VankCut-6060FL Compact Fiber Laser Cutting Machine
The VankCut-6060FL is a compact, enclosed CNC fiber laser cutting machine with a 600 × 600 mm work area for small-format metal parts and thin-sheet fabrication. Available in 1.5-3 kW configurations, it is intended for qualified production of steel, stainless steel, aluminum, brass and other supported metals after sample cutting and process validation.
- Compact Work Area: 600 × 600 mm cutting area for small sheets, precision parts and space-conscious production cells.
- Power Options: 1.5 kW, 2 kW and 3 kW sources can be evaluated according to material, thickness, assist gas and required cycle time.
- Controlled Precision: Ball-screw drive, linear guides and servo motion support fine cutting; finished tolerance and edge quality depend on material, nesting and validated process settings.
- Production Software: CypCut/FSCUT workflows support drawing import, nesting and cutting control; operator training and machine-specific setup remain required.
- Enclosed Design: Protective housing and viewing window reduce accessible radiation when correctly specified and interlocked. Confirm the final laser classification, conformity documents and site PPE requirements for the delivered machine.
- Serviceable Optical Path: Fiber delivery avoids external mirror alignment, while protective lenses, nozzles, focus calibration, gas delivery, extraction and chiller maintenance are still required.
Technical Specifications
| Model | Vankcut-6060FL |
| Laser Power | 1.5 kW / 2 kW / 3 kW; source model by quotation |
| Cooling Type | Water Cooling |
| Z-axis Travel | Nominal 100 mm; confirm final cutting-head configuration |
| Max. Empty Running Speed (X/Y) | Up to 80,000 mm/min; motion and process dependent |
| Laser Head | RayTools or equivalent auto-focus head by configuration |
| Positioning Accuracy (X/Y) | Nominal ±0.01 mm; confirm by factory acceptance test |
| Repositioning Accuracy (X/Y) | Nominal ±0.005 mm; confirm by factory acceptance test |
| Guide Rail | HIWIN or equivalent linear guide by confirmed BOM |
| Fiber Laser Source Brand | MAX / Raycus / IPG or other approved source by quotation |
| Control System | CypCut / FSCUT; version and controller by configuration |
| Cooling System | Industrial Water Chiller |
| Voltage & Frequency | AC 380 V, 50/60 Hz, three-phase; regional options by quotation |
| Applicable Materials | Carbon steel, stainless steel, aluminum, brass, copper and other supported metals after application review |
| Supported Formats | DXF and other controller-supported vector formats; confirm the software import workflow |
| Package | Export packing specification confirmed with the order |
Laser Cutting Thickness Reference (Stable / Limit)
| Material | 1.5kW | 2kW | 3kW |
| Carbon Steel | 6 / 8 | 8 / 12 | 12 / 16 |
| Stainless Steel | 3 / 4 | 4 / 6 | 6 / 8 |
| Aluminum | 2 / 3 | 3 / 5 | 5 / 7 |
| Brass | 1 / 2 | 2 / 3 | 3 / 4 |
How to Read the Cutting Reference
Stable / limit format: The first value is a production-oriented reference and the second is a slower limit-cut reference. Neither value is a guaranteed acceptance thickness without a sample test.
Limit cutting: Limit values may involve slow speed, increased dross or reduced edge quality and are not intended to represent routine mass-production capacity.
Reflective metals: Aluminum, brass and copper require a source, cutting head and process approved for back-reflection risk.
Process variables: Actual capacity depends on source model, beam quality, assist gas, pressure, nozzle, focus, alloy, surface condition and acceptance criteria.
Supported Materials
Typical applications include carbon steel, stainless steel, aluminum alloys, galvanized sheet, brass, copper, titanium and selected precious-metal sheets. Reflective and high-value materials require configuration review and representative sample approval.
Typical Industries
Applications include jewelry and precious-metal parts, precision instruments, electrical components, nameplates, gifts, signs, small automotive parts and other small-format sheet-metal workflows.
VankCut-6060FL Small-Format Fiber Laser Cutter
The 6060FL combines a compact 600 × 600 mm work area with enclosed fiber-laser cutting for qualified small metal parts. Select source power, cutting head, gas system and acceptance criteria from real materials and drawings.
