Single unit
- Compact controller design
- Easy calibration
- 10 year warranty against glass breakage
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The Tokai Hit TPiE-SGX Mini Glass Heater for Slides is a microscope stage thermocontrol system designed to provide consistent and precise temperature regulation of samples during microscopic observation. With its compact controller, the system is tailored for space efficiency, making it suitable for use in clean benches. The device features a user-friendly calibration process, allowing for simple adjustments using just a fingertip, facilitating easier adaptation to various environments. -
The Tokai Hit Heated Plates designed for inverted microscopes utilize an Indium Tin Oxide (ITO) coating, which ensures consistent heating across the entire glass surface. These plates are equipped with a surface sensor, guaranteeing precise temperature measurements with utmost accuracy. The heated plates are compatible with various inverted microscope brands, providing support for a wide range of models available in the market. The plates are offer both metal and glass heating to cater to different preferences and requirements. Moreover, the glass used in the heated plates is chemically strengthened and further safeguarded by a sturdy aluminum frame, ensuring durability and protection. This Tabletop is designed with a sliding glass plate adaptor, and 2 Glass plates: one can be heated, and one can be kept at room temperature. Sliding the plate would allow switching from a warmed area to a non-warmed area on top of the microscope lightsource and objective.Single unit
- 0.5 mm thick, scratch-resistant, break-resistant glass
- 10 years warranty against glass damage
- aluminum frame for increased rigidity
- Available in Glass Heated options
- All stereo microscope types and ranges
- Heating controller included
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This Tokai Hit device is a versatile heated flat metal plate designed to convert any surface, such as a table top or cabinet work area, into a temperature-controlled environment. Available in several sizes, including medium (282x232 mm) and large (482x282 mm), it provides flexibility to suit various workspace requirements. The plate operates in conjunction with either the controller, enabling precise temperature control for optimal sample conditions. This tool is an ideal solution for laboratories seeking to create consistent, controlled temperature zones on existing work surfaces.Single unit
- Plate calibration can be performed in the lab by the operator
- Temperature range: ambient to 45°C
- Temperature sensor accuracy: ±0.1°C
- Temperature accuracy on specimen: ±0.3°C, after self calibration, if room temperature remains within ±1°C
- Controller included
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The Tokai Hit Heated Plates designed for inverted microscopes utilize an Indium Tin Oxide (ITO) coating, which ensures consistent heating across the entire glass surface. These plates are equipped with a surface sensor, guaranteeing precise temperature measurements with utmost accuracy. The heated plates are compatible with various inverted microscope brands, providing support for a wide range of models available in the market. The plates are offer both metal and glass heating to cater to different preferences and requirements. The glass used in the heated plates is chemically strengthened and further safeguarded by a sturdy aluminum frame, ensuring durability and protection.Single unit
- 1.5 mm thick, scratch-resistant, break-resistant glass
- 10 years warranty against glass damage
- Aluminum frame for increased rigidity
- All stereo microscope types and ranges
- Heating controller included
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The Tokai Hit Heated Plates designed for stereo microscopes utilize an Indium Tin Oxide (ITO) coating, which ensures consistent heating across the entire glass surface. These plates are equipped with a surface sensor, guaranteeing precise temperature measurements with utmost accuracy. The heated plates are compatible with various stereo microscope brands, providing support for a wide range of models available in the market. The plates are offer both metal and glass heating to cater to different preferences and requirements. The glass used in the heated plates is chemically strengthened and further safeguarded by a sturdy aluminum frame, ensuring durability and protection.Single unit
- 1mm thick, scratch-resistant glass
- 10 year warranty against glass damage
- aluminum frame for increased rigidity
- Available in Metal heated and Glass Heated options
- All microscope types and rages
- Heating controller included
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The Tokai Hit Heated Plates designed for inverted microscopes utilize an Indium Tin Oxide (ITO) coating, which ensures consistent heating across the entire glass surface. These plates are equipped with a surface sensor, guaranteeing precise temperature measurements with utmost accuracy. The heated plates are compatible with various inverted microscope brands, providing support for a wide range of models available in the market. The plates are offer both metal and glass heating to cater to different preferences and requirements. The glass used in the heated plates is chemically strengthened and further safeguarded by a sturdy aluminum frame, ensuring durability and protection.Single unit
- 0.5 mm thick, scratch-resistant, break-resistant glass
- 10 year warranty against glass damage
- Aluminum frame for increased rigidity
- Available in Metal heated and Glass Heated options
- All microscope types and rages
- Heating controller included
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The Planer DATAssure™ system is a robust wireless monitoring solution, invaluable in any laboratory setting where temperature-sensitive material is stored. DATAssure™ directly interfaces with an existing business IT network, removing the necessity for dedicated hardware or specialized software. The base station showcases data on its color touch screen or via a standard web browser, ensuring versatile and easy accessibility. The user-friendly web-based interface supports viewing data on multiple devices including PCs, tablets, and mobile phones. This multi-device compatibility offers real-time monitoring flexibility. A standard DATAssure™ system comprises a base station and wireless sensors, with optional wireless signal repeaters for extended coverage. These components form a secure communication network, capable of long-range connectivity in complex structures through the use of mesh networks. Each sensor continually monitors and transmits readings to the base station, which then evaluates the data against user-defined parameters, generating alarm notifications when needed. All collected data is securely stored in a tamperproof format, ready for subsequent review and report generation.- Network Integration: The base station can function as a standalone device or be integrated into a local area network, providing worldwide remote access via a web-interface.
