Enclosed Fiber Laser Cutting Cell · Large-Format 6×12 Platform
Umprotech Enclosed Fiber Laser Cutter – 2 kW · 6×12 ft · FSCUT / CypCut
A fully enclosed, production-ready 2 kW fiber laser system on a
6×12 ft (72×144") bed, built for US job shops, OEMs, and fabrication cells that need
clean, consistent sheet cutting on large-format stock. The FSCUT controller with CypCut CAM
streamlines nesting and job setup, while the Class 1 enclosure, integrated fume extraction, and industrial
chiller support safe, stable operation in demanding environments.
Laser power: 2 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)
- 2 kW fiber power for everyday thin and mid-gauge sheet fabrication
- Large 6×12 ft platform for high-yield nesting and large-format parts
- Class 1 fully enclosed design with fume extraction and industrial chiller
- FSCUT controller with CypCut for nesting, simulation, and process control
- Balanced operating cost and capability for general fabrication and OEM work
Key advantages for US buyers
The Umprotech 2 kW, 6×12 ft enclosed fiber laser is positioned as a
large-format, mid-power production cell—ideal for shops that want the material efficiency and
design freedom of full 6×12 sheets, without the cost and utility demands of very high-power lasers. It’s a solid
fit for high-mix fabrication, OEM panels, and contract manufacturing where thin and mid-gauge material dominates.
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2 kW fiber power for everyday production: a proven power level for thin and typical mid-gauge
carbon steel, stainless, and aluminum used in panels, cabinets, frames, and guards. Balances speed, cut quality,
and operating cost for day-to-day shop work.
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Large 6×12 ft (72×144") bed: supports high-yield nesting on full-size sheets. Ideal for large
panels, enclosure shells, and long parts, as well as high-density nests of smaller components. Reduces skeleton
handling and offcuts compared to smaller tables.
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Full-cover, Class 1 enclosure: light-tight, interlocked housing with viewing windows and
integrated fume capture. Supports safety approvals and helps contain process fumes and light in busy fabrication
bays.
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Auto-focus cutting head: automatically tracks material thickness and moderate sheet warp across
the 6×12 bed, helping maintain stable kerf width and edge quality, reducing dross and touch-up time.
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FSCUT controller with CypCut CAM: a widely adopted industrial control and nesting stack,
supporting DXF/STEP import, intelligent nesting, micro joints, common-line cutting, and simulation for predictable
cycle times and scrap control.
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Integrated fume extraction & industrial chiller: delivered as part of a complete cell, not
as add-ons. Stable thermal management and fume control support consistent cut quality and longer component life.
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Assist gas flexibility: gas plumbing supports nitrogen, oxygen, and air (configuration
dependent), allowing you to dial in edge quality and operating cost per job.
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Integration-ready large-format platform: fits into cells with press brakes, saws, and welding
fixtures where full-size 6×12 sheets are the standard feedstock.
Key technical specifications
The Umprotech 2 kW 6×12 enclosed fiber laser is supplied as a
complete cutting cell. The fiber source, auto-focus head, motion system, enclosure, extraction,
chiller, and FSCUT controller are delivered as an integrated package for straightforward installation and startup.
Laser power & source
Laser power: 2 kW fiber (Raycus or IPG options)
2 kW is a balanced power level for general sheet metal fabrication:
- Efficient cutting of thin and mid-gauge materials common in fabrication shops
- Lower power consumption and reduced infrastructure demands versus high-power systems
- Predictable process behavior and simplified parameter sets for daily work
Raycus and IPG are established industrial fiber sources, supporting stable power delivery and recognized
service networks.
Working envelope
Bed size / stroke: 6×12 ft (72×144") nominal working area
The 6×12 format is ideal when you want:
- Large-format panels, cabinets, and frames cut in one setup
- High-density nests of small and mid-size parts on each sheet
- Better material utilization and fewer skeletons compared to smaller tables
The system can also handle remnant sheets; CypCut nesting can be used to maximize usage of offcuts.
