminum
80% reflection rate supports repeated bouncing and multiplication of rays inside the cabinet. Multi-directional penetration helps reach even fabric folds that do not receive direct light.
Heat Dissipation Blocks for Minimal Optical Loss
Aluminum cooling blocks integrated behind each LED group provide continuous thermal management, reducing optical power loss and degradation.
Continuous Stability: Constant-Current Driver
Constant-current technology operating independently of mains voltage provides resistance to voltage fluctuations and supports operational continuity under demanding conditions.
Safety
An operational safety shield with millisecond reactions.
Door safety, magnetic switch and automatic UVC cut-off architecture create a controlled safety chain that prioritizes user health even while the cycle is active.
StatusOperation in Progress
The system is active, UVC lights are on and the disinfection cycle is running.
RiskDoor Opening Risk
When the door is opened unintentionally or by force, the safety chain is triggered.
InterventionMagnetic Switch Is Triggered
The magnetic safety switch activates within milliseconds and stops the system.
ResultUVC Current Is Cut Off
Within milliseconds the UVC current is cut off; eye and skin health is protected.
Air Quality
Air quality and two-way safety.
Fan-assisted HEPA filtration: Air inside the cabinet is filtered from particles. High-flow circulation also cools LED chips and maximizes system life.
Sectors
Lead Apron and Radiation Protective Equipment Use Cases
Maximum hygiene for protective equipment in radiology and ionizing radiation areas
Oley MRT UVC disinfection cabinet is developed for hygienic cleaning of lead aprons, thyroid shields, gonad shields, radiation glasses and similar protective equipment.
Hygiene routine for lead aprons, thyroid shields and radiation glasses
Goal: reduce cross-contamination risk
Radiology Units
Enables frequently used radiation protective equipment in radiology departments to enter a standard UVC disinfection cycle after each use.
Special solution for heavy protective equipment used in interventional procedures
Goal: fast hygiene after intensive use
Angiography and Fluoroscopy Areas
Helps regularly clean lead aprons whose hygiene need increases due to sweat, contact and intensive use during long procedures.
Equipment hygiene for operating room workflows using C-arm fluoroscopy
Goal: safe preparation between procedures
Operating Rooms and Interventional Units
Supports contactless disinfection of radiation protective aprons and accessories used between operations inside an enclosed cabinet.
Compact UVC solution for dental X-ray and imaging areas
Goal: hygiene standard between patients
Dental Radiology Areas
Provides fast, chemical-free and controlled hygiene for protective aprons used in panoramic X-ray and dental imaging units.
Complementary hygiene for dosimeters, radiation glasses and accessories
Goal: standardize accessory hygiene
Radiation Protective Accessories
Creates a regular, traceable and fast disinfection point for surface hygiene of lead glasses, thyroid shields, gonad shields and similar accessories.
Protective equipment hygiene for industrial radiography and NDT teams
Goal: safe reuse of field equipment
Industrial Radiation Areas
Helps hygienically prepare protective equipment used by industrial teams working with ionizing radiation after shifts and field use.
Message from the Technology Team
Oley MRT UV Cabinet R&D Team
The Oley MRT UV disinfection cabinet was developed by our R&D team with intensive work, considering the specific hygiene needs of lead aprons and radiation protective equipment.
It is equipped with advanced UVC LED technology, hanging cabinet architecture and engineering strength.
Use your radiation protective equipment with confidence while we keep developing better solutions.
Technical Specification
OLEY MRT UVC Disinfection Cabinet Technical Specification
You can download the specification file prepared for the technical features of the lead apron disinfection cabinet, radiation protective equipment UVC disinfection system and hospital hygiene equipment from this section.
UVC cabinet technical specification file
The OLEY MRT technical specification includes the technical criteria needed for 275 nm UVC LED technology, hanging lead apron disinfection, HEPA and activated carbon filtration, safe enclosed cabinet architecture, cycle time and radiology equipment hygiene.