- Sensor Management: Manages up to 120 wireless and wired sensors, accommodating a broad range of data inputs.
- Data Visualization: Allows recorded data to be viewed as a table or a graph on the device's display. Data can also be exported to common file formats like HTML and CSV.
- Automatic Backups: Offers optional automatic backups to local hard drives, which can be scheduled daily, weekly, or monthly. This feature eliminates the need for daily manual documentation.
- Alarm Functions: Provides alarm notifications via SMS, phone, or email when prescribed limits are exceeded or decreased, ensuring timely response to any potential issues.
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The PhaseTwo VS Series offers a variety of technologically advanced options to support efficient transportation of products which require a cryogenic environment. The shippers in this line feature lockable lids and are equipped with an In-Transit Monitoring System which enables real-time shipment tracking. PhaseTwo's shipping cases allow documentation to be stored safely and conveniently and include a fully foamed inner section to securely brace the shipper. Multi-layer installation, state-of-the-art vacuum technology, and construction from premium materials combine to ensure durability and high performance, including the industry-leading evaporation rates that PhaseTwo's products are known for. These durable aluminum shippers, developed using finite element analysis and rigorous testing, meet the IVF industry's stringent requirements for durability, reliability, and traceability.- Advanced In-Transit Monitoring System for continuous shipment tracking and enhanced security.
- Quick charging capability, enabling all models to be fully charged in less than two hours.
- Secure, fully foamed inner compartment in the shipping container for safe product placement.
- Premium multi-layer insulation and cutting-edge vacuum technology for superior performance.
- Durable aluminum shippers designed using finite element analysis for reliability and efficiency.
- Lockable lid feature for additional security during transportation.
- Engineered for optimal liquid nitrogen handling, meeting current industry requirements.
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The PhaseTwo LT21 is a state-of-the-art freezer designed for farm tanks, integrating advanced technology for efficiency and ease of use. It features a unique one-piece lockable lid that, when removed, can be positioned to allow operators to use both hands for quick access to the contents. The freezer includes a canister locating mechanism at the bottom and numbered location slots on the neck ring. Additionally, the canister handles are color-coded for straightforward product identification. The LT21 is constructed using premium multi-layer insulation and cutting-edge vacuum technology systems, ensuring optimal LN2 performance. Ergonomic cast handles enhance user comfort. The design and engineering of the LT21, involving finite element analysis and specific testing, ensure it is a durable and reliable solution for modern cryogenic farm tank requirements.Single unit
- Advanced one-piece lockable lid for easy access.
- Canister locating mechanism with color-coded, numbered handles for quick identification.
- Premium multi-layer insulation for optimal LN2 performance.
- Durable design using finite element analysis.
- Ergonomic cast handles for comfortable use.
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The PhaseTwo Liquid Withdrawal Device (LWD) is designed for efficient handling of cryogenic materials, enabling the transfer of liquid nitrogen from D25, D35, and D50 Dewars into smaller vessels. This device allows for direct refilling without the need to detach it from the Dewar, operating through pressure transfer from a low-pressure LN2 cylinder for immediate use after filling. The device features a secure connection mechanism that locks into a quick assemble/disassemble flange, complemented by a spring plunger to ensure a robust seal. The PhaseTwo Liquid Withdrawal Device streamlines the process of transferring liquid nitrogen with a capacity of 8 liters per minute at operational pressures up to 7.25 psig (0.5 bar), making it a practical tool for enhancing cryogenic operations. It is compatible with D25, D35, and D50 Dewars, providing versatility and reliability in liquid management.- Efficient Transfer Capability: Enables seamless transfer of liquid nitrogen from D25, D35, and D50 Dewars into smaller vessels at a rate of 8 liters per minute.