Controller & CAM / nesting
Control: FSCUT industrial motion and laser controller
Software: CypCut CAM / nesting
FSCUT + CypCut provide a complete flat-sheet programming workflow for 6×12 production:
- DXF/STEP import from your CAD tools
- Automatic and interactive nesting on 6×12 stock and remnants
- Lead-in/lead-out control, corner smoothing, and micro-joints
- Common-line cutting and bridging to reduce pierces and cycle time
- Simulation and graphical toolpath views for program validation
Because FSCUT/CypCut are widely used, operators can often apply prior experience from other laser platforms.
Cutting head & auto-focus
Cutting head: Auto-focus fiber cutting head with capacitive height sensing
The auto-focus head:
- Adjusts focus for different material thicknesses and types
- Maintains consistent standoff across the large 6×12 working area
- Helps control kerf width and edge quality on mixed nests and non-perfect sheets
Parameter sets in CypCut tie focus, gas pressure, and speed to defined material/thickness combinations,
simplifying operation.
Enclosure & safety
Enclosure: Full-cover, Class 1 light-tight housing with interlocks
Designed for shared production spaces:
- Interlocked doors that prevent cutting when open
- Viewing windows to monitor cutting safely
- Internal lighting and access doors for setup and maintenance
A Class 1 configuration helps streamline safety approvals and reduces the need for large exclusion zones.
Utilities, chiller & fume extraction
Included: industrial chiller and integrated fume extraction
The utility package focuses on stability and shop environment:
- Chiller circuits for the laser source and optics keep temperatures within specification
- Extraction captures fumes at the cutting area and routes them to your exhaust/filtration system
- Stable thermal and fume conditions support consistent cut quality over long shifts
Assist gases & process strategy
Assist gases: N2, O2, and air (configuration dependent)
Typical gas usage patterns on a 2 kW platform:
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Oxygen: economical, high-speed cutting of mild steel with an oxidized edge
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Nitrogen: bright, oxide-free edges on stainless and aluminum, suitable for cosmetic and weld-prep needs
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Air: cost-effective option where a slightly oxidized edge is acceptable
We can help estimate consumption and recommend storage/pressure options based on your duty cycle and materials.
Motion system & structure
Motion: servo-driven gantry with precision linear guidance
The motion platform is designed to support:
- Smooth motion over long 6×12 paths and complex profiles
- Consistent hole and slot geometry across large nests
- Reliable performance in continuous-duty job-shop environments
Electrical & footprint (high level)
Detailed drawings and connection data are provided during specification. In general, the system is intended for:
- US industrial 3-phase power supplies sized appropriately for a 2 kW fiber and chiller
- Placement in fabrication bays or dedicated laser areas with space for loading 6×12 sheets
- Rigging paths and floor loading typical of large-format enclosed laser machines
Pre-installation reviews focus on power, layout, and access so installation day is focused on cutting parts.
Actual cutting capacity, tolerances, and throughput depend on material grade, assist gas, parameters, and quality
targets. For critical parts or tight tolerances, we recommend validating results with sample cuts and agreed
parameter windows.
Capabilities & typical applications
The 2 kW, 6×12 ft Umprotech enclosed fiber laser is commonly used as a
large-format sheet-processing cell in fabrication shops and OEM lines, or as a core machine in a
cell with press brakes, saws, and welding fixtures. The combination of 2 kW power and 6×12 reach makes it well
suited to high-mix work where sheet size and nesting efficiency matter.
Large panels & cabinets
Cutting of large cabinet walls, panels, and base plates in steel, stainless, and aluminum from full 6×12
sheets, with bend lines and features aligned to downstream press-brake operations.
Frames, guards & structural details
Brackets, frames, guards, and structural elements cut at 2 kW, where edge quality and dimensional consistency
matter more than extreme throughput.
HVAC & building hardware
Duct panels, plenums, mounting rails, and hardware produced from large-format sheets, benefiting from high-yield
nesting on a 6×12 platform.
OEM component kits
Nesting complete kits—panels, brackets, and small hardware plates—on 6×12 sheets for OEM assemblies, with
repeatable programs and parameter sets stored in CypCut.
Signage & architectural elements
Large-format signage, architectural panels, and decorative cut-outs in steel, stainless, and aluminum, where
6×12 sheets enable big pieces or multi-panel layouts.
High-mix / low-to-mid volume work
Job shops and contract manufacturers running frequent changeovers, nested parts, and repeat orders where sheet
utilization and flexible programming are more important than maximum kW.
