Shandong Xinhong CNC Technology Co., Ltd
Laser safety enclosure and protective cabin with EN 12254 windows around a fiber laser cutting machine
Open machine, shared hallOEM line integrationFume and dust at the cut

Laser Auxiliary Systems

Laser Safety Enclosure Solution

Meet laser safety enclosure requirements with a cabin engineered to your machine and floor plan: EN 12254 OD 6+ windows, fail-safe magnetic interlocks and documentation your auditor can use.

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Safety requirements are written before the machine arrives - not after

Buyers usually meet laser safety requirements twice: once on paper during procurement, and once in person when an inspector, insurer or customer auditor walks the floor. A fiber laser cutting machine in an open hall relies on procedural controls that fail quietly; a Class 1 style enclosure makes access control physical. The buying question is not whether you need guarding - it is whether the cabin will match your machine, your floor plan and your documentation.

What the enclosure must deliver

  • EN 12254-compliant OD 6+ polycarbonate viewing windows, per the product specification
  • Fail-safe magnetic door interlocks so access control does not depend on vigilance
  • Dimensioning to the actual machine footprint and your floor plan
  • Documentation that fits your conformity file - the enclosure arrives with its own papers
Scope note: the enclosure addresses radiation and access. Fume and dust at the cut need the paired extraction system, and final safety classification for your installation is confirmed with your local advisor. Read our EU safety and compliance overview for the documentation picture.

What the buyer gets

A cabin engineered to the machine and the hall it actually lives in, interlocks that hold without supervision, and a quotation that includes the documentation your auditor will ask for. Use the selector below to match your situation, then send your floor plan through the inquiry form.

Match your requirement to a machine

Recommended machine
Laser Safety Enclosure & Protective Cabin

Full cabin with EN 12254 OD 6+ windows and fail-safe magnetic interlocks

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Application case

Shared workshop: cutting zone enclosed so access control is physical, not procedural

Shared workshop: cutting zone enclosed so access control is physical, not procedural

Who: a shared fabrication workshop running fiber laser cutting with operators, forklifts and visitors in the same hall. Machine: Xinhong laser safety enclosure and protective cabin. Problem it solved: open laser cutting in a shared space relies on procedural controls - signage, barriers and training - that only work when everyone follows them. Before: the shop managed exposure with floor markings and an operator-enforced exclusion zone. Now: the cutting zone is physically enclosed, with EN 12254-compliant OD 6+ polycarbonate windows and fail-safe magnetic door interlocks per the product specification, so access control no longer depends on vigilance alone. Where the numbers come from: the enclosure product specification and the workshop's own risk assessment update after installation; conformity documentation is supplied with the machine and should be reviewed with your local safety advisor.

Application based on customer feedback; individual results depend on materials and production conditions.

Line integrator: machine and guarding documented as one CE unit

Line integrator: machine and guarding documented as one CE unit

Who: an OEM integrating laser cutting machines into complete production lines sold to their own customers. Machine: Xinhong laser safety enclosure and protective cabin built to the machine footprint. Problem it solved: the OEM's CE documentation required the complete line - machine plus guarding - to comply as one unit, not as separate declarations. Before: guarding from a third party did not match the machine layout and created documentation gaps. Now: the cabin is engineered to the machine footprint with EN 12254-compliant OD 6+ polycarbonate windows and fail-safe magnetic interlocks (per product specification), and the OEM integrates it into their own line documentation. Where the numbers come from: the enclosure product specification (EN 12254 compliant OD 6+ windows, fail-safe magnetic interlocks) and the OEM's line-integration project records; final conformity assessment remains the OEM's responsibility as line integrator.

Application based on customer feedback; individual results depend on materials and production conditions.

Fabrication shop: safety zone fitted to an existing floor plan

Who: a fabrication shop planning a machine upgrade where the floor plan could not move. Machine: Xinhong laser safety enclosure and protective cabin. Problem it solved: the new cutting machine was larger than the old one, and the safety zone had to fit the existing footprint without relocating other equipment. Before: the shop assumed a cabin would force a floor-plan redesign. Now: the cabin is dimensioned to the actual machine and floor plan, with access and viewing windows placed where the workflow needs them. Where the numbers come from: the enclosure product specification and the shop's layout drawings; the cabin dimensioning was confirmed against their floor plan before the order.

Application based on customer feedback; individual results depend on materials and production conditions.

Customer ratings

“Use case: fiber laser cutting in a hall shared with forklifts and visitors, specified after our risk assessment update. | Assessment: the door interlocks were the point - access control stopped being a training problem and became a physical one. | Verified point: the enclosure specification lists fail-safe magnetic interlocks and EN 12254 OD 6+ windows; both were checked during installation. | Source: workshop risk assessment update and installation record, 2025.”
Workshop ownerShared fabrication workshop, EU (anonymised)
“Use case: integrating cutting machines into complete lines we sell with our own CE file. | Assessment: guarding that matches the machine footprint is what keeps the line documented as one unit. | Verified point: the cabin was dimensioned to the machine drawing before the order, and the enclosure documentation slotted into our line file without rework. | Source: line-integration project records, 2025.”
Project engineerLine integrator, EU (anonymised)

Certifications & compliance

ISO 9001:2015

ISO 9001:2015

Quality management system certified across R&D, production and after-sales service of fiber laser cutting equipment.

EN 12254 windows

Protective windows specified to EN 12254 with OD 6+ polycarbonate, per the enclosure product specification. Request the window documentation with your quotation.

Company strength

The factory behind your enclosure

Founded2005 - Shandong Xinhong CNC Technology Co., Ltd
Team100-300 employees in production, engineering and after-sales
Portfolio48 machine models from 500W to 30000W, enclosures and auxiliary systems included
Key componentsIPG (USA), RAYCUS and GW laser sources; Schneider Electric controls
ExportEurope and global markets, CE-compliant configurations

Machines for this solution

Laser Safety Enclosure & Protective Cabin

Laser Safety Enclosure & Protective Cabin

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Laser Cutting Fume Extraction & Dust Removal System

Laser Cutting Fume Extraction & Dust Removal System

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Laser Cutting Head Protective Lens Monitoring System

Laser Cutting Head Protective Lens Monitoring System

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Related reading

Buyer FAQ

Does the enclosure make my machine Class 1?+

The enclosure product specification lists EN 12254-compliant OD 6+ polycarbonate windows and fail-safe magnetic door interlocks. Class 1 status for the complete installation depends on the machine class, layout and your local assessment - we supply the enclosure documentation and you confirm the final classification with your safety advisor.

Can the cabin fit an existing machine and floor plan?+

Yes. The cabin is engineered to the machine footprint and your floor plan - the layout is confirmed against your drawings before the order, which is what keeps the safety zone inside an existing footprint.

What about fumes and dust inside the cabin?+

The enclosure addresses radiation and access. Fume and dust at the cut are handled by the paired extraction and dust removal system - see the related products below, and review our compliance overview article for the EU documentation picture.

What does an enclosure inquiry need?+

Machine model and footprint, floor plan, access and material-flow requirements, and your target safety classification. We return the cabin layout and the applicable documentation list with the quotation.

Request a quotation for this solution

Send your requirement details below - our engineers will confirm the right machine configuration in your quotation.

Laser Safety Enclosure Solution

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Laser Safety Enclosure Solution