UVC disinfection cabinet specification
lead apron disinfection cabinet
radiology equipment hygiene
radiation protective equipment
download technical specification
Download Catalog
Download Specification
You can download the OLEY MRT product catalog in PDF format and the technical specification file in DOCX format here.
FAQ
Frequently Asked Questions About UV Disinfection Cabinets
What is a UV disinfection cabinet?
A UV disinfection cabinet is an enclosed disinfection system that uses UVC rays to inactivate bacteria, viruses and microorganisms. Oley MRT is developed especially for lead apron and ionizing radiation protective equipment hygiene.
How does a UV disinfection cabinet work?
A UV disinfection cabinet uses 275 nm UVC LED technology to damage the DNA structure of microorganisms and inactivate them. Homogeneous light distribution inside the cabinet provides effective disinfection on all surfaces.
Where is a UV disinfection cabinet used?
A UV disinfection cabinet is used for hygiene of protective equipment in radiology centers, angiography and fluoroscopy areas, operating rooms, dental radiology units and industrial radiation applications.
Can lead apron disinfection be done with a UV cabinet?
Yes, a UV disinfection cabinet can be used specifically for lead apron disinfection. UVC rays provide hygiene without damaging the apron structure and support safe use of radiology equipment.
What is a PPE disinfection cabinet?
A PPE disinfection cabinet is a UV cabinet system that disinfects personal protective equipment. For Oley MRT, this means lead aprons, thyroid shields, gonad shields, radiation glasses and similar radiation protective products.
How long does UV cabinet disinfection take?
A UV disinfection cabinet generally provides effective disinfection within 10-15 minutes. This fast cycle supports uninterrupted hygiene in high-use areas.
Is a UV cabinet safe to use?
Yes, UV cabinet systems provide user safety because they operate in an enclosed structure. Door safety sensors and automatic shut-off systems prevent UV light from escaping.
Does a UV disinfection cabinet produce ozone?
UV disinfection cabinets with advanced UVC LED technology do not produce ozone. This provides safe disinfection without harming human health.
Which products can be cleaned with a radiation protective equipment cabinet?
With the Oley MRT UVC cabinet, lead aprons, thyroid shields, gonad shields, radiation glasses and suitable protective accessories used in radiology units can be disinfected.
Does a UV disinfection cabinet completely eliminate bacteria and viruses?
A UV disinfection cabinet targets up to 99.99% inactivation of bacteria and viruses when used correctly. It is therefore preferred as a strong support solution that reduces chemical use in radiology equipment hygiene.
Why choose a radiology equipment disinfection cabinet?
A radiology equipment disinfection cabinet is preferred because it provides fast, chemical-free and safe disinfection for lead aprons and radiation protective equipment. It helps reduce cross-contamination risk and improves equipment hygiene standards.
What affects UV disinfection cabinet prices?
UV disinfection cabinet prices vary according to capacity, LED power, filtration system, hanging architecture and technology used. Models positioned for lead apron and radiation protective equipment use offer higher performance.
What are the advantages of a UV cabinet compared with chemical disinfection?
A UV cabinet system provides disinfection without chemicals. This makes it environmentally friendly and helps prevent equipment damage. It is also a faster and lower-cost solution.
Can a UVC cabinet be used in limited spaces in radiology units?
Yes, the Oley MRT UVC cabinet can be positioned for compact placement needs. It provides fast protective equipment disinfection with high efficiency in radiology and fluoroscopy areas.
Request an OLEY MRT product presentation for lead apron and radiation protective equipment hygiene.
Let us prepare the right cabinet positioning, technical specification text and proposal according to your radiology, fluoroscopy, angiography or industrial radiation use case.
Meclis Mah. Akturk Sok. No:4/A Sancaktepe / Istanbul / Turkey
+90 216 611 93 33
+90 216 611 93 34
info@oleymrt.com