Enclosed Fiber Laser Cutting Cell · Ultra High-Power 6×12 Platform
Umprotech Enclosed Fiber Laser Cutter – 12 kW · 6×12 ft · FSCUT / CypCut
A fully enclosed, ultra high-power 12 kW fiber laser cutting system on a 6×12 ft (72×144″) bed, built for US job shops, OEMs, and fabrication cells where laser throughput is a primary bottleneck. Combining a 12 kW Raycus or IPG fiber source, FSCUT industrial motion control, and CypCut CAM/nesting, this platform is engineered for maximum sheet throughput, operator safety, and repeatable quality on large-format steel, stainless, aluminum, and mixed-metal jobs.
Laser power: 12 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)
- 12 kW fiber power for aggressive cutting on thin sheet and heavy plate
- Large 6×12 ft format for high-yield nesting, long parts, and big panels
- Class 1 fully enclosed cabinet with integrated fume extraction and industrial chiller
- FSCUT + CypCut for intelligent nesting, simulation, and process diagnostics
- Designed for multi-shift, high-duty cycles where uptime and cycle time drive ROI
Key advantages for US buyers
The Umprotech 12 kW, 6×12 ft enclosed fiber laser is positioned as an ultra high-power flagship cutting cell for shops where laser capacity limits overall output. It’s intended for operations that routinely process thick plate, high-volume sheet nests, and demanding alloys—and that want to compress pierce time, reduce cycle time, and standardize quality across large-format 6×12 sheets.
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12 kW fiber laser (Raycus / IPG): delivers extremely fast cutting on thin and mid-gauge sheet and extends into heavy plate capability for mild steel, stainless, and aluminum. Compared to 4–6 kW systems, 12 kW sharply reduces pierce times and allows much higher linear cutting speeds in many thickness ranges.
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Large 6×12 ft (72×144″) bed: handles full-size 6×12 sheets commonly used in heavy fabrication, machinery, and architectural work. Supports high-density nesting of brackets, frames, and panels, reducing material waste and handling time per part.
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Full-cover, Class 1 enclosure: a light-tight, interlocked safety cabinet with viewing windows and internal lighting. Helps contain process light and fumes, simplifying laser zoning and safety planning in shared bays with press brakes, welding cells, and assembly stations.
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Auto-focus cutting head: automatically adjusts focus for different thicknesses and moderate sheet warp across the full 6×12 ft working envelope. Supports consistent kerf, reliable piercing, and weld-ready edges on demanding nests and stacked cuts.
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FSCUT controller with CypCut CAM: an industrial control stack widely deployed on flat-sheet lasers. Provides intelligent nesting, micro-joint and common-line control, advanced lead-in/out strategies, and simulation, helping reduce scrap and rework while improving predictability.
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Integrated fume extraction & industrial chiller: included as part of the system. Proper cooling and fume management are critical when running 12 kW in multi-shift duty; this configuration is designed to support stable, repeatable output across long production runs.
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Mixed-metal and mixed-thickness production: capable of processing carbon steel, stainless, aluminum, and brass within defined thickness ranges. Assist gas strategies can be tuned for performance, cosmetic edges, or lowest cost per part—depending on the job.
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Built for throughput, not demos: engineered for real-world job-shop and OEM environments where the laser cell must integrate with upstream CAD/ERP and downstream forming, welding, and assembly operations.
Key technical specifications
The Umprotech 12 kW 6×12 enclosed fiber laser is supplied as a complete cutting cell. The fiber laser source, motion platform, auto-focus head, control stack, Class 1 enclosure, extraction, and chiller are designed to operate as one integrated system once utilities and exhaust are connected to specification.
Laser power & source
Laser power: 12 kW fiber (Raycus or IPG)
12 kW is an ultra high-power configuration designed for shops where:
- Laser cutting is a central bottleneck in the production process
- Thick plate and heavy sections are routine, not occasional one-off jobs
- Cutting speed and pierce time directly affect delivery performance and capacity planning
Raycus and IPG are established industrial suppliers with a strong track record in high-power fiber lasers, supporting stable output and service options suited to production environments.