Prototypes & engineering changes
Producing prototypes or revised parts on the same 6×12 platform used for production runs, so engineering
changes can be evaluated with full-size nests and realistic sheet usage.
Integration into fabrication cells
Placed at the front end of a cell with press brakes, hardware insertion, and welding, feeding large-format
blanks and kits cut on 6×12 stock directly into downstream operations.
In many shops, the 2 kW 6×12 becomes the large-format workhorse—handling big panels and
high-yield nests—while smaller or higher-power lasers focus on thicker plate or specialty materials.
Configurations & options
The Umprotech 2 kW 6×12 enclosed fiber laser is delivered as a ready-to-run system. Core elements
— fiber source, auto-focus head, FSCUT control, full enclosure, extraction, and chiller — are standard. Available
configuration options let you align the system with your materials, gas strategy, and internal standards.
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Fiber source options: 2 kW Raycus or 2 kW IPG, selected to match your preferred supplier and
service network.
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Assist gas configuration: supports N2, O2, and air (configuration
dependent). We can help specify regulators, storage, and piping for your duty cycle and thickness range.
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Control stack: FSCUT controller with CypCut CAM/nesting included—no separate flat-sheet CAM
license is required for core 2D laser programming and simulation.
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Auto-focus cutting head: standard, with CypCut parameter libraries structured by material and
thickness to speed setup and support operator consistency.
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Full-cover enclosure & extraction: included as standard to simplify safety and shop air
projects around the installation.
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Industrial chiller: sized for 2 kW duty, supporting stable performance over extended shifts.
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Network & job management: support for network connections and shared job/part folders so
that your CAD, ERP, and laser cell workflows stay aligned.
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Integration & automation support: guidance for integrating the 6×12 platform into existing
cells, or planning future upgrades such as material handling or basic automation.
For unique requirements—such as specific OEM standards, specialized alloys, or custom fixtures—we can work with
your team to define recommended configurations and processes around the 2 kW 6×12 platform.
Implementation & support for US shops
We support US job shops, OEMs, and integrators through evaluation, installation, and ramp-up, focusing on
actual parts, real cycle times, and sustainable processes rather than only nameplate power.
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Pre-installation planning: review of power, floor space, rigging routes, exhaust connections,
gas supply (N2/O2/air), and safety requirements so site preparation is clear in advance.
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Part & material review: evaluation of representative parts, materials, and thickness ranges
to confirm that a 2 kW 6×12 configuration matches your workload and expectations.
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CypCut workflow setup: guidance on nesting rules, layer conventions, micro-joint and lead-in
strategies, and parameter libraries aligned with your products.
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Operator & maintenance training: training on safe operation, startup/shutdown, basic
troubleshooting, and routine maintenance tasks such as nozzle and lens care.
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Ongoing process support: assistance with new materials, cut-quality tuning, and cycle-time
optimization as more work is moved onto the 2 kW 6×12 platform.
Next step: send representative part files (DXF/STEP/PDF) along with your materials and thickness
ranges. We’ll review fit, estimate cycle times, and recommend a 2 kW 6×12 configuration and assist-gas strategy
tailored to your workflow and production goals.
Technical FAQ – 2 kW · 6×12 ft enclosed fiber laser
How does a 2 kW 6×12 system compare to higher-power lasers?
A 2 kW 6×12 machine prioritizes large-sheet utilization and everyday fabrication work over
extreme cutting speed on thick plate. Compared to higher-power systems:
- Lower power and gas consumption and simpler infrastructure
- Sufficient capability for many thin and mid-gauge jobs in steel, stainless, and aluminum
- Lower capital cost and operating cost than 6–12 kW platforms
If a significant portion of your workload is heavy plate or extremely time-sensitive, higher power might be
justified. If your mix is mostly thin and mid-gauge, 2 kW with a 6×12 bed often delivers a very strong
cost/performance balance.
What thickness range is realistic on a 2 kW machine?
