Send material, thickness, sheet size, tube size, target laser power, assist gas and production hours. Rucheng will recommend machine type, power range, cutting head, gas system, dust extraction and quote-ready workflow options.
A practical fiber laser cutting machine quote needs the buyer's real production data: material type, thickness range, sheet size, tube size, target cutting quality, daily cutting hours, assist gas plan, workshop voltage and loading method. With these details, Rucheng Machinery can recommend whether a single table, double table, enclosed, plate-tube integrated or tube laser cutting machine fits the job, then match laser power, cutting head, chiller, dust extraction and gas equipment to the factory workflow.
For flat sheet and plate, quote accuracy depends on sheet size, maximum thickness, common thickness, material grade, nesting plan and loading frequency. A single table machine suits lower volume work, while an exchange table reduces idle loading time.
For tube laser quotations, send round tube diameter, square tube side length, wall thickness, tube length, profile type and chuck loading requirements. Dedicated tube lasers are better for repeated pipe and frame production.
Nitrogen, oxygen and compressed air change cutting speed, edge quality and operating cost. Rucheng uses your gas supply and finish requirement to recommend laser power instead of quoting only by maximum brochure thickness.
Use this table before sending drawings or sample parts. More complete information reduces back-and-forth and helps Rucheng prepare a quote-ready machine configuration.
| Production need | Information to send | Likely machine direction |
|---|---|---|
| Thin sheet job shop | Carbon steel, stainless steel or aluminum thickness range, sheet size, daily jobs and edge quality target. | Single table or double table fiber laser cutting machine. |
| High-volume sheet production | Loading time, shift schedule, nesting utilization, gas cost target and automation requirements. | Double table or fully enclosed fiber laser cutting machine. |
| Mixed sheet and tube parts | Sheet size, tube diameter, wall thickness, part drawings and percentage of sheet versus tube work. | Plate and tube integrated laser cutting machine. |
| Pipe, frame and profile production | Tube type, tube length, wall thickness, hole shape, bevel or slot requirements and batch volume. | Dedicated tube laser cutting machine. |
These pages explain the machine structures, power selection logic and operating factors that affect the final fiber laser cutting machine quotation.
Economical sheet metal cutting for mixed workshops and lower loading pressure.
Fully Enclosed Fiber LaserSafer enclosed cutting with dust control for higher-power sheet and plate work.
Plate and Tube Integrated LaserOne machine for sheet blanks, tube profiles, frames and mixed fabrication jobs.
Tube Laser Cutting MachineDedicated pipe and profile cutting for frames, racks, supports and tube assemblies.
Laser Power SelectionChoose 3kW, 6kW, 12kW or higher power from real material and output targets.
Fiber Laser Buying GuideCompare power, table type, price factors, quote specs and buyer checklist before ordering.
Cutting Parameters ChartReview speed, gas pressure, focus and nozzle settings by material and thickness.
Assist Gas GuideCompare nitrogen, oxygen and compressed air for cost and edge quality.
Laser Cutting Machine HubCompare Rucheng sheet, plate, enclosed, plate-tube and tube laser machines.
Drawings are helpful but not required for an initial recommendation. You can start with material, thickness, sheet size, tube size, production volume and photos of similar parts.
Rucheng matches power to the buyer's normal thickness range, cutting speed target, assist gas, edge quality and duty cycle. Maximum thickness alone is not enough for a good quote.
Price depends on laser power, table size, exchange table or single table structure, enclosure, laser source, cutting head, controller, chiller, dust extraction, automation, shipping and service requirements.
Nitrogen is common for clean stainless steel and aluminum edges, oxygen is practical for many carbon steel jobs, and compressed air can reduce cost for suitable thin sheet cutting.
Yes. If the finished parts need bending, include bend drawings, material thickness and production volume so Rucheng can connect the laser machine with a matching press brake solution.