- Direct Refilling System: Designed for filling without removal from the Dewar, utilizing pressure transfer from a low-pressure LN2 cylinder for immediate use.
- Secure Connection Mechanism: Features a quick assemble/disassemble flange with a spring plunger that ensures a tight and reliable seal.
- Broad Compatibility: Compatible with D25, D35, and D50 Dewars, offering versatile application across different cryogenic storage systems.
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The PhaseTwo High Capacity High Efficiency (HCHE) freezer series is designed to cater to high-capacity storage needs, accommodating 20,000 to 107,000 vials. These freezers are equipped with an automated control system featuring dual level sensing and a touch screen display, which enhances product security while ensuring ease of use. The series incorporates premium multi-layer insulation and the latest vacuum technology systems for superior performance. Each HCHE freezer is constructed from durable stainless steel, engineered and rigorously tested to meet contemporary requirements. Key features include solenoid monitoring for overfill protection, a unique LN2 detection system, and the option for vapor or LN2 storage. Additionally, the freezers offer a full-height turntable with distinct sections, auto defog functionality, a stainless steel table-top, hinged lids for convenient access, foldable and lockable stainless-steel steps, and dual independent temperature probes. The HCHE series also supports remote cloud monitoring, adding an extra layer of convenience and control.Single unit
- Capacities ranging from 20,000 to 107,000 vials.
- Automated control with dual level sensing and touch screen display.
- Premium multi-layer insulation and advanced vacuum technology for high efficiency.
- Durable stainless steel construction, engineered for modern requirements.
- Features include solenoid monitoring, LN2 detection, auto defog, and remote cloud monitoring.
- Full-height turntable with marked sections for organized storage.
- Hinged lids and foldable, lockable steps for easy access.
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The PhaseTwo D Series Dewars provide efficient short-term storage for liquid nitrogen in 25 to 50-liter capacities. They feature easy-to-use Liquid Withdrawal Device compatibility, ensuring quick and secure operation. These dewars incorporate premium multi-layer insulation and advanced vacuum technology for optimal performance. Designed with durable aluminum and ergonomic handling, they are tested for reliability and tailored to modern requirements.Single unit
- Compatible with new Liquid Withdrawal Device for 25-50 liter models.
- Quick, half-turn attachment for secure Liquid Withdrawal Device connection.
- Premium multi-layer insulation ensures industry-leading liquid nitrogen performance.
- Advanced vacuum technology systems for optimal temperature maintenance.
- Durable aluminum construction, tested and tailored for modern storage needs.
- Ergonomic handle design for enhanced safety and ease of use.
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The PhaseTwo Cryogenic Rack Freezer (CRF) is designed for contemporary cryogenic storage, featuring a Low-Level and Temperature Alarm (LLTA) for consistent monitoring of temperature and liquid nitrogen levels. Larger models include an Autofill system for added convenience. The freezer's design includes a practical, one-piece lid that allows for hands-free access to samples, enhancing ease of use. Constructed with robust aluminum and utilizing advanced insulation and vacuum technology, the CRF is built for durability and efficient liquid nitrogen performance. It also aids in sample identification, with numbered canister locations and color-coded handles for straightforward organization. The CRF combines essential features and reliable construction to meet modern cryogenic storage requirements.- Low-Level Temperature Alarm: Monitors temperature and liquid nitrogen levels for enhanced security.
- Autofill System: Included in larger models for ease of maintenance.
- One-Piece Lid Design: Allows hands-free access for efficient sample handling.
- Premium Multi-Layer Insulation: Ensures optimal liquid nitrogen performance.
- Durable Aluminum Construction: Built for longevity and modern storage needs.
- Easy Sample Identification: Numbered canisters and color-coded handles for quick recognition.
- Finite Element Analysis: Ensures reliable and efficient freezer design.
