Enclosed Fiber Laser Cutting Cell · High-Power 6×12 Platform
Umprotech Enclosed Fiber Laser Cutter – 6 kW · 6×12 ft · FSCUT / CypCut
A fully enclosed, production-grade 6 kW fiber laser system on a 6×12 ft (72×144") bed, engineered for US job shops, OEMs, and fabrication cells that need high-throughput cutting of large-format sheets in steel, stainless, aluminum, and brass. Combining a 6 kW Raycus or IPG source with FSCUT industrial control and CypCut CAM/nesting, this system is built for uptime, repeatable quality, and efficient part flow in demanding mixed-metal environments.
Laser power: 6 kW fiber (Raycus / IPG) · Bed size: 6×12 ft (72×144") · Controller: FSCUT with CypCut CAM / nesting
Enclosure: Full-cover, Class 1 · Head: Auto-focus fiber cutting head · Assist gases: N2 / O2 / air (configuration dependent)
- 6 kW fiber power for high-speed cutting on thin, mid-gauge, and selected thick materials
- Large 6×12 ft format for high-yield nesting, large panels, and long parts
- Class 1 fully enclosed cell with integrated fume extraction and industrial chiller
- FSCUT controller with CypCut for intelligent nesting, simulation, and diagnostics
- Engineered for multi-shift production, uptime, and low rework rates
Key advantages for US buyers
The Umprotech 6 kW, 6×12 ft enclosed fiber laser is designed as a high-power, large-format production engine for shops that rely on laser cutting as a core throughput constraint. It’s aimed at operations where cycle time, full-sheet utilization, and repeatable quality across a wide thickness range directly influence output, margins, and delivery reliability.
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6 kW fiber laser (Raycus / IPG): provides the power needed for high-speed cutting on thin and mid-gauge sheets and extends into solid thick-plate capability on mild steel, stainless, and aluminum. Compared to 2–3 kW systems, 6 kW significantly shortens pierce times and linear cutting times on many gauges.
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Large 6×12 ft (72×144") bed: accommodates full-size 6×12 sheets used in heavy fabrication, machinery, and architectural work. Enables high part density, kit-based nesting, and large panels or long profiles without re-positioning or multiple setups.
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Full-cover, Class 1 enclosure: light-tight, interlocked housing with viewing windows and internal lighting. Helps contain process light and a significant portion of fume, simplifying safety audits and laser zoning in busy shop environments.
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Auto-focus cutting head: automatically adapts focus to material thickness and moderate sheet warp across the full 6×12 envelope. Supports consistent kerf width, edge quality, and pierce behavior on mixed nests and stacked jobs.
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FSCUT controller with CypCut CAM: widely adopted industrial control stack for flat-sheet lasers. Offers intelligent nesting, micro-joint and common-line control, advanced lead-in/out strategies, and simulation—reducing scrap, programming time, and setup uncertainty.
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Integrated fume extraction & industrial chiller: supplied as part of the system, not as separate projects. Stable cooling and fume handling are critical for sustaining 6 kW output and protecting optics and electronics over multi-shift production.
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Mixed-metal production capability: supports carbon steel, stainless, aluminum, and brass within defined thickness ranges. Assist gas strategies can be tuned for weld-ready edges, cosmetic parts, or cost-focused cutting.
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Built for uptime & integration: suited as the primary cutting asset in cells feeding press brakes, panel benders, robotic welding, and assembly lines where laser output drives overall part flow.
Key technical specifications
The 6 kW 6×12 Umprotech enclosed fiber laser is delivered as a complete cutting cell. The fiber source, motion system, auto-focus head, control hardware/software, enclosure, extraction, and chiller are engineered to work together when installed according to specification.
Laser power & source
Laser power: 6 kW fiber (Raycus or IPG)
6 kW is a high-power configuration targeting operations where:
- Laser cutting is a primary throughput constraint in the fabrication flow
- Both thin sheet and mid-to-thick plate are regularly processed on the same machine
- Cycle-time reductions versus mid-power platforms translate directly into added capacity
Raycus and IPG fiber sources are widely used in production environments, providing stable output and recognized service and support networks.
Working envelope
Bed size / stroke: 6×12 ft (72×144") nominal working area
The 6×12 format is chosen for:
- Large panels, cabinets, and frames cut from full-size 6×12 sheets
- High-density nests of smaller parts, kits, and brackets for contract manufacturing
- Reduced skeleton and offcut handling versus smaller sheet formats
Remnants can be defined as custom sheet sizes in CypCut to maximize material utilization across jobs.
