WE ARE PREMIER PROVIDER OF
Specialized Service and Validation Solutions
for laboratory equipment and clean room facilities.
NSF CERTIFIED
YEARS OF
INDUSTRY EXPERIENCE
INDUSTRY EXPERIENCE
0
+
RESPONSE
24
/7
BETHEME CERTIFICATE
TRUSTED BY LABORATORIES ACROSS INDUSTRIES
Delivering a reliable and customer-centric services
VALUES
We take pride in our work through dedication, integrity, and professionalism.MISSION
to ensure our clients remain compliant with the latest standards by providing unparalleled services and delivering high-quality, reliable data. We are dedicated to supporting our clients through comprehensive training programs, keeping them informed about the evolving trends in laboratory certification and testing.VISION
To become the leading authority in the testing and certification of laboratory equipment and healthcare facilities across the Middle East.OUR SERVICES
How we can serve you
SERVICE LIST
- Biological Safety Cabinet Certification
- Laminar Flow Cabinet Certification
- Fume Hood Certification
- Negative/Positive Isolators Certifications
- Clean Room Certification
- Active and Passive Air Sampling
- Environmental Monitoring
- Repair and Maintenance of Dental equipment
- Repair and Maintenance of General laboratory equipment
- Robotic In-Vitro Automation (RIVA) Validation
LABORATORY EQUIPMENT VALIDATION AND MAINTENANCE
Our validation services ensure accuracy and precision in compliance with international standards, guaranteeing safety and maintaining equipment operation stability according to manufacturers’ specifications.
Our maintenance services provide routine and preventive care to extend the lifespan of equipment and prevent unexpected downtimes. We offer a 24/7 customer service response to address equipment malfunctions and minimize operational disruptions.
CLEAN ENVIRONMENT VALIDATION
Our comprehensive validation includes tests and evaluations to confirm that the clean room facilities, including their design, construction, and operational procedures, adhere to regulatory requirements and industry best practices. Through meticulous testing and monitoring, clean room validation guarantees that these critical environments consistently maintain the necessary levels of cleanliness, temperature, humidity, and air quality to safeguard product integrity, process reliability, and personnel safety.
ACCURATE & PRECISE
Validation & PPM
BIOLOGICAL SAFETY
CABINET TESTS
CABINET TESTS
LAMINAR FLOW
CABINET TESTS
CABINET TESTS
FUMEHOOD
CABINET TESTS
CABINET TESTS
COMPOUNDING
FACILITY TESTS
FACILITY TESTS
GENERAL LAB
EQUIPMENT PPM
EQUIPMENT PPM
BIOLOGICAL SAFETY
CABINET TESTS
CABINET TESTS
- Inflow Velocity: Measurement of the air speed entering the BSC to ensure proper containment and prevent contamination from escaping.
- Downflow Velocity: Assessment of the air speed directed downward within the BSC to maintain sterile conditions and protect samples.
- Downflow Uniformity: Evaluation of the consistency of downward airflow within the BSC to ensure even air distribution and optimal protection.
- Filter Leak: Detection and analysis of leaks in the BSC’s HEPA filters to ensure no contaminants bypass the filtration system.
- Smoke Pattern: Visual inspection using smoke to observe and verify airflow patterns within the BSC, ensuring proper containment and laminar flow.
- Site Installation Assessment: Comprehensive evaluation of the BSC installation site to verify that the cabinet is set up correctly and operates according to standards.
- Light Intensity: Measurement of the lighting within the BSC to ensure adequate visibility for safe and effective work conditions.
- Noise Level: Assessment of the sound levels generated by the BSC to ensure they are within acceptable limits for a safe and comfortable working environment.
LAMINAR FLOW
CABINET TESTS
CABINET TESTS
- Particle Count: Measurement of the number of airborne particles within the LFC to ensure the air quality meets cleanliness standards.
- Downflow Velocity: Assessment of the air speed directed downward within the LFC to maintain a sterile environment and protect samples.
- Filter Leak: Detection and analysis of leaks in the LFC’s HEPA filters to ensure that no contaminants bypass the filtration system.
- Smoke Pattern: Visual inspection using smoke to observe and verify airflow patterns within the LFC, ensuring proper laminar flow and contamination control.
- Light Intensity: Measurement of the lighting within the LFC to ensure sufficient illumination for safe and effective work conditions.
- Noise Level: Assessment of the sound levels generated by the LFC to ensure they are within acceptable limits for a safe and comfortable working environment.
FUMEHOOD
CABINET TESTS
CABINET TESTS
- Face Velocity: Measurement of the air speed at the fume hood’s face opening to ensure proper containment and protection of the user from hazardous fumes.
- Smoke Pattern: Visual inspection using smoke to observe and verify airflow patterns within the fume hood, ensuring effective containment and exhaust of hazardous fumes.
- Site Installation Assessment: Comprehensive evaluation of the fume hood installation site to verify that the hood is set up correctly and operates according to safety and performance standards.
- Light Intensity: Measurement of the lighting within the fume hood to ensure adequate illumination for safe and effective work conditions.
- Noise Level: Assessment of the sound levels generated by the fume hood to ensure they are within acceptable limits for a safe and comfortable working environment.
COMPOUNDING
FACILITY TESTS
FACILITY TESTS
CLEANROOM & STERILE COMPOUNDING FACILITY TESTS
- Particle Count: Measurement of the number of airborne particles to ensure the air quality meets stringent cleanliness standards for sterile environments.
- Downflow Velocity: Assessment of the air speed directed downward to maintain a sterile environment and prevent contamination.
- Downflow Uniformity: Evaluation of the consistency of downward airflow to ensure even air distribution and optimal protection within the cleanroom.
- Filter Leak: Detection and analysis of leaks in HEPA filters to ensure no contaminants bypass the filtration system, maintaining a sterile environment.
- Air Exchange: Measurement of the rate at which air is replaced within the cleanroom to ensure proper ventilation and contamination control.
- Differential Pressure: Monitoring of pressure differences between adjacent areas to ensure proper airflow direction and containment of contaminants.
- Smoke Pattern: Visual inspection using smoke to observe and verify airflow patterns, ensuring effective contamination control and proper air movement.
- Air Sampling: Collection and analysis of air samples to detect microbial contamination and ensure compliance with cleanliness standards.
- Light Intensity: Measurement of the lighting within the cleanroom to ensure sufficient illumination for safe and precise work conditions.
- Noise Level: Assessment of the sound levels within the cleanroom to ensure they are within acceptable limits for a safe and comfortable working environment.
GENERAL LAB
EQUIPMENT PPM
EQUIPMENT PPM
- Primary Engineering Controls: Inspection, calibration, and maintenance of equipment like laminar flow hoods and biosafety cabinets to ensure they operate correctly and provide a safe, contaminant-free environment.
- Microscopes: Cleaning, alignment, and calibration of microscopes to ensure accurate magnification and clear imaging for laboratory analyses.
- RPM Instruments: Maintenance and calibration of instruments that measure rotational speeds, such as centrifuges and stirrers, to ensure precise operation and reliable results.
- Thermal Cyclers: Servicing and calibration of thermal cyclers (PCR machines) to ensure accurate temperature control and reliable amplification of DNA.
- Climatic Chambers: Inspection and maintenance of climatic chambers to ensure consistent and accurate environmental conditions, such as temperature and humidity, for controlled testing and storage.
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