RF & EMI Shielding for Crime Labs
Crime labs shielding that passes inspection the first time.
Experts in Crime Lab Shielding
One team, from concept to closeout
Don’t gamble with evidence integrity, instrument performance, or lab uptime by settling for “good enough” RF/EMI shielding. We deliver end-to-end shielding design and implementation support so your crime lab stays controlled, compliant, and protected from interference that can skew measurements, disrupt sensitive equipment, and complicate casework.
Crime Lab RF/EMI Shielding FAQ
Crime labs run sensitive instruments and handle evidence where signal noise can ruin measurements, interrupt workflows, or contaminate results. Shielding helps stabilize the environment so your lab stays reliable and repeatable—day after day.
Typically:
- RF: cellular, Wi-Fi, Bluetooth, two-way radios, nearby transmitters
- EMI: electrical noise from motors, elevators, VFDs, lighting ballasts, power panels, IT rooms, and building equipment
Depends on your workflows, but common targets include:
- Evidence intake / triage
- Secure evidence storage (especially electronic evidence)
- Instrument rooms (where consistency matters)
- Examination rooms with sensitive electronics
- Interview rooms where signal control is required
A Faraday room is a fully enclosed RF shielded room (walls/ceiling/floor) with shielded doors and properly treated penetrations. Many crime labs use Faraday-style rooms for isolation-critical functions like electronic evidence handling.
If designed for isolation, yes. If you need controlled connectivity inside, we design for it intentionally—filtered penetrations, fiber, and planned internal systems—so you get function without leaks.
Almost always the details:
- Doors and frames
- Seams and transitions
- HVAC openings
- Conduit and cable penetrations
- Poor bonding/grounding
- “Just one more cable” late in the project
We design and coordinate these early so the barrier stays continuous.
With proven methods like:
- Waveguides / honeycomb vents for airflow
- Filtered power and proper bonding strategies
- Fiber-first data plans (and controlled copper where needed)
- Shielded sleeves, plates, gaskets, and access panels
- Trade coordination so penetrations don’t get field-invented
Yes—retrofits are common. We start with a site survey, identify constraints (ducts, existing walls, door openings), and design a solution that fits the building without wrecking your schedule.
The fastest start is:
- Plans or rough dimensions + photos
- Which rooms/functions need shielding
- Any required standards or agency requirements
- Known penetrations (HVAC, power, data, security, fire)
- New build vs retrofit + timeline
