PURICUBE NEO
Class ll type A2 biological safety cabinet that protects the user and lab environment from the biohazard factor and prevents cross contamination of various samples used in experiments.


[1] Suitable for laboratories requiring higher levels of safety grade 2
-Intake air and working chamber air are drawn to the underplenum of the worktop bench ensuring user safety in assured.
-70% recirculated air is filtered with the HEPA filter, ensuring product safety is assured.
-30% exhausting air is emitted through the HEPA filter, which complies with the environmental safety requirements of the laboratory.

[2] Equipment that enables safe UV sterilizer
-UV sterilization will effect micro organisms at the surface of work table.
-While UV light is on, front reinforcement glass door protects the user by blocking UV rays.
-Automatically turns off UV light when opening the door or turning on the fluoresent lamp.

[3] Checking the life and performance of filters through a differential pressure gauge
-Measure the pressure of the bottom HEPA filter to check the performance and lifespan of
the filter in real time, allowing more safe and efective testing.

[4] Front-side 10 degree tilting design for user’s convenience
-Ergonomic 10degrees tilting design allows users to make a convenient posture during experiment,
which enables user’s neck, shoulders and back comfortable despite long work with the cabinet.
Also user’s eyes can be protected from the reflection of light to the glass surface by this tilting design.

[5] Strengthen sample and user safety
-Protect specimen and user’s safety by inflow and downflow control.
-Internal air pressure is maintained with negative pressure compared to the outside, preventing
the contaminated air from escaping through the gaps.

[6] High performance motor to maintain the set airflow velocity
-Regardless of filter loads, airflow velocity can be maintained at the set value through the high performance motor

[7] Easy and quick maintenance due to short filter replacement time
-The filters can be replaced in any direction in front or upper of the cabinet, minimizing the time required for maintenance to be maintained regardless of the installation conditions.

[8] Strengthen validation support using higher performance filters
-HEPA filter that enables to remove 99.995% of particles that have a size greater than or equal to 0.3㎛
-Optional ULPA filter that enables to remove 99.9995% of particles that have a size greater than or equal to 0.12㎛

PURICUBE PRIME
Biological safety cabinet Class II airflow ratio is 70% recirculation and 30% exhaustion, providing protection to persons, samples, and the environment from biological hazards and contamination.
PURICUBE PRIME is EN12469 certified by TÜV NORD in Germany.


MAIN FEATURE
[1] Engineered for Excellence, Built for Safety
This innovative EN12469-certified biological safety cabinet is designed to allow the users concentrate fully on their experiments, free from safety concerns. With its globally standardized safety features, it proactively eliminates even the subtlest, unnoticed risks, ensuring unmatched protection and peace of mind.
[2] Real Time – Smart Balancing Flow System
Real-time smart airflow velocity balancing is achieved through the dual positive pressure chamber (Patent Application No. 10-2517048) and dual sensor/blower system.
This system protects both users and samples by ensuring the main airflow and inflow remain at a constant speed, while accurately and immediately detecting any changes in airflow velocity. Additionally, it automatically maintains the airflow velocity setting by supplementing the loading conditions of the HEPA filter according to the usage time, providing a safe environment identical to the initial state for a long time.
[3] Ensuring Clean Air through Qualified Filters
The standard HEPA filter of PURICUBE PRIME meets the EN1822 standard.
It uses a highly reliable filter, accompanied by an individual report for leak testing.
[4] EASY-RUN Mode
It can be switched between normal and minimum airflow velocity by simply opening and closing the door, without the need to press any buttons during operation. This allows for efficient work resumption throughout the day, without the need to reset the BSC.
[5] Blocking Unpredictable Risks
When a power outage occurs and the power is cut off, the device loses power, making it difficult to form airflow, and thus cannot perform the role of Biocontainment.
In the event of a power outage, the notification alarm system can be used to recognize danger and enable preemptive evacuation.