LBX7000 Medical hardware calibration Shield Box LabiFix RF Shield Box - View 1 of 8
Industrial Spec View
IEEE-299 Certified
MIL-STD-285
CE Marked (RED)
RF SHIELD BOX

LBX7000 RF Shield Box

The LBX7000 RF Shielded Test Enclosure is the perfect solution to your EMI, RFI and communication testing requirements. This shield box 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 >100dB. Enabling engineers to analyze and achieve various wireless device testing objectives in the R&D, Development and production environment.

Exterior (H x W x D)
38" (H) x 24" (W) x 25" (D)
Interior (H x W x D)
36" (H) x 22" (W) x 23" (D)
In Stock / Custom Built to Spec
Response in 2h
Call Consultation
Fast Turnaround • Custom I/O & Absorber • ISO 9001:2015
LBX7000 — Exterior Mechanical Dimensions (3-View Orthographic CAD)
Units:
24"(EXTERIOR WIDTH)38"(EXTERIORHEIGHT)FRONT VIEW25"(EXTERIOR DEPTH)SIDE VIEW24"(EXTERIOR WIDTH)25"(EXTERIORDEPTH)TOP VIEWDIMENSIONS ARE IN INCHES (IN)
Exterior Envelope: 24" (W) × 38" (H) × 25" (D)Labifix Precision Engineering • 3rd Angle Orthographic Projection
LBX7000 — Interior DUT Working Chamber Dimensions (RF Absorber Cavity)
Units:
22"(INTERIOR WIDTH)36"(INTERIORHEIGHT)INTERIOR FRONT VIEW23"(INTERIOR DEPTH)INTERIOR SIDE VIEW22"(INTERIOR WIDTH)23"(INTERIORDEPTH)INTERIOR TOP VIEWDIMENSIONS ARE IN INCHES (IN)
Interior Working Volume: 22" (W) × 36" (H) × 23" (D)RF Pyramidal Microwave Absorber Lining Boundary
LABIFIX RF PRODUCT PORTFOLIO

Related RF Shielding Enclosures

Explore complementary RF test boxes and isolation enclosures engineered for precision testing

LBX ACB20 PERFECT AUDIO VALIDATION

LBX ACB20 PERFECT AUDIO VALIDATION - LabiFix RF Shielding Solution

LBX ACB20 Acoustic Enclosure serves as an effective and controlled acoustic testing, featuring configuration options that can be tailored to the specific test setup. Its design allows for the integration of an acoustic gasket system along with connectivity and access, without necessitating a fixed arrangement for the device under test (DUT). This enclosure provides a flexible pathway to controlled device-level acoustic testing, enabling the assessment of acoustic products such as speakers, receivers, and microphones in a stable environment characterized by a low noise floor of 25-30 dB. In a noisy environment of 60 dB, the internal noise level is 25 dB. In a noisy environment of 80 dB, the internal noise level is less than 35 dB.

View Details

LBX0500 SMALL RF SHIELDING BOX

LBX0500 SMALL RF SHIELDING BOX - LabiFix RF Shielding Solution

LBX-0500 is smaller version of RF Shielded Box which is equipped with features to support wide range of testing requirements. Conveniently used for smaller DUTS these shied Boxes are effectively shield against RF interferences, featuring with Filtered AC & DC power lines, Filtered Data lines, RF connectors. I/O Options, performance, etc. can be customized to meet your needs.

View Details

LBX0600 COMPACT TOP OPENING RF SHIELD BOX

LBX0600 COMPACT TOP OPENING RF SHIELD BOX - LabiFix RF Shielding Solution

The LBX0600 is a small form factor rf enclosure for engineers who need consistent, repeatable RF testing. You can customize it with specific I/O connectors and a top-opening design to fit your particular application. That makes it practical for everyday use, while still keeping a controlled environment around the device you're testing. Whether it's for validation, development, or production, it's a best when repeatability is key factor.

View Details

Get in Touch with Engineering

Have a custom specification or specific testing requirement? Contact our RF engineering team for custom dimensions and filter configurations.

Call Us Direct
+91 8792387614

Request Technical Datasheet (PDF)