The Systron Power Shield is a reliable surge protection device designed to safeguard electrical equipment from voltage spikes, fluctuations, and transient surges, ensuring power safety, system stability, and longer equipment life.
The Systron PowerShield® is a patented magnetic field shielding system designed to block low-frequency alternating fields effectively. It combines magnetically and electrically conductive sheets, available in standard and corrosion-resistant versions. The welded plate construction ensures maximum shielding integrity for walls, ceilings, and floors in sensitive electrical rooms. It provides reliable protection against external magnetic fields and serves as the foundation for Systron CableShield®, enabling extended shielding for busbars, conduits, and cable trays.
Cash,Cheque
Systron Lab Shield is a magnetic and electromagnetic shielding system designed to protect laboratories from external fields. It ensures a stable, safe environment for sensitive experiments and equipment, providing reliable field attenuation .
The Systron LabShield is a high-performance magnetic and electromagnetic shielding system designed to protect laboratory environments from DC and low-frequency fields. It uses magnetically and electrically conductive sheets, available in standard and corrosion-resistant versions, to ensure maximum shielding efficiency. The plates are welded together, providing structural stability and continuous protection for walls, ceilings, and floors. It achieves significant attenuation across DC, near-DC, and 50 Hz frequencies, safeguarding sensitive electron beam equipment. LabShield can be combined with LabCableShield® for extended protection of cables and conduits. This system ensures a stable, safe, and interference-free environment for critical laboratory operations.
Cash,Cheque
Systron Cable Shield is a specialized shielding system designed to protect cable trays, busbars, and conduits from low-frequency magnetic and electromagnetic fields. It ensures safe, interference-free operation of sensitive electrical and laboratory
Systron CableShield is a specialized shielding system designed to protect cable trays, busbars, and conduit blocks from low-frequency magnetic and electromagnetic fields. It features magnetically and electrically conductive sheets with a total thickness of approximately 3 mm, providing reliable shielding for electrical installations. The system is waterproof for conduit block applications and can be easily installed without special tools. It achieves shielding factors of around 10 at 16.7 Hz and 20 at 50 Hz, ensuring stable, interference-free operation. CableShield can be integrated with other Systron systems, such as PowerShield® and LabShield®, for extended protection. Its robust welded construction and corrosion-resistant materials ensure long-term durability and effective field attenuation.
Cash,Cheque
Our stray field shielding solutions effectively reduce unwanted magnetic fields around equipment, ensuring safe, reliable, and interference-free operation in industrial, medical, and research applications.
Stray field shielding is designed to minimize the impact of unwanted magnetic fields on sensitive equipment. Constructed from high-permeability alloys, these shields provide efficient attenuation, ensuring stable operation and enhanced safety. They can be customized in size, shape, and thickness to meet specific installation requirements. Ideal for industrial machinery, medical instruments, and laboratory equipment, stray field shields help maintain performance and reduce interference.
Cheque,NEFT, RTGS
Active Magnetic Field Cancellation is a system designed to neutralize unwanted magnetic fields in sensitive environments. It actively detects and cancels low-frequency magnetic interference, ensuring stable, interference-free operation .
Active Magnetic Field Cancellation is an advanced system designed to neutralize unwanted low-frequency magnetic fields in sensitive environments. It uses real-time magnetic field sensors to detect disturbances and compensating coils to actively cancel the fields. Operating across a wide frequency range, the system achieves high shielding effectiveness, ensuring stable and interference-free conditions. It can be installed in rooms, enclosures, or around precision equipment, including electron beam devices. The automated control continuously adjusts the field cancellation, providing optimal protection. When combined with passive shielding systems, it offers enhanced magnetic field attenuation for laboratories and industrial applications.
Cash,Cheque