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The PhaseTwo Cryogenic Canister Freezer (CCF) series merges advanced technology with functional design to meet contemporary cryogenic storage needs. Constructed with premium multi-layer insulation and the latest vacuum technology, these freezers provide industry-leading performance in static evaporation rate and hold time. In addition to being engineered for performance, PhaseTwo’s products are also designed for user convenience. The one-piece lid can be locked in position after removal, allowing an operator to use both hands during access. A designated position for the Low-Level and Temperature Alarm probe enables continuous temperature and liquid level monitoring. Numbered canisters with colour-coded handles simplify the process of identifying and locating samples. The durable aluminum construction, guided by finite element analysis, ensures reliability. PhaseTwo’s Cryogenic Canister Freezers combine ample storage capacity, low evaporation rates, and user-friendly design, making them an efficient solution for a variety of cryogenic storage applications.Single unit
- Advanced Insulation Technology: Premium multi-layer insulation for optimal LN2 performance.
- One-Piece Lockable Lid: Enhances operational efficiency with hands-free access.
- Monitoring Advantage: Integrated sensor guide for temperature and liquid level tracking.
- Durable Aluminum Construction: Engineered for longevity and modern storage requirements.
- User-Friendly Design: Numbered canisters and color-coded handles for easy identification.
- Large Storage Capacity: Designed to offer the largest capacity in its class.
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The OKOLAB Tri-Gas Mixer is a versatile and precise CO2-O2 controller, engineered for optimal control over gas concentrations and pressure. The system mixes CO2, air, and N2 to achieve desired concentrations from 0-10% for both CO2 and O2, and it can manage controlled pressure within the range of 0-2 barg (0-30 psig). An adjustable knob on the embedded pressure gauge allows users to easily regulate delivery pressure. To assure consistent composition, the Tri-Gas Mixer comes with a mixing tank that provides stability even with variable output flows. It features compatibility with any mini incubator on the market, demonstrating flexibility and adaptability to diverse lab environments. The system includes a CO2-O2-MODULE, housing the CO2 and O2 sensors, which deliver high accuracy volume concentration measurements. These sensors facilitate automatic fine-tuning of the output gas. The module is factory calibrated, with a calibration certificate included in electronic format. On-site calibration or module replacement are also options, both of which do not require the disconnection or turning off of the Tri-Gas Mixer. An added advantage of the Tri-Gas Mixer is its self-calibration procedure. This can be periodically carried out to maintain high accuracy, using a connected calibration gas that closely matches standard working condition concentrations. This procedure can also be manually initiated if needed, and does not interrupt the delivery of gas to connected incubators. Two configurations of the Tri-Gas Mixer are available, offering maximum output flow rates of 1.5 L/min and 15 L/min.- Automatic switch to backup cylinder upon alarm
- On board memory for data logging
- Auto calibration with an external calibration gas
- Contact closure alarm
- Auto diagnostic procedure
- VOC-IN-BYPASS (optional) : VOC filter's holder with bypass panel to saturate newly installed filters with CO2 before using them with the tri-gas mixture
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The OKOLAB Leo is a comprehensive, handheld meter designed for IVF applications. This device is capable of assessing key environmental parameters such as CO2-O2 gas composition, temperature, relative humidity, and gas flow. It accomplishes this by using multiple sensor modules, ensuring accurate measurements within high-top and bench-top incubators. Leo can execute both single point measurements as well as extended time logging, storing all data in its local memory, providing versatile and thorough monitoring for all your IVF application needs. At the core of Leo's functionality is the standard-included CO2-O2 module. This module is embedded into the device and can be conveniently extracted and sent back to Okolab for recalibration, maintaining the integrity and precision of measurements. Leo offers an impressive storage capacity, with the ability to save and organize data from up to 40 different devices. This stored data, categorized by both date and device, can be accessed directly on Leo's clear and easy-to-read screen. In addition to immediate access, the device enables data downloading via a micro USB port. This data can be further examined and analyzed using the complimentary LEO DATA IMPORT Excel Macro, streamlining the interpretation of measurement results.Single unit
- Included CO2-O2-MODULE
- User-friendly touch screen interface
- Compatible with any incubator on the market
- Diffusion or Aspiration gas sampling modes
- Sampling tube and de-humidification kit included
- Long term logging and single point measurement
- USB OTG for data downloading to a USB flash drive
- Two external sensor connections to connect up to two optional sensor modules at the same time
- Software Update is available online so that LEO always has the latest software version
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The OKOLAB H401-T-PAD is a versatile heated flat metal plate designed to convert any surface, such as a table top or cabinet work area, into a temperature-controlled environment. Available in three sizes - small (174x234 mm), medium (297x210 mm, A4 size), and large (420x300 mm, A3 size) - it provides flexibility to suit various workspace requirements. The H401-T-PAD operates in conjunction with either the H401-T-CONTROLLER or the H401-T-PENNY, enabling precise temperature control for optimal sample conditions. This tool is an ideal solution for laboratories seeking to create consistent, controlled temperature zones on existing work surfaces.Single unit
