Precision-designed enclosures engineered for laser cutting systems. Our modular aluminum structures provide light containment, fume extraction integration, operator safety, and scalable configurations for single-station or multi-laser systems.
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Laser cutting enclosures designed for safety, containment, and operational efficiency.
Specialized panel materials and configurations that block stray laser light, protecting operators and adjacent areas from reflections and direct beam exposure.
Purpose-designed ducting ports and internal configurations that work seamlessly with your extraction equipment to manage cutting fumes and particulates.
High-grade viewing panels with appropriate shielding that allow operators to monitor cutting progress and part presentation in real-time safely.
Quick-access doors and material loading apertures positioned for ergonomic operation, minimizing setup time and operator fatigue.
Modular design supports expansion from single laser tables to multi-station configurations, keeping pace with your production growth.
Integrated cable trays, air hose routing, and fluid line management points keep your workspace organized and maintenance-friendly.
Laser cutting enclosures for various manufacturing and fabrication environments.
Laser cutting systems must be housed in a Class 1 enclosure per ANSI Z136.1 and IEC 60825-1 — meaning no accessible laser emission can escape the enclosure during normal operation. Modular Solutions designs laser cutting enclosures with optically opaque structural panels, laser-rated OD-rated viewing windows, and dual-channel interlocked access doors that interrupt the beam on any door-open event, achieving Class 1 system classification.
The required OD for viewing windows depends on the laser wavelength, maximum output power, and the minimum expected distance from the viewing panel to the beam. For fiber lasers (1064 nm) at multi-kilowatt power levels, OD ratings of 5 to 7 or higher are typical. Modular Solutions specifies the correct OD-rated polycarbonate or glass viewport for your specific laser model, power level, and viewing geometry — ensuring viewer eye safety at the expected operating distance.
Yes. Laser cutting of metals generates metal fume, oxides, and fine particulate — laser cutting of organic materials generates VOCs and combustible dust. All Modular Solutions laser cutting enclosures include ducted extraction ports positioned to maximize capture at the process zone. Port sizing and location are matched to the cutting table footprint and the exhaust fan capacity. Filter selection (HEPA, activated carbon, or spark arrestor pre-filters) is application-specific.
Access doors on Modular Solutions laser cutting enclosures are configured with dual-channel safety interlock switches wired to the laser controller's safety input. When any door is opened, both safety channels simultaneously break the circuit, triggering a beam stop or category 0/1 shut-down per the laser system's safety function. This meets the ANSI Z136.1 requirement for interlocked protective housings. Key-switch bypass provisions for maintenance mode can be added per your facility requirements.
Yes, but the optical density requirements differ significantly by wavelength: CO₂ lasers (10,600 nm) require IR-absorbing panel materials, while fiber lasers (1,064 nm) require near-IR rated barriers and viewports. A shared enclosure housing both wavelengths must satisfy the more stringent OD requirement at each wavelength for all viewing and access areas. Modular Solutions specifies and sources the correct dual-rated viewing panels and structural infills when both laser types are present in a single enclosure.
Our engineering team will design a custom laser cutting enclosure that meets your throughput, safety, and maintenance requirements.
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