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Toutes les boîte de blindage rf portable lbx1000 LabiFix intègrent :
BOÎTE DE BLINDAGE RF PORTABLE LBX1000 Catalogue de Produits
LBX-SB200 RF CHAMBER
This advanced RF shielded enclosure is designed to support high-volume wireless testing while maintaining consistent test conditions. Its controlled chamber reduces ambient interference and helps contain device emissions, minimizing false failures caused by unpredictable RF surroundings. Filtered power and data interfaces maintain essential connectivity, while cooling and honeycomb ventilation support continuous operation. Suitable for smartphones, wearables, IoT, Wi-Fi, Bluetooth, cellular, and automotive devices, the enclosure helps manufacturers improve repeatability, throughput, troubleshooting efficiency, and overall confidence in production measurements. It helps engineers create controlled, repeatable RF testing environments for accurate measurements, product development, laboratory workflows, and repeatable results.
LBX1000 MINI RF ISOLATION CHAMBER
The LBX1000 RF Shield Box is a compact cabinet designed to accommodate testing of small or medium devices under test. The RF enclosure is constructed with high grade Enclosure and high grade RF Absorber materials, which help achieve better shielding effeteness >90dB. It comes equipped with multiple power options, ranging from AC and DC Power lines. Most importantly, LBX1000 RF Shield box comes with a high performance RF absorber lining that helps reduce noise by damping internally generated interference, enhancing signal-to-noise ratio and improving data integrity for improved stability throughout your test results
LBX4600 IOT DEVICE TESTING ENCLOSURE
LBX4600 is ideal for engineering teams seeking reliable RF isolation without commitment to a specific test setup. Its design can combine Fully Customizable Shielded Enclosures and High-performance Shielded Air Vents for proper airflow, allowing engineers to balance shielding, connectivity, and access without confining the DUT to a predetermined arrangement. It is ideal for controlled RF validation, development, and production testing processes where consistency is crucial. The LBX4600, as an RF test enclosure, can be arranged according to the DUT and its required testing approach.
LBX5700 5G OTA CHAMBER
LBX5700 RF Shield box designed specifically for Cellular and IoT Devices Testing, It’s perfect for anyone looking to test their device without having to worry about interference or other environmental factors. Provides high shielding >90dB against all types of EMI /RFI, especially for modern wireless communication technologies such as 3G, 4G, 5G LTE, Wi-Fi 802.11 - all series, Wi-Max and Bluetooth etc. The product can be fully customized to your specific requirements by designing the I/O connections with any number of interchangeable plug-in RF modules. Feel free to contact us for more details and we will be happy to provide you with a tailor-made testing solution that best suits your testing requirements.
LBX5750 RECEIVER SENSITIVITY VALIDATION RF SHIELD BOX
LBX5750 rf enclosure for rf electronics enables accurate measurements without interference from external sources. RF shielding test cases can be used for a variety of test applications such as product development, manufacturing and quality assurance. Maximum shielding efficiency against all types of EMI/RFI and noise, especially those emitted by modern wireless communication technologies such as Bluetooth, Zigbee, Wi-Fi, Cellular, IOT and R&D. A robust welded construction makes this RF shielding box particularly durable and reliable. Excellent shielding effect against RF interference with filtered AC power line and Data filters.
LBX6000 THROUGHPUT TESTING
LBX6000 RF Shielded Enclosure is Designed and Developed for WLAN, Wireless device testing this rf enclosure is perfect for a variety of test applications, including product development, manufacturing, and quality assurance. With its maximum shielding efficiency against all types of EMI/RFI and noise, you can be confident that your measurements will be free from interference from external sources. Additionally, features filtered AC power line and data filters for even greater shielding against RF interference. Plus, its robust welded construction makes it exceptionally durable and reliable
LBX6150 BLUETOOTH SHIELDING BOX
LBX6150 RF shielding box for WLAN and Wireless Device Testing up to 12 GHz. The interior lining is lined with high-performance rf absorbing foam designed to deaden standing waves in the system and provide better isolation. In addition to blocking all wireless signals, it is equipped with shielded power filters to connect power to the box. A durable welded Enclosure enclosure is complemented by an EMI filter on the data ports. The excellent design makes its structure strong and the precision processing provides better isolation for your device under test and can be customized to your specific requirements by designing the I/O connections with any number of interchangeable plug-in RF modules.