- Plate calibration can be performed in the lab by the operator
- Temperature range: 27 to 45°C
- Temperature sensor accuracy: ±0.1°C
- Temperature accuracy on specimen: ±0.3°C, after self calibration, if room temperature remains within ±1°C
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The Okolab Heated Glass Table is a versatile heating solution. Its adjustable design ensures compatibility with a variety of microscopes. The table provides a flat and transparent surface with precise temperature controls. The temperature can be regulated from ambient levels up to 60°C. Please note, the heated glass table requires an OKOLAB Heating Controller for operation.Single unit
- 2.0 mm thick, scratch-resistant, break-resistant glass
- 10 years warranty against glass damage
- aluminum frame for increased rigidity
- All stereo microscope types and ranges
- OKOLAB Heating controller required
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The OKOLAB Heated Plate designed for stereo microscopes utilizes an Indium Tin Oxide (ITO) coating, which ensures consistent heating across the entire glass surface. These plates are equipped with a surface sensor, guaranteeing accurate and precise temperature measurements. The heated plates are compatible with various stereo microscope brands, supporting a wide range of models available in the market. The plates are offer both metal and glass heating to cater to different preferences and requirements. The glass used in the heated plates is chemically strengthened and further safeguarded by a sturdy aluminum frame, ensuring durability and protection.Single unit
- 1mm thick, scratch-resistant glass
- aluminum frame for increased rigidity
- Available in Metal heated and Glass Heated options
- All microscope types and rages
- Requires heating controller
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The OKOLAB Heated Plate designed for inverted microscopes utilizes an Indium Tin Oxide (ITO) coating, which ensures consistent heating across the entire glass surface. These plates are also equipped with a surface sensor, guaranteeing precise and accurate temperature measurements. The heated plates are compatible with various inverted microscope brands, providing support for a wide range of models available in the market. The plates are offer both metal and glass heating to cater to different preferences and requirements. The DragonTail glass used in the heated plates is chemically strengthened and further safeguarded by a sturdy aluminum frame, ensuring durability and protection.Single unit
- 0.5 mm thick, scratch-resistant, break-resistant glass
- DragonTail Glass 10 years warranty against damage
- aluminum frame for increased rigidity
- Available in Metal heated and Glass Heated options
- All microscope types and rages
- Requires heating controller
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The OKOLAB H401-T-CONTROLLER is a 2-channel temperature controller equipped with a 4.3'' touch screen interface. It can independently control up to two H401 heating devices simultaneously, allowing for increased lab efficiency. The controller includes an external temperature sensor and self-calibration routines, facilitating precise calibration and ensuring the highest accuracy of sample temperature. The controller also features built-in data logging capabilities, enabling temperature recording over time, along with logging calibration events and alarms. The data can be easily downloaded to USB drives for further analysis. For enhanced security, the controller is equipped with password-protected routines for re-calibrating sensors against certified thermometers. The H401-T-PENNY is a compact single-channel temperature controller. Compatible with all OKOLAB single-channel metal and glass heated plates and heated objective collars, it blends performance with simplicity and affordability without compromising on quality or functionality.Single unit
H401 T-Controller:- Dual Channel: one controller can control independently up to two devices
- Self calibration routines allow to improve temperature accuracy
- External T - sensor (included)
- On-board Data logging and download routines to USB drive
- On-board logging of calibration and alarm events
- Alarm buzzer and External Alarm Connector
- Password protected procedure for periodic calibration against certified thermometer
- One-Point Temperature Calibration and Adjustment
- Performance and simplicity at an affordable price
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The Novaerus Protect 900 (NV900) is a dynamic air disinfection and odour control system designed for medium indoor spaces. Utilizing the patented NanoStrike technology, it employs an atmospheric plasma discharge, similar to lightning strikes, to kill and deactivate harmful airborne microorganisms at the DNA level, impeding the spread of viruses and inhibiting the reproduction of bacteria and fungal spores. This 2-speed fan unit can be wall-mounted or placed on a stand, offering flexibility in placement. The NV900 is designed for continuous operation, and can be conveniently plugged into any outlet. Independent laboratory tests have proven NanoStrike's effectiveness against a broad range of airborne pathogens, including the smallest viruses, bacteria, mould spores, and VOCs. Moreover, this technology is adept at neutralizing volatile organic compounds (VOCs) and reducing particulates like mould spores, dust mites, pollen, and dander. This ultra-low energy system provides a robust and maintenance-free solution for air disinfection needs.Single unit
- Utilizes patented NanoStrike technology to disintegrate airborne viruses and pathogens.