Working envelope
Bed size / stroke: 6×12 ft (72×144″) nominal working area
A 6×12 platform is well-suited to:
- Large cabinets, chassis, and panels cut in a single setup from full sheets
- High-density nests of mixed brackets, frames, and small parts optimized for material yield
- Architectural panels, large signage, and structural profiles requiring extended part length
Remnant sheets can be saved as custom sheet definitions in CypCut for reuse across future jobs.
Controller & CAM / nesting
Control: FSCUT industrial motion & laser controller
Software: CypCut CAM / nesting (flat sheet)
FSCUT + CypCut provide an integrated programming and runtime environment tailored to high-power sheet cutting on large tables:
- DXF/STEP import from standard CAD workflows
- Automatic and interactive nesting on full 6×12 sheets and defined remnant sizes
- Lead-in/out optimization, micro-joints, corner smoothing, and cut sequence control
- Common-line cutting and bridging to reduce pierces and cycle time on high-density nests
- Simulation and graphical verification before cutting, with part and pierce visualization
- Diagnostic tools linked to I/O, alarms, and motion/laser status signals
The widespread adoption of FSCUT/CypCut in industry can simplify hiring and training for operator and programmer roles.
Cutting head & auto-focus
Cutting head: Auto-focus fiber cutting head with capacitive height sensing
On a 12 kW system, the cutting head must manage high energy densities and variable thickness. The auto-focus configuration:
- Automatically positions focus for each material/thickness combination
- Maintains consistent standoff across the 6×12 bed even with moderate sheet warp
- Reduces manual focus changes and supports rapid job changeovers
Parameter libraries in CypCut link focus position, gas pressure, and speed to each material/thickness recipe, improving repeatability and cross-shift consistency.
Enclosure & safety
Enclosure: Full-cover, Class 1 safety cabinet with interlocks
The enclosure is engineered specifically for ultra high-power operation:
- Interlocked access doors that stop cutting if opened or not fully closed
- Viewing windows for monitoring pierce and cut behavior without open-beam exposure
- Internal lighting and access points planned around 6×12 sheet loading and maintenance
Class 1 design helps confine laser hazards to the cabinet under normal operation and can simplify safety documentation and PPE requirements around the machine.
Utilities, chiller & fume extraction
Included: industrial chiller and integrated fume extraction system
At 12 kW, stable cooling and fume management are essential for performance and reliability:
- Dedicated chiller circuits for the laser and optics maintain temperatures within spec
- Extraction captures smoke and particulates at the cutting zone and routes them to your plant exhaust/filtration
- Stable thermal and environmental conditions support consistent cut behavior and long component life
Assist gases & process strategy
Assist gases: N2, O2, and air (configuration dependent)
12 kW platforms benefit from carefully planned gas strategies:
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Oxygen: high-speed cutting of mild steel with oxidized edges; commonly used on thicker plate and where speed is prioritized over cosmetic finish.
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Nitrogen: bright, oxide-free edges for stainless, aluminum, and mild steel where weld-ready or cosmetic edges are required.
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Dry air: cost-optimized cutting on selected materials and thicknesses where some oxide tint is acceptable; requires careful parameter tuning and adequate drying/filtration.
We can help size gas supply (cylinders vs bulk vs compressor systems) based on duty cycle, material mix, and planned utilization.
Motion system & structure
Motion: servo-driven gantry with precision linear guidance
The motion system is designed to keep pace with 12 kW cutting:
- Smooth acceleration and interpolation on long 6×12 toolpaths
- Consistent feature geometry and hole quality across the full working envelope
- Robustness for continuous, multi-shift production and frequent job changes
Electrical & footprint (high level)
Full electrical and layout documentation is provided during the quoting and planning phase. At a high level, the system is intended for:
- US industrial 3-phase power sized for a 12 kW fiber laser, chiller, and motion/control systems
- Installation in fabrication bays or dedicated laser rooms with room for 6×12 sheet loading and staging
- Rigging and floor loading comparable to other enclosed high-power large-format lasers
Pre-install planning focuses on power, access paths, crane/forklift capabilities, and sheet handling to keep commissioning focused on actual parts and processes.
