Industrial CT Lead-Lined Radiation Shield Enclosures

Custom lead-lined cabinets built for industrial CT scanners with reliable X-ray shielding and precise fit.

  • ±0.05mm precision dimensional tolerances
  • ISO 9001 certified sheet metal fabrication
  • Complete in-house processing from prototype to finished housing
Front view compact industrial X-ray CT radiation shielding metal cabinet with observation window and control panel cutouts

Precision Sheet Metal Fabrication for Industrial CT Housings

Finished white industrial X-ray CT radiation shielding sheet metal enclosure for NDT inspection equipment, front vented cabinet design

BW X-ray CT Shield Housings deliver robust radiation shielding solutions for industrial non-destructive testing equipment. These enclosures, engineered to fully encase X-ray CT inspection hardware, provide reliable X-ray attenuation, rigid structural framing, and integrated air duct cooling layouts.
We run complete in-house sheet metal production workflows to build CT shielding cabinets. Our workshop relies on core fabrication processes: laser cutting, CNC precision bending, rivet fastening for steel-lead-steel sandwich panels, and uniform surface finishing. All frames are machined to tight dimensional tolerances to guarantee stable radiation barrier performance for regular industrial testing setups.

Professional Industrial CT Housing Manufacturing

Our custom X-ray CT shielding enclosures are engineered to fit harsh, specialized operating conditions across multiple industrial sectors.

We manufacture standard cabinets for general manufacturing NDT, long extended enclosures for automated lithium battery inspection lines, and heavy reinforced housings built to resist vibration on offshore marine detection vessels.
Exclusive to semiconductor cleanroom applications, we supply mirror-polished stainless steel panels paired with full dust-tight sealing to satisfy strict clean-class standards.
All BW CT enclosures comply with international industrial radiation safety specifications. From compact standalone lab CT cabinets to lengthy continuous production line shielding tunnels, our tailor-made sheet metal housings maintain consistent radiation blocking capability and long service life for all industrial X-ray inspection use cases.

CAD technical drawing of custom industrial CT radiation shielding housing for NDT, battery inspection and semiconductor cleanroom equipment

Product Specifications

Standard Item Specification
Dimensional Tolerance ±0.05mm for frame, lead lining and mounting cutouts
Plate Material Thickness Outer steel shell: 2–10 mm; custom lead shielding thickness available
Radiation Shielding Performance Multi-layer steel-lead composite structure, meets industrial non-destructive testing radiation safety standards
Surface Roughness Ra 1.6, smooth finish for easy decontamination
Welding Process Full-seam TIG welding, polished seamless joints to prevent radiation leakage
Surface Treatment Electrostatic anti-corrosion powder coating, scratch & chemical resistant
Operating Temperature Range -10°C ~ +50°C, stable shielding performance across working environments
Service Lifespan Over 10 years under regular industrial NDT operation
Internal Structure Pre-installed mounting brackets for CT scanning equipment
Sealing Grade Dust-proof sealed cabinet body for workshop long-term use

Why Choose Our Products

High-quality server rack cabinets designed for reliable data center infrastructure.

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Superior Durability & Strength

Robust metal construction with stable load capacity for all metal housings and frames.

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Full In-House Precision Machining

Integrated laser cutting, CNC bending and welding to maintain precise dimensional tolerances.

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Custom Functional Customization

Custom vents, cutouts and mounting holes optimized for your product’s functional requirements.

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Flexible Custom Modular Design

Adjustable dimensions and layouts fully customized to your unique design specifications.

Strict Quality & Standard Compliance

ISO certified production, complete quality testing and diverse surface finishing solutions.

Equipment Fabrication Process

Electrostatic powder spraying surface treatment process for sheet metal in factory workshop
Powder Coating
Worker bending sheet metal with CNC hydraulic press brake machine in metal fabrication workshop, custom sheet metal bending processing
Sheet Metal Bending
Manual welding operation in sheet metal fabrication workshop
Sheet metal welding
CNC laser cutting machine processing flat sheet metal panels
Laser Cutting
Worker carrying out surface grinding finishing on industrial sheet metal equipment frames
Surface Grinding
Technician conducting radiation leakage safety test on industrial X-ray CT shielding housing
Radiation Leakage Safety Testing
Workers assemble large industrial X-ray CT radiation shielding enclosure in factory workshop
Factory Assembly Process

Industrial CT Applications

Industrial X-ray CT inspection equipment applied on lithium battery automated production line

X-Ray CT Inspection for Battery Production Lines

Industrial X-ray CT shielding enclosure installed inside university laboratory for material research experiments

X-Ray CT Equipment for University Laboratory Research

Offshore ocean research vessel with onboard X-ray CT equipment for deep-sea parts inspection

X-Ray CT Inspection for Offshore Research Vessels

Industrial CT workstation screen showing X-ray cross-section scanning of precision metal parts for factory quality inspection

Industrial CT X-Ray Parts Inspection

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FAQ

What material makes up your X-ray CT radiation shielding housings?

Our standard shielding structure adopts a steel-lead-steel sandwich panel, secured with industrial rivets to keep lead sheets fixed firmly without welding. Regular cabinet frames use cold rolled steel; semiconductor models feature mirror polished stainless steel exterior panels.

Are your CT enclosures suitable for offshore marine detection vessels?

Yes. We build heavy-duty reinforced X-ray CT housings for marine onboard environments with anti-vibration structural frames to withstand constant vessel movement and salt air exposure.

Can you produce dust-tight CT cabinets for semiconductor cleanroom workshops?

We offer exclusive cleanroom upgrades for semiconductor inspection systems, including fully sealed dust-proof construction and high-gloss mirror polished stainless steel surfaces only for clean class production lines.

What sheet metal fabrication processes do you use for CT shielding cabinets?

All housings go through full in-house processing: CNC laser cutting, precision bending, rivet fastening for lead composite panels, powder coating surface finishing and custom air duct layout machining.

Do you customize X-ray CT shield housings for lithium battery automated production lines?

We manufacture extended continuous tunnel-style shielding enclosures matching full lithium battery inline X-ray CT inspection workflows, with integrated cooling air ducts for long-run production.

Do your CT shielding cabinets meet international radiation safety standards?

All BW X-ray CT enclosures comply with global industrial X-ray radiation protection standards to contain internal radiation leakage for factory NDT operations.

Can you provide CAD internal structure drawings before mass production?

We supply detailed CAD structural drawings of internal shielding frames, ventilation duct layouts and panel assembly for customer confirmation prior to prototype and batch manufacturing.

Get a Quick Quote

Submit your project details for a fast, accurate quote from our engineering team.