- Efficient in neutralizing VOCs and reducing particulates such as mould spores, dust mites, pollen, and dander.
- Designed for continuous air disinfection and odor control in medium indoor spaces.
- Flexible installation options - can be wall-mounted or placed on a stand.
- 2-speed fan for adjustable airflow and purification.
- Independently tested and proven effective against a broad spectrum of airborne pathogens.
- Easy to use with simple plug-and-play functionality.
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The Novaerus Protect 200 is a compact air filtration system designed for continuous air disinfection and odour control in small indoor spaces. It utilizes patented filter-free ultra-low energy plasma technology, which destroys contaminants at the DNA level, to ensure the air in your space remains clean and healthy. Equipped with a single-speed fan, the device draws in contaminated air, neutralizes it with an internal plasma coil, and returns it to the room free from contaminants. The system can either be wall-mounted or placed on any surface, offering flexible installation options, and it conveniently plugs into any outlet.Single unit
- Utilizes patented NanoStrike technology to disintegrate airborne viruses and pathogens.
- Proven 99.99% effectiveness against MS2 bacteriophage, a surrogate for SARS-CoV-2.
- Independently tested in U.S. labs with proven effectiveness against viruses such as SARS-CoV-2, Influenza, and Measles, as well as bacteria like Tuberculosis.
- Requires no maintenance, cleaning, or replacement components, providing a hassle-free ownership experience.
- Designed with gills on all sides for efficient air intake and purification, with the lower vents channeling purified air back into the room.
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The Novaerus Defend 400 is a portable, recirculating air cleaning system designed for continuous 24/7 use in healthcare and other high-risk environments. This FDA-cleared Class II Medical Device is engineered to inactivate airborne pathogens and purify indoor air, making it an essential tool in settings where infection control is critical. At the heart of the Defend 400 is WellAir’s patented NanoStrike™ technology, which provides a multi-stage inactivation process. NanoStrike technology works by rapidly inactivating airborne microorganisms at the DNA level, preventing them from causing infection. The NanoStrike coils create a powerful burst that perforates pathogen cell walls, leading to their destruction through a combination of osmotic pressure and electroporation by electromagnetic fields. This process ensures that the pathogens are no longer viable, offering reliable protection against a wide range of airborne threats. The Defend 400 combines NanoStrike technology with a triple-stage filtration system from Camfil®. This system includes a pre-filter for capturing large particles, a HEPA H13 filter for trapping bacterial debris and fine particles as small as 0.12 microns, and a carbon/molecular filter for neutralizing volatile organic compounds (VOCs), gases, and odors. Together, these components create a comprehensive air disinfection and purification process that is both effective and efficient. Designed for use in medium to small-sized rooms, the Defend 400 is ideal for environments such as operating rooms, outpatient surgery centers, ICUs, dental practices, and other areas where the risk of airborne infection is high. With its portable, plug-and-play design, the Defend 400 can be easily moved to different locations as needed, providing consistent and reliable air quality wherever it is deployed. This device represents a key line of defense against airborne pathogens, ensuring safer indoor environments for both patients and healthcare providers.Single unit
- NanoStrike™ Technology: Rapidly inactivates airborne pathogens at the DNA level using a multi-stage inactivation process, ensuring pathogens are no longer viable.
- Triple-Stage Filtration System: Combines a pre-filter, HEPA H13 filter, and carbon/molecular filter to capture particles as small as 0.12 microns, neutralize VOCs, and remove odors.
- Portable and Easy to Use: Designed for plug-and-play operation with no installation required, the Defend 400 can be easily moved to different locations as needed.
- 24/7 Continuous Protection: Suitable for around-the-clock operation in healthcare and high-risk environments, providing consistent air disinfection and purification.
- FDA Cleared Class II Medical Device: Certified for medical use, offering reliable air cleaning in settings where infection control is critical, such as ICUs, operating rooms, and dental practices.