The Systron Lab Shield represents a sophisticated magnetic and electromagnetic shielding solution engineered specifically for laboratory environments where precision and accuracy are paramount. This high-performance system utilizes advanced magnetically and electrically conductive materials to create a protective barrier against external electromagnetic fields ranging from DC to 1000 Hz. The shielding plates, available in thicknesses from 1-2 mm and weights of 8-11 kg/m², are professionally welded together to form seamless protective enclosures for walls, ceilings, and floors. With impressive shielding factors reaching up to 150 at 50 Hz and operating effectively within temperature ranges from -20°C to +80°C, this system ensures consistent protection across various laboratory conditions. The aluminum surface layer provides additional durability while maintaining optimal shielding performance.

Across multiple industries, the Systron Lab Shield has proven indispensable for maintaining i...

The Systron Lab Shield represents a sophisticated magnetic and electromagnetic shielding solution engineered specifically for laboratory environments where precision and accuracy are paramount. This high-performance system utilizes advanced magnetically and electrically conductive materials to create a protective barrier against external electromagnetic fields ranging from DC to 1000 Hz. The shielding plates, available in thicknesses from 1-2 mm and weights of 8-11 kg/m², are professionally welded together to form seamless protective enclosures for walls, ceilings, and floors. With impressive shielding factors reaching up to 150 at 50 Hz and operating effectively within temperature ranges from -20°C to +80°C, this system ensures consistent protection across various laboratory conditions. The aluminum surface layer provides additional durability while maintaining optimal shielding performance.

Across multiple industries, the Systron Lab Shield has proven indispensable for maintaining interference-free operational environments. Research institutions rely on it to protect sensitive electron beam equipment and precision measurement instruments from external magnetic disturbances. Pharmaceutical companies utilize the shielding in quality control laboratories where electromagnetic interference could compromise testing accuracy. Electronics manufacturers install these systems in clean rooms to safeguard delicate semiconductor production processes. Medical facilities employ the shielding for MRI rooms and diagnostic laboratories, while academic institutions use it in physics and engineering departments for experimental setups requiring absolute electromagnetic stability.

The business value of Systron Lab Shield extends beyond technical specifications to deliver tangible operational benefits and long-term reliability. By preventing electromagnetic interference, organizations protect their substantial investments in sensitive laboratory equipment while ensuring consistent, accurate results in critical processes. The system's robust construction and corrosion-resistant options guarantee years of trouble-free operation, reducing maintenance costs and downtime. Customization capabilities allow for perfect integration into existing laboratory layouts, while compatibility with LabCableShield provides comprehensive protection including cable trays and conduits. This reliability translates directly to improved research outcomes, enhanced product quality, and maintained regulatory compliance across all shielded operations.

Key Features:
- Magnetic and electromagnetic shielding from DC to 1000 Hz frequency range
- Shielding factors up to 150 at 50 Hz and 30 at DC for maximum protection
- Customizable plate dimensions up to 2000 mm × 1000 mm for flexible installation
- Robust construction with 1-2 mm material thickness and 8-11 kg/m² weight density
- Operating temperature range from -20°C to +80°C for diverse laboratory environments

Benefits:
- Ensures interference-free environments for sensitive equipment and experiments
- Protects substantial investments in laboratory instrumentation and research
- Maintains consistent performance across varying environmental conditions
- Reduces equipment downtime and maintenance costs through reliable operation
- Enhances research accuracy and product quality through stable shielding performance