A 2 kW fiber laser is optimized for thin and mid-gauge materials common in general
fabrication, HVAC, and OEM panels. Exact thickness ranges depend on:
- Material type and alloy (mild steel vs high-strength vs stainless vs aluminum)
- Assist gas choice and available pressure
- Edge-quality expectations (cosmetic, weld-prep, or to-be-machined)
- Required cutting speed and part volumes
Thicker sections may be possible at reduced speeds or with different quality tradeoffs. We recommend
validating your key material/thickness combinations with sample cuts before finalizing specs.
Why choose a 6×12 ft bed instead of 5×10 or 4×8?
A 6×12 bed is ideal if you regularly:
- Use 72×144" stock or design large panels and cabinets
- Benefit from higher part counts per sheet and fewer skeletons
- Want more flexibility in nesting large parts alongside smaller components
If your supply chain is already centered on 6×12 sheets, this format helps you take full advantage of that
material standard.
Is 2 kW enough power for a 6×12 platform?
Yes, if your primary focus is thin and mid-gauge materials and you are using the 6×12
platform to maximize nesting and material efficiency rather than cut heavy plate at extreme speeds. In many
shops:
- The majority of work falls within a thickness range well-suited to 2 kW
- Cycle time is driven more by part geometry and nesting than by absolute power
- Operating cost and utility simplicity are higher priorities than maximum throughput
Where thick-plate jobs are occasional rather than core, 2 kW plus 6×12 sheet capacity can be a strong
configuration.
How does CypCut handle nesting for large 6×12 sheets and remnants?
CypCut is well suited to large-format nesting. It supports:
- Automatic and interactive nesting on full 6×12 stock
- Custom sheet definitions to match your remnant sizes
- Common-line cutting, bridging, and skeleton management strategies
We can help define nesting rules and naming conventions so you can easily re-use remnants and keep track of
sheet utilization.
What facility requirements should we plan for with a 2 kW 6×12 system?
Compared to higher-power systems, a 2 kW machine is relatively modest on utilities, but you should still
plan for:
- 3-phase power sized for the laser, motion system, and chiller
- Assist gas storage and regulation aligned with your duty cycle (cylinders or bulk)
- Exhaust or filtration capacity for the integrated fume extraction
- Floor space and access paths for 6×12 sheet handling and rigging
These requirements are documented in the pre-installation information provided during specification.
What does day-to-day maintenance look like on this 2 kW 6×12 platform?
Routine maintenance is focused on keeping optics clean, gas systems stable, and mechanics in good condition:
- Inspecting and cleaning/replacing nozzles and protective lenses
- Checking assist gas filters, connections, and leak points
- Monitoring chiller performance and fluid levels
- Cleaning the cutting area and visually checking motion components
We supply maintenance schedules and checklists, and training covers how to perform these tasks safely and
efficiently.
How does the fully enclosed Class 1 design affect safety and layout?
The Class 1 enclosure helps contain the beam and process light, simplifying laser safety considerations:
- Hazard zones can be largely confined to the enclosure and loading area
- Operators generally do not need laser eyewear outside the immediate machine area under normal operation
- Safety reviews focus on interlocks, procedures, and training instead of open-beam controls
This can make it easier to install the machine near other operations in a shared fabrication bay.
Can this 2 kW 6×12 system integrate with our existing CAD/ERP workflow?
Yes. Typical integrations use CypCut as the cutting CAM layer:
- Engineering maintains geometry and part data in your existing CAD system
- Flat patterns are exported as DXF/STEP with naming aligned to ERP/MRP part numbers
- CypCut imports these files for nesting, parameter assignment, and simulation
We can help define folder structures and naming standards that keep engineering, planning, and the laser
cell in sync.
How do we decide if a 2 kW 6×12 configuration is right for our shop?
The best way is to look at your actual part mix and bottlenecks. We typically work through:
- Material and thickness distributions across your current and projected jobs
- Part geometries and required edge qualities for each segment of work
- Current constraints in cutting, forming, or welding operations
- ROI estimates comparing 2 kW 6×12 to smaller tables or higher-power options
Based on this data, we can recommend whether a 2 kW 6×12 platform should be your primary large-format
machine, part of a multi-laser strategy, or a future upgrade step as volumes grow.
Still evaluating 2 kW on a 6×12 platform? Share sample part files and your material/thickness
ranges. We’ll provide a targeted assessment and configuration recommendation for your 2 kW 6×12 enclosed fiber
laser cell.