Real-world cutting capability, tolerances, and throughput depend on alloy, assist gas, nozzle selection, nesting strategy, and quality expectations. For critical jobs, we recommend qualification runs with your actual parts and materials prior to finalizing production tolerances and quoting strategies.
Capabilities & typical applications
The 12 kW, 6×12 ft Umprotech enclosed fiber laser is typically deployed as a flagship production cell in fabrication plants and OEM facilities where laser cutting is a central constraint. It can run as a standalone cell or as part of a tightly integrated fabrication line feeding press brakes, panel benders, machining centers, and robotic welding cells.
Heavy cabinets, chassis & machine frames
Cutting heavy cabinet panels, machine frames, base plates, and sidewalls from full 6×12 sheets, with features and bend lines aligned to downstream forming and welding operations.
Structural sheet & plate components
High-speed cutting of gussets, stiffeners, mounting plates, and structural sheet/plate elements for machinery, construction, material handling systems, and heavy equipment.
OEM kit-based production
Large, kit-based nests combining panels, brackets, and plates for OEM assemblies. 12 kW power helps keep overall cycle times aligned with robotic welding cells and high-throughput assembly operations.
HVAC, ducting & building systems
Production of large duct sections, plenums, rails, and mounting structures, taking advantage of 6×12 sheet formats and high cut speeds to minimize per-part cost in competitive markets.
Signage & architectural metalwork
Large signage, architectural screens, and decorative panels in steel, stainless, and aluminum, where 6×12 format plus 12 kW power support fast cutting of complex patterns and long profiles.
High-mix / high-volume job-shop work
Job shops and contract manufacturers with high utilization, frequent changeovers, and a wide thickness range, where 12 kW and 6×12 sheets provide headroom and flexibility for diverse customer workloads.
Prototype-to-production on the same platform
Engineering and production can validate new parts, materials, and nests on the same 12 kW 6×12 hardware that will carry full-scale production, reducing risk when new programs launch or existing parts change.
Integration into automated cells & towers
Acts as the front-end cutting engine for automated material towers, load/unload systems, and robotic fabrication cells where the laser’s ability to rapidly clear full 6×12 nests is essential to cell-wide OEE.
In many plants, the 12 kW 6×12 cell is positioned as the primary high-power asset, with lower-power machines handling prototypes, specialty materials, or overflow work.
Configurations & options
The Umprotech 12 kW 6×12 enclosed fiber laser is supplied as a ready-to-run high-power cutting system. Core systems—12 kW fiber source, auto-focus cutting head, FSCUT control, full enclosure, extraction, and chiller— are included. Configuration options let you align the cell with your internal standards, gas strategy, and integration plans.
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Fiber source options: 12 kW Raycus or 12 kW IPG, chosen according to your installed base, preferred service relationships, and corporate standards for laser sources.
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Assist gas configuration: support for N2, O2, and air (configuration dependent), with guidance on storage, supply pressure, and piping to match 12 kW duty cycles.
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Control stack: FSCUT controller with CypCut CAM/nesting as standard—no separate flat-sheet CAM purchase required for typical programming, nesting, and simulation needs.
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Auto-focus cutting head: supplied as standard, with parameter libraries in CypCut structured by material and thickness to simplify daily operation and cross-shift consistency.
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Full-cover enclosure & fume extraction: integrated cabinet and extraction system help minimize engineering time and simplify safety and air-quality planning around the laser cell.
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Industrial chiller: sized for sustained 12 kW operation in multi-shift environments, helping maintain stable beam quality and thermal conditions.
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Network & file integration: support for network-based file transfer and integration with your CAD/ERP/MES systems through structured folder and naming conventions.