Selectable Fiber Laser Source
- Source efficiency, beam quality and electrical requirements depend on the exact model
- Altitude and environmental limits follow the selected source datasheet
- Cutting performance must be validated with the target alloy and thickness
- Output-fiber length and interface are fixed by the confirmed machine BOM
- Routine source maintenance is limited, but cooling, power quality and connectors require inspection
- Pulse and modulation limits depend on the selected source and controller
Auto-Focus Fiber Laser Cutting Head
The auto-focus cutting head supports programmed focus adjustment and capacitive height control. Brand, optical rating, protective-lens specification and suitability for reflective metals must match the selected laser source.
CypCut / FSCUT Control Workflow
The controller supports drawing import, nesting, lead-ins, edge finding and cutting-path management. Available functions depend on the installed FSCUT controller and software version; training and machine-specific parameter setup are required.
Precision Linear Guides
Linear guides and ball-screw motion support smooth, repeatable travel. Guide brand, preload, lubrication and alignment are confirmed through the final BOM and factory acceptance checks.
Industrial Water Chiller
A matched industrial chiller regulates the laser source and cutting-head cooling circuits. Temperature stability, cooling capacity and electrical specification depend on the selected 1.5-3 kW configuration; follow the supplied maintenance schedule.
VankCut-6060FL Fiber Laser Cutter FAQ
What is the cutting accuracy of the 6060 fiber laser cutting machine?
Cutting tolerance is not a single fixed value. It depends on material, thickness, kerf, heat input, focus, gas, motion calibration and inspection method. The motion specifications are nominal; approve finished-part tolerances with drawings and representative sample cutting.
How does accuracy vary when cutting different materials?
- Laser and power: Source stability, beam quality and the selected cutting head affect kerf and heat input.
- Motion and calibration: Ball-screw alignment, servo tuning, guide condition and height control affect repeatability.
- Process settings: Focus, speed, gas type, pressure, nozzle and lead-in strategy influence dross and dimensional results.
- Material: Alloy, flatness, coating, surface condition and thickness variation must be included in acceptance testing.
Define critical dimensions and inspection methods in advance; Vank Laser can use the customer drawing and material to establish a realistic acceptance sample.
What laser source brands does the 6060 support?
The 6060FL can be quoted with MAX, Raycus, IPG or another approved fiber source. Availability, warranty, back-reflection capability and interface requirements depend on the exact source model listed in the quotation.
What are the maintenance costs for the 6060 fiber laser cutting machine?
Routine costs include protective lenses, nozzles, ceramic rings, assist gas, filters, lubrication, chiller service and extraction maintenance. Costs vary with material, duty cycle, gas choice and consumable life; request a recommended spare-parts list for the final configuration.
What after-sales service is provided?
Remote support, installation guidance, training, warranty and on-site service are provided according to the signed quotation. Confirm covered components, exclusions, response method, travel charges and spare-parts terms before ordering.
What materials can the VankCut-6060FL cut?
The machine is designed for supported metal sheets such as carbon steel, stainless steel, aluminum, brass, copper, galvanized sheet, titanium and selected precious metals. Results depend on source power, cutting head, assist gas and alloy; sample approval is required.
What thickness can the 1.5-3 kW configurations cut?
Use the stable/limit reference table as a starting point only. Final thickness and edge-quality capability must be confirmed with the exact source, cutting head, gas and customer material.
What laser power options are available for the 6060FL?
The standard page scope is 1.5 kW, 2 kW and 3 kW. Other powers are separate configurations and must not be assumed from this model page.
What is the working area of the 6060FL?
The nominal cutting area is 600 × 600 mm. Confirm usable travel, edge margins, fixture space and sheet loading requirements with the final drawing.
Do you provide installation, training and technical support?
Yes, according to the signed quotation. Confirm installation method, training scope, warranty coverage, language, travel costs and ongoing support terms.
What certification and software documents are supplied?
Conformity documents, laser classification, controller version, supported files and export requirements depend on the delivered configuration and destination. Request the applicable document list before ordering; do not rely on a generic certification claim.
F: Can I visit your factory or test the machine with my samples?
Yes. Factory visits and representative sample cutting can be arranged subject to scheduling, material safety review and agreed acceptance criteria.
F: What are the advantages of fiber laser compared to CO2 laser?
Fiber lasers near 1 μm are efficient for cutting metals and are commonly paired with high-speed sheet-metal systems. CO2 lasers near 10.6 μm are generally better suited to many organic and non-metal materials. The correct choice depends on material absorption, thickness, edge requirements and production volume.
F: Can the machine be customized according to my specific needs?
Yes. Source power, cutting head, gas system, controller, voltage, extraction and handling options can be evaluated. All custom requirements must be documented in the final technical agreement and quotation.