Controller & CAM / nesting
Control: FSCUT industrial motion and laser controller
Software: CypCut CAM / nesting
FSCUT + CypCut provide an end-to-end programming environment tuned for high-power flat-sheet cutting:
- DXF/STEP import from your CAD system
- Automatic and manual nesting on full 6×12 sheets and remnant sizes
- Lead-in/lead-out optimization, micro-joints, corner smoothing, and sequence control
- Common-line cutting and bridging to reduce pierces and cycle time
- Simulation and on-screen preview of nests and toolpaths prior to cutting
- Diagnostic tools linked to I/O, alarms, and motion/laser status
Because the control stack is widely used, operators can often leverage prior FSCUT/CypCut experience, shortening training time.
Cutting head & auto-focus
Cutting head: Auto-focus fiber cutting head with capacitive height sensing
On a 6 kW platform, the cutting head is critical for reliability and edge quality. The auto-focus design:
- Adjusts focal position for different material thicknesses and alloys
- Maintains consistent standoff distance across the 6×12 working area, even with moderate sheet warp
- Reduces manual focus adjustments and supports mixed nests across multiple gauges
Parameter libraries in CypCut tie focus, gas pressure, and speed to each material/thickness combination for repeatable results.
Enclosure & safety
Enclosure: Full-cover, Class 1 light-tight housing with interlocks
The enclosure is engineered for high-power operation in shared production spaces:
- Interlocked doors that stop cutting when opened or not fully closed
- Viewing windows for visual confirmation of pierce and cut behavior
- Internal lighting and access points for setup, loading, and cleaning
Class 1 design simplifies safety reviews and usually reduces the need for large exclusion zones around the machine.
Utilities, chiller & fume extraction
Included: industrial chiller and integrated fume extraction system
At 6 kW, stable cooling and fume management are essential:
- Chiller circuits for the laser source and optics maintain temperature within specified ranges
- Extraction hoods capture fumes at the cutting area and route them to your plant exhaust/filtration
- Stable thermal and air conditions support consistent cut quality and machine longevity
Assist gases & process strategy
Assist gases: N2, O2, and air (configuration dependent)
Typical gas use patterns on a 6 kW system:
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Oxygen: high-speed cutting of mild steel with oxidized edges; often used for thicker sections where throughput is a priority.
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Nitrogen: bright, oxide-free edges on stainless and aluminum, and carbon steel where weld-ready or cosmetic edges are required.
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Dry air: cost-focused option where a light oxide tint is acceptable, with careful tuning of parameters and drying/filtration.
6 kW systems can have significant gas consumption; we can help size cylinders, bulk tanks, or compressor systems based on duty cycle and material mix.
Motion system & structure
Motion: servo-driven gantry with precision linear guidance
The motion platform is tuned to exploit 6 kW cutting speeds without sacrificing part accuracy:
- Smooth interpolation on long 6×12 paths and complex geometries
- Consistent hole and profile geometry across full-sheet nests
- Robust performance for continuous-duty job-shop and OEM environments
Electrical & footprint (high level)
Detailed drawings and electrical specifications are provided during the quoting and planning phase. In general, the system is intended for:
- US industrial 3-phase power sized for a 6 kW laser, chiller, and motion/control hardware
- Installation in fabrication bays or dedicated laser areas with space for 6×12 sheet handling
- Rigging paths and floor loading typical of large-format enclosed high-power lasers
Pre-install planning focuses on power, access, and layout so commissioning can focus on actual parts and parameters.
Practical cutting capacity, tolerances, and throughput depend on alloy, assist gas, nozzle selection, nesting strategy, and edge-quality expectations. For critical work, we recommend qualification runs and agreed parameter windows before committing to production tolerances and cycle-time promises.
Capabilities & typical applications
The 6 kW, 6×12 ft Umprotech enclosed fiber laser is typically deployed as a high-throughput large-format production cell in fabrication shops, OEM plants, and contract manufacturers. It can run as a standalone cutting station or be integrated with forming, machining, and welding steps in a tightly coupled workflow.
Large panels & cabinets
Cutting large machine panels, cabinet sides, base plates, and access covers from full 6×12 sheets for machinery, enclosures, and architectural systems, with bend lines and features matched to downstream forming.
Frames, brackets & structural components
High-speed cutting of frames, gussets, stiffeners, and structural sheet elements in steel, stainless, and aluminum, where 6 kW power and 6×12 nesting combine to support demanding part flows.
HVAC & building systems
Production of large-format duct panels, plenums, rails, and brackets with high sheet utilization and strong cut quality, suitable for bending and on-site installation.
