At LabiFix, we design and manufacture every RF shield box, RF shielded enclosure, and Faraday cage with industry-leading best practices built in ensuring our customers achieve superior shielding effectiveness (>85–100 dB typical across wide frequency ranges) and reliable, repeatable test results for 5G, Wi-Fi 6E/7, MIMO, OTA, mmWave, Bluetooth, IoT, and EMI/EMC applications.
Precision-driven installation of RF and EMC chambers, engineered for accuracy, safety, and long-term performance. Our team manages the complete lifecycle—from planning to final validation.
End-to-end relocation of RF chambers without compromising shielding integrity or performance. We ensure minimal downtime and reliable reassembly at the new site.
Proactive maintenance programs designed to extend chamber life, maintain compliance, and prevent unexpected performance degradation.
Future-proof your existing chamber to meet evolving wireless standards without the cost of full replacement.
Independent verification of chamber performance to ensure reliable RF isolation and regulatory compliance.
Targeted solutions to identify, analyse, and reduce RF interference impacting test accuracy and repeatability.
LabiFix enclosures use rugged welded steel or aluminum with precision conductive gaskets, delivering seamless shielding and long-term durability far superior to bolted designs. This construction maintains consistent performance even in demanding production and R&D environments.
Every LabiFix RF shield box features high-performance RF absorber lining as standard, significantly reducing internal reflections and multipath effects. This ensures accurate measurements in OTA, MIMO, and throughput testing—critical for simulating real-world conditions.
Every LabiFix RF shield box features high-performance RF absorber lining as standard, significantly reducing internal reflections and multipath effects. This ensures accurate measurements in OTA, MIMO, and throughput testing—critical for simulating real-world conditions.
We minimize gaps with precision-engineered lids, doors, and RF-fitted gasket systems. All penetrations use waveguide-below-cutoff principles or shielded vents, preventing leakage even at higher frequencies.
LabiFix provides interchangeable, EMI-filtered connectors (USB 2.0/3.0, Ethernet up to multi-gig, RF ports, fiber optics, waveguides, AC/DC power lines) to maintain isolation while enabling seamless device connectivity. Custom I/O panels are configured to your exact test requirements—no compromise on shielding.
LabiFix provides interchangeable, EMI-filtered connectors (USB 2.0/3.0, Ethernet up to multi-gig, RF ports, fiber optics, waveguides, AC/DC power lines) to maintain isolation while enabling seamless device connectivity. Custom I/O panels are configured to your exact test requirements—no compromise on shielding.
Our enclosures are engineered for modern wireless standards, delivering >90 dB typical up to 6–12 GHz in standard models, with custom configurations available for mmWave and higher bands. This future-proofs your investment for Wi-Fi 7, 5G FR2, and beyond.
Every LabiFix shield box undergoes thorough shielding effectiveness verification before shipment. We provide performance data and support third-party validation, giving you confidence in real-world results.
From manual and pneumatic operation to easy-access designs and durable components, LabiFix enclosures are built for daily use without degrading shielding performance over time.
From manual and pneumatic operation to easy-access designs and durable components, LabiFix enclosures are built for daily use without degrading shielding performance over time.
When you choose LabiFix, you’re not just getting an RF shield box you’re getting a solution engineered to the highest shielding standards, fully customized to your application, and backed by expert consultation from our teams in India and the UK.
