Fast practical answer: before asking for a fiber laser cutting machine quote, prepare your country, industry, material, common thickness, maximum thickness, sheet or tube size, production volume, power supply and cutting gas condition. With these details, GYC Laser can recommend a real configuration instead of only sending a generic price list.
Many buyers start the conversation directly: “Please send price.” “Send machine parameters.” “I want to compare 3kW and 6kW.” “Do you have local service?” This is normal. A serious buyer may want a quick reference price first. A good supplier should be direct too: if the machine fits, continue the discussion; if it does not fit, do not waste the customer’s time.
But a useful fiber laser cutting machine quote cannot be based on power only. Before recommending a machine, GYC Laser usually needs to understand the customer’s industry, material, thickness, country and special requirements. These details decide whether the customer needs a sheet laser, tube laser, plate-tube combined machine, exchange table machine, large-format machine, air compressor solution or a higher-power package.
The Short Version: What We Need First
- Your country and installation city.
- Your industry and main products.
- Material type and common thickness.
- Maximum thickness and whether it is daily or occasional.
- Sheet size, tube size or profile size.
- Daily or monthly production volume.
- Available voltage, phase and frequency.
- Available power capacity.
- Oxygen, nitrogen or compressed air condition.
- Local installation and training requirement.
- Need for cover, exchange table, tube cutting or automation.
- Target budget and delivery schedule.
Good first message example: “We are a metal furniture factory in Mexico. We cut mostly 1.5-3 mm stainless steel sheet and some square tube. Max sheet size is 1500 x 3000 mm. Tube work is not every day. Power supply is 220V/3 phase/60Hz. Nitrogen is expensive here, so we want to discuss air cutting and installation support.”
1. Industry and Product
The first question should not be “what power do you want?” The first question should be: what industry are you in, and what do you need to cut?
| Industry or user type | Common machine direction | Why it matters |
|---|---|---|
| Sheet metal workshop | Sheet laser cutting machine, often with exchange table | Needs stable sheet production and loading efficiency. |
| Metal furniture factory | Sheet laser and sometimes tube laser | Thin sheet is common, but tube work may need a separate workflow. |
| Agricultural machinery parts | 6kW, 12kW or higher depending on thickness and batch | 10-16 mm plate may appear often. |
| Engineering machinery parts | Medium/high-power sheet or large-format machine | Part size and thickness can be larger than normal sheet metal. |
| Steel service center | 20kW+ or large-format/ground rail direction in many cases | Output, delivery time and cost per part matter most. |
| Tube processing user | Dedicated tube laser cutting machine | Tube loading, clamping, rotation and nesting are specialized. |
2. Material and Thickness
Prepare a simple material list. For each material, include material type, common thickness, maximum thickness, whether thick plate is occasional or daily production, and required edge quality. The common thickness is more important than the maximum thickness.
3. Country and Local Support
Country matters because installation, voltage, gas supply, import cost and service support are different in each market. Tell the supplier the installation country, whether you have local technicians, whether on-site installation is needed, whether remote training is acceptable, and whether local spare parts support is important.
Many buyers focus only on machine price, but overseas installation and support can decide whether the machine starts smoothly after arrival.
4. Power Supply Must Be Confirmed Early
Power supply should be checked at the beginning, not after the machine is produced. Confirm voltage, phase, frequency, available power capacity, neutral wire if required, transformer requirement and voltage stabilizer requirement.
380V, 3 phase, 50Hz.
400V, 3 phase, 50Hz.
480V, 3 phase, 60Hz.
If the electrical condition is not confirmed early, installation can be delayed and the customer may need extra electrical equipment after the machine arrives.
5. Cutting Gas Availability and Cost
Gas is one of the most important real-world factors in fiber laser cutting. Before buying, confirm whether oxygen and nitrogen are easy to buy locally, whether nitrogen is expensive, whether liquid nitrogen is available, whether you want compressed air cutting, and whether you already have an air compressor, dryer and filtration system.
6. Do Not Buy Only by the Lowest Price
A lower machine price can look attractive, but the real cost includes shipping, import duty, installation, training, local maintenance, spare parts, transformer or stabilizer, air compressor or gas system, operator training time and production loss if installation fails.
Some buyers choose a cheap machine but have no installation support. The machine arrives, the customer makes mistakes during setup, and the loss can become much larger than the original price saving. Fiber laser machines have delicate optical components. If dust enters the cutting head or optical path during wrong operation, lenses can be damaged quickly.
7. Machine Type: Sheet, Tube or Plate-Tube Combined?
Best for sheet production
For sheet metal workshops, a sheet laser cutting machine is usually the correct direction. Exchange table machines improve loading efficiency.
Best for tube volume
If the customer mainly cuts tube, a dedicated tube laser cutting machine is usually recommended.
Best for occasional mixed work
A plate-tube combined machine can work when sheet and tube volume are both not high.
Real case: one customer bought a plate-tube combined machine because it looked multifunctional. Later, they found that switching to tube cutting was troublesome, and the tube function was almost not used. Finally, they bought a separate tube laser cutting machine. For production factories, simple and efficient workflow often matters more than “more functions.”
8. Power Selection Should Follow Production
Do not choose power only by maximum cutting thickness. Prepare common material thickness, thickness that appears every day, thickness that appears occasionally, required cutting speed, shift schedule and future capacity expectation.
| Power | Common buying logic | Typical caution |
|---|---|---|
| 3kW | Entry-level thin sheet and budget-sensitive buyers | Do not choose it if workload already needs more power reserve. |
| 6kW | Mainstream sheet metal production and more power reserve | Not the best choice for large batches of 12-16 mm plate. |
| 12kW | Professional production and more medium-thick plate | Requires better structure, safety and operator training. |
| 20kW+ | Steel service, thick plate and high-output production | Only makes sense when production volume supports the investment. |
9. Key Configuration Points
Ask for a complete configuration list, not only the laser power. Check laser source, cutting head, controller, chiller, machine bed structure, servo motor and transmission system, electrical components, gas system, dust extraction, software, safety cover and spare parts.
Power matching items
- Laser source, cutting head and chiller must match the selected power.
- Gas control, electrical cabinet and cooling capacity should not be undersized.
- The machine bed and transmission system should support the expected workload.
Service and maintenance items
- Confirm spare parts list, lens protection, controller support and operator training.
- Ask how remote support, troubleshooting and local installation will be handled.
- Make sure the configuration is written clearly in the quotation.
10. Installation, Training and Loading Method
For overseas buyers, installation, training, shipping, tariffs and workshop preparation are often forgotten in the early price conversation. If production volume is high, also discuss loading method, unloading, crane or forklift access, operator arrangement and automation options.
Quote tip: send workshop photos or a simple layout if you already know the machine location. Loading space, crane or forklift access, gas cylinder position and operator path can change the recommended machine and installation plan.
Before You Ask for a Quote, Send This Information
Copy this message and fill it in:
Country: ____
Industry: ____
Main products: ____
Material and common thickness: ____
Maximum thickness and frequency: ____
Sheet size or tube size: ____
Daily/monthly volume: ____
Power supply: ____
Gas condition: ____
Need installation/training: ____
Special requirement: ____
Want a configuration instead of only a price?
Send GYC Laser your material list, thickness range, country and production plan. We can help compare sheet laser, tube laser, combined machine, 3kW, 6kW, 12kW and higher-power options based on real workshop use.
Contact GYC Laser for a machine recommendation or read the 6kW vs 12kW power selection guide.