OEM component kits & assemblies
Kit-based nesting for OEM assemblies: combining panels, brackets, and small hardware plates on the same 6×12 sheet. 6 kW power keeps cycle times compatible with downstream robotic welding and high-throughput assembly.
Signage & architectural metalwork
Cutting large signage, architectural screens, and decorative panels in steel, stainless, and aluminum, where a 6×12 format allows big pieces or multi-panel layouts with minimal splicing.
High-mix / high-throughput job-shop work
Contract manufacturing and job shops running mixed nests, frequent changeovers, and repeat orders, where 6 kW power and 6×12 sheet usage help keep lead times and material waste under control.
Prototyping & pilot production on production hardware
Engineering teams validate designs, nests, and material strategies on the same 6 kW platform used for full-scale production, reducing risk when shifting from prototypes to volume jobs.
Integration into automated cells
Serves as the cutting front-end of an automated fabrication cell with load/unload systems, towers, press brakes, and robotic welding where high cut speed and large-sheet nesting help prevent the laser from becoming a bottleneck.
In many operations, the 6 kW 6×12 cell becomes the primary large-format production asset, with lower-power or smaller-bed machines handling prototypes, niche materials, or specialized work.
Configurations & options
The Umprotech 6 kW 6×12 enclosed fiber laser is supplied as a ready-to-run production platform. All core systems—fiber source, auto-focus head, FSCUT control, full enclosure, fume extraction, and chiller—are included. Configuration options allow alignment with your material mix, gas strategy, and internal standards.
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Fiber source options: 6 kW Raycus or 6 kW IPG, chosen based on installed base, preferred service partners, and corporate standards for laser sources.
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Assist gas configuration: support for N2, O2, and air (configuration dependent). We can help specify gas storage, pressure, and piping for 6 kW duty cycles.
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Control stack: FSCUT controller with CypCut CAM/nesting as standard—no separate flat-sheet CAM purchase is required for core programming and simulation.
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Auto-focus cutting head: included as standard, with CypCut parameter libraries organized by material and thickness to simplify daily operation.
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Full-cover enclosure & fume extraction: integrated solution to minimize engineering time around guarding and air handling.
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Industrial chiller: sized for 6 kW operation, supporting stable performance in continuous production.
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Network & file integration: support for network-based job transfer, shared folders, and integration into CAD/ERP workflows.
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Automation & integration support: guidance for connection to material towers, load/unload systems, conveyors, or robotic cells surrounding the 6×12 platform.
For specialized requirements—unique alloys, internal OEM standards, or specific cell concepts—we can collaborate with your engineering and operations teams to define recommended configurations and workflows around the 6 kW 6×12 cell.
Implementation & support for US shops
Integrating a 6 kW 6×12 fiber laser is a strategic decision. We support US job shops, OEMs, and integrators from early evaluation through installation and ramp-up, focusing on real parts, realistic cycle times, and sustainable processes.
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Pre-installation planning: review of power capacity, exhaust routing, gas supply (N2/O2/air), floor layout, and rigging routes so that site preparation is clear before the machine ships.
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Part & material review: evaluation of representative parts, materials, and thickness ranges to confirm that a 6 kW 6×12 configuration is appropriately sized for your workload and growth plans.
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CypCut workflow setup: assistance with nesting strategies, layer conventions, micro-joint and lead-in rules, and parameter library structure tuned to your alloys and thicknesses.
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Operator & maintenance training: onsite or remote training covering safe operation, startup/shutdown, daily checks, basic troubleshooting, and routine maintenance (nozzles, lenses, filters, cleaning).
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Ongoing process support: support for new materials, cut-quality optimization, cycle-time improvements, and integration questions as you move more work onto the 6 kW cell.
Next step: send representative part files (DXF/STEP/PDF) and your material/thickness ranges. We’ll review fit, estimate cycle times, and recommend a 6 kW 6×12 configuration and assist-gas strategy aligned with your production and ROI targets.
Technical FAQ – 6 kW · 6×12 ft enclosed fiber laser
When does a 6 kW 6×12 system make more sense than 3 kW or 12 kW?
A 6 kW 6×12 system is a strong fit when you:
- Cut both thin sheet and mid-to-thick material as part of your regular workload
- Need clear throughput gains over 2–3 kW platforms but don’t require full 12 kW capability
- Want to balance cutting speed, operating cost, and infrastructure demands
If most work is thin and volumes are moderate, 2–3 kW may be sufficient. If very thick plate and maximum throughput dominate, 12 kW could be justified. For many shops, 6 kW is a strong middle ground.
What thickness range is realistic on a 6 kW 6×12 platform?