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Automation & handling integration: optional support for planning interfaces to load/unload systems, towers, conveyors, or robotic cells as your automation roadmap evolves.
For specific requirements—such as unique alloys, strict internal specifications, or defined cell concepts—we can collaborate with your engineering, operations, and safety teams to recommend a 12 kW 6×12 configuration, parameter strategy, and integration approach tailored to your plant.
Implementation & support for US shops
Deploying a 12 kW 6×12 fiber laser is a strategic investment. We support US job shops, OEMs, and integrators from early evaluation through commissioning and ramp-up, focusing on real parts, realistic cycle times, and sustainable processes instead of just nameplate power.
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Pre-installation planning: detailed review of power capacity, grounding, gas infrastructure (N2/O2/air), exhaust routing, floor layout, rigging paths, and 6×12 sheet handling so site preparation is clear before the machine ships.
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Part & material review: analysis of representative parts, materials, thickness ranges, and throughput expectations to confirm that a 12 kW 6×12 configuration fits your production needs and growth plans.
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CypCut workflow setup: assistance in organizing nesting rules, layer conventions, part naming, micro-joint strategies, and parameter libraries aligned with your materials and quality targets.
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Operator & maintenance training: training on safe operation of a 12 kW system, startup/shutdown, alarm handling, daily checks, and routine maintenance tasks (nozzles, lenses, filters, cleaning, and basic inspection).
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Ongoing process support: support for new materials, cut-quality improvements, cycle-time optimization, and integration questions as more work is moved onto the 12 kW 6×12 cell.
Next step: send representative part files (DXF/STEP/PDF) plus your material and thickness ranges. We’ll review fit, estimate cycle times, and recommend a 12 kW 6×12 configuration and assist-gas strategy aligned with your production targets and ROI expectations.
Technical FAQ – 12 kW · 6×12 ft enclosed fiber laser
When does a 12 kW 6×12 system make more sense than 6 kW or lower power?
A 12 kW 6×12 system is most compelling when you:
- Routinely cut thick plate or heavy sections, not just thin sheet
- Run high utilization on your lasers, where every minute of cycle time matters
- Want to consolidate multiple lower-power machines into a smaller number of high-power cells
If your workload is mostly thin sheet at moderate volumes, 2–6 kW may be sufficient. When thick plate, high-volume nests, and tight lead times dominate, 12 kW offers a substantial performance margin.
What thickness range can a 12 kW 6×12 platform realistically handle?
12 kW is designed to cover thin sheet through demanding plate applications in carbon steel, stainless, and aluminum. Exact ranges depend on:
- Material (mild vs high-strength steel, stainless grades, aluminum series, copper alloys)
- Assist gas (N2, O2, air) and available pressure/flow
- Required edge quality (cosmetic, weld-ready, or to be machined)
- Cycle-time targets vs. consumable and gas cost constraints
We recommend running sample cuts on your actual materials and thickness ranges to confirm performance before publishing internal thickness and speed tables.
How does 12 kW power impact assist gas usage and operating cost per part?
At 12 kW, assist gas flow rates and pressure requirements often increase compared to lower-power systems, especially on thick or high-speed cuts. However:
- Cut time per part can drop significantly due to higher speeds and faster pierces
- Gas consumption per minute may rise, but gas consumption per part can fall
- Bulk gas or advanced air systems become more cost-effective as utilization increases
We can help estimate gas cost per part and suggest supply strategies matched to your duty cycle and material mix.
Does high power increase the risk of part quality issues like dross and taper?
High power amplifies both capability and the need for good process control. With well-tuned parameters:
- 12 kW can produce clean, weld-ready edges at high speeds on many materials
- Pierce and cut quality can improve, especially on thicker sections
- Dross and taper can be held within tight limits by optimizing focus, speed, and gas settings
We work with your parts and materials to develop parameter sets that balance speed, quality, and consumable life.
How does CypCut handle large 6×12 nests and remnant management at 12 kW speeds?