LBX2008 WLAN TESTING ENCLOSURE
LabiFix’s LBX2008 RF shielding box is a rack-mounted shielded box with superior isolation >90dB. It is medium in size, making it easy to be mounted on the Rack. Excellent design makes its structure strong and precision processing provides better Isolation for device under Test (DUT). The LBX2008 RF shield Box can be used as a test instruments and integrated on a test rack to form a complete test environment. If you want a clean and flexible test environment, Labifix is your ideal choice.
LBX2100 LIGHTWEIGHT RF ISOLATION BOX
The LBX2100 is a front-loading Rack Mount shield box that gives you shielding across a wide range of frequencies. It's built to handle different testing needs, and you can customize the I/O connectors, EMI filters, and power line filters to match your specific setup. So whether you're doing R&D, development, or production testing, it adapts to what you need.Labifix also offers a full range of custom RF enclosures, designed to help engineers hit their testing goals—no matter the wireless device or the environment.
LBX3700 DOWN OPENING RF SHIELDING ENCLOSURE
Our LBX3700 Table Top RF Shielded Test Enclosure is an ideal choice for communication testing. This shielded cabinet provides high shielding against RF interference, even in sensitive RF environments. To meet your specific needs, you can choose from a variety of design variations. A shielded enclosure has a large interior space, allowing larger devices to be tested whilst maintaining a high level of shielding effectiveness. Enabling engineers to analyze and achieve various wireless device testing objectives in the R&D, Development and production environment. Customized sizes and configurations are available to accommodate various testing requirements, which indeed effectively shield against unwanted RF interference
LBX4015 RACK MOUNTABLE TEST BOX
The LabiFix LBX4015 delivers reliable RF isolation in a compact rack-mountable housing designed for space-constrained testing environments. Ideal for evaluating compact wireless transceivers and electronic modules, this enclosure features high-grade RF gaskets and custom I/O options to support rigorous product validation.
LBX4500 OPEN RAN TESTING CHAMBER
The LBX4500 RF Shielded Test Enclosure supports wireless communication technologies such as 3G, 4G, 5G LTE and Wi-Fi 802.11a/b/g/n/ac/n MIMO. Also, it can be completely customizable, allowing users to choose from a wide range of I/O connectors and enclosures, as well as an array of options for power and data ports. The RF shielded enclosure is constructed with superior Enclosure and High Grade RF Absorber materials helps dampen signals inside the RF chamber and can be customized for various requirements. The interior space inside the unit allows for larger devices to be tested while still providing high shielding effectiveness of >100dB.
LBX5350 WIRELESS DEVICE TEST CHAMBER
This LBX5350 RF Shielded cabinet, locked inside a heavy-duty steel shell, is your impenetrable quarantine zone for your wireless signals. It keeps interference outside and locks emissions inside. It incorporates silent cooling fans and dedicated honeycomb vents with high-end RF absorbing foam to ensure a rock solid, reflection-free. Whether you’re screening 5G and Wi-Fi gear, stress-testing rugged automotive systems, or running pre-compliance checks on market wearables, it handles the work. It is supported by modular and fully customizable I/O connector plates for power, USB and SMA feeds. It easily converts from everyday R&D bench work to demanding, high-volume production lines.
LBX7100 5G MMWAVE TEST ENCLOSURE
LBX7100 RF Shielded Test Enclosure is the perfect solution to your EMI, RFI and communication testing requirements. This shielded cabinet provides high EMC/RFI shielding against RF interferences, even in sensitive RF environments, allowing you to complete your wireless device testing in an industry relevant environment. Choose from the endless possibilities of design variations to suit your specific needs. The interior space of shielded enclosure allows for larger devices to be tested while still providing high shielding effectiveness. Enabling engineers to analyze and achieve various wireless device testing objectives in the R&D, Development and production environment. They can be customized to any sizes and configurations to accommodate various testing requirements which indeed effectively shield against unwanted RF interference.
LBX7540 RF TESTING MOBILE PHONE SHIELD ENCLOSURE
LBX7540 RF shielded test enclosure provides a practical environment for wireless product development and production validation. Its shielding structure helps reduce external EMI/RFI and contains unwanted RF emissions, supporting more reliable measurements. Engineers can configure RF connectors, filtered power, data interfaces, ventilation, and absorber materials around the DUT and testing method. The flexible architecture makes it suitable for 5G, Wi-Fi, Bluetooth, IoT, automotive, industrial, aerospace, and defense applications where repeatability and controlled RF conditions are essential. It helps engineers create controlled, repeatable RF testing environments for accurate measurements, product development, characterization, laboratory workflows, and repeatable results.