6 kW comfortably covers thin and mid-gauge materials and extends into thicker plate in carbon steel, stainless, and aluminum. The exact range depends on:
- Material type and alloy (mild vs high-strength steel vs stainless vs aluminum)
- Assist gas (N2, O2, air) and available pressure
- Desired edge quality (cosmetic, weld-ready, or to-be-machined)
- Required cycle times and expected duty cycle on thicker jobs
We recommend validating your key thickness ranges with sample cuts and tuned parameters before finalizing production specs and customer commitments.
How does 6 kW power affect assist gas consumption and operating costs?
At 6 kW, assist gas flow rates and pressures often increase compared to 2–3 kW, especially on thick or high-speed cuts. However, cycle times usually drop, so:
- Gas usage per minute may rise, but gas usage per part can fall due to shorter cuts
- Bulk gas or optimized cylinder arrangements become more attractive at higher utilization
- Well-tuned parameters are essential to balance gas costs, edge quality, and consumable life
We can help estimate gas cost per part and suggest supply strategies based on your part mix and duty cycle.
How does CypCut handle nesting and remnant management on 6×12 sheets?
CypCut is well suited to large-format sheet strategies. It supports:
- Automatic and interactive nesting on full 6×12 sheets
- Definition and reuse of remnant sheet sizes
- Skeleton and common-line strategies to reduce scrap and pierces
During implementation, we can help define nesting rules and naming conventions that make it easy to reuse remnants and track sheet utilization across jobs.
What facility requirements should we plan for a 6 kW 6×12 installation?
A 6 kW platform has higher utility demands than low-power systems. You should plan for:
- Appropriate 3-phase power capacity for laser, chiller, and motion/control loads
- Assist gas storage and pressure rated for 6 kW duty (cylinders or bulk supply)
- Exhaust or filtration sized for fume generation from high-speed, high-energy cuts
- Floor space, rigging paths, and clearances compatible with a 6×12 enclosed laser
These details are covered in pre-install documentation and reviewed jointly during planning.
How complex is operator training on a 6 kW FSCUT + CypCut system?
Operators with prior CNC, laser, or fabrication experience typically adapt quickly. Training emphasizes:
- Safe operation of a 6 kW system and understanding interlocks and safety states
- Loading nests, selecting materials and thickness libraries, and making controlled parameter adjustments
- Responding to alarms, interpreting diagnostics, and performing basic maintenance and inspection
Parameter libraries, visual nests, and clear procedures help maintain consistency across shifts and operators.
What does routine maintenance look like on a 6 kW system, and how critical is it?
At 6 kW, routine maintenance is especially important to keep optics clean and processes stable. Typical tasks include:
- Routine inspection and cleaning/replacement of nozzles and protective windows
- Checking assist gas filters, hoses, and fittings for contamination and leaks
- Monitoring chiller operation, fluid levels, and alarm logs
- Cleaning the cutting area, removing slag, and inspecting motion components
We provide maintenance schedules and checklists, and training covers how to perform these tasks safely and systematically.
How does the Class 1 enclosure affect safety programs and shop layout?
The Class 1 enclosure is designed to contain the beam and process light under normal operation, which:
- Helps confine laser hazards largely to the enclosure and loading/unloading zones
- Typically avoids the need for broad-area laser eyewear in the surrounding shop
- Shifts safety emphasis towards interlocks, lockout/tagout, and procedural controls
This can simplify placement of the machine near press brakes, welding cells, and assembly areas within the same fabrication bay.
Can the 6 kW 6×12 system integrate with our existing CAD/ERP/MES workflow?
Yes. Integration typically looks like:
- Geometry and BOM data maintained in your existing CAD and ERP/MRP tools
- Flat patterns exported as DXF/STEP with naming that matches part numbers and revisions
- CypCut importing those files for nesting, parameter assignment, and job simulation
We can help define folder structures, naming conventions, and job-release steps so that engineering, planning, and the laser cell are synchronized.
How do we determine if a 6 kW 6×12 configuration is the right investment for our shop?
The best approach is to evaluate your actual parts, volumes, and bottlenecks. We typically analyze:
- Your material and thickness distribution across key product families
- Part geometries, edge-quality requirements, and tolerances
- Current constraints in cutting, forming, welding, and assembly
- Expected utilization and ROI versus lower-power and higher-power alternatives
Using your real data, we can recommend whether a 6 kW 6×12 system should be your primary cutting platform, part of a multi-laser strategy, or a staged upgrade in your broader capacity plan.
Still evaluating 6 kW on a 6×12 platform? Share representative part files and your material/thickness mix. We’ll prepare a targeted assessment and configuration recommendation for your 6 kW 6×12 enclosed fiber laser cell.