CypCut is designed to manage large sheets and high-density nests, including:
- Automatic and manual nesting on full 6×12 sheets with part priority controls
- Creation and reuse of remnant sheet definitions for partial leftovers
- Common-line cutting, bridge cutting, and skeleton reduction techniques
During implementation, we can help define nesting rules and conventions that make it easy to leverage 12 kW speeds while still maximizing material yield.
What facility requirements should we expect for a 12 kW 6×12 system?
A 12 kW platform has higher infrastructure demands than low-power systems. Plan for:
- Sufficient 3-phase power capacity, including margin for chiller and auxiliary loads
- Assist gas supply sized for 12 kW duty cycles (bulk tanks or high-volume cylinder banks)
- Exhaust or filtration suitable for the fume load from high-speed, high-power cutting
- Floor space, crane/forklift access, and clearances compatible with a 6×12 enclosed laser
These requirements are detailed in pre-install documentation and reviewed with your facilities and safety teams.
How complex is operator training on a 12 kW FSCUT + CypCut system?
Operators with CNC or laser experience adapt quickly, but 12 kW power demands disciplined procedures. Training emphasizes:
- Understanding Class 1 enclosure behavior, interlocks, and emergency stops
- Loading nests, selecting parameter libraries, and making controlled adjustments
- Interpreting alarms, monitoring cut quality, and performing basic troubleshooting
- Routine maintenance tasks impacting quality and uptime (nozzles, lenses, cleaning)
Clear procedures and parameter libraries help maintain consistency across shifts, even in busy production environments.
What does routine maintenance look like on a 12 kW system, and what happens if it’s neglected?
At 12 kW, routine maintenance is critical for both quality and component life. Typical recurring tasks include:
- Inspecting and cleaning/replacing nozzles and protective windows at defined intervals
- Checking assist gas filters, hoses, regulators, and seals for contamination and leaks
- Monitoring chiller performance, fluid levels, and alarm history
- Cleaning the cutting area, removing slag, and checking motion components and cable management
Neglecting these tasks can accelerate wear on optics, degrade cut quality, and shorten intervals between unplanned downtime events.
How does the Class 1 enclosure influence our safety program and PPE requirements?
The Class 1 enclosure is designed to contain the laser beam and process light under normal operation. As a result:
- Laser hazards are largely confined to the inside of the cabinet
- Laser-specific PPE (e.g., eyewear) is typically focused on maintenance and service scenarios
- Safety programs emphasize interlock checks, lockout/tagout, and safe loading/unloading procedures
This can simplify placing the machine in shared bays with other processes, as long as procedures are documented and followed.
Can the 12 kW 6×12 cell integrate with our existing CAD/ERP/MES systems?
Yes. A typical integration pattern looks like:
- Engineering manages geometry and revisions in your CAD and PLM systems
- Flat patterns are exported as DXF/STEP using part numbers and revisions that align with ERP/MES
- CypCut imports these files for nesting, parameter assignment, and simulation
We can help define folder structures, naming conventions, and job-release steps so the laser cell fits cleanly into your existing planning and scheduling systems.
How do we decide if a 12 kW 6×12 configuration is the right investment for our shop?
The decision should be based on your actual part mix, bottlenecks, and growth plans. We typically analyze:
- Your material and thickness distribution across key product families
- Current and projected laser utilization and where cutting is limiting output
- Edge-quality and tolerance requirements on your most critical parts
- ROI scenarios comparing 12 kW to lower-power configurations and potential automation investments
Using your data and sample parts, we can recommend whether a 12 kW 6×12 cell should be your primary production engine, part of a multi-laser strategy, or a staged upgrade path in a broader capacity roadmap.
Still evaluating 12 kW on a 6×12 platform? Share representative part files and your material/thickness mix. We’ll prepare a focused assessment and configuration recommendation for your 12 kW 6×12 enclosed fiber laser cell, including expected cycle times and assist-gas strategies.
