Laser cutting cost depends on the material, the thickness and the work required to make your parts. That is why two designs of the same size can come back with different quotes.
No single rate applies to every project. To calculate a reliable price, the shop needs to review your drawing and understand your specifications. Here we explain what drives the cost and what to send to get a clear quote.
The material affects the cutting process, the working speed and the consumables required. Cutting carbon steel is not the same as cutting stainless steel or aluminum. Non-metal materials such as acrylic and wood may call for a different technology, such as a CO2 laser.
Who supplies the material also matters. If the shop buys it, the cost may include the plate, material yield and scrap. If you supply the material, say so when you request the quote.
Thickness can change the cutting time and the process setup. In general, thicker material may require lower speed and more machine time. Capacity depends on the combination of material, thickness, geometry and available equipment.
At Corte CNC Ryerson, the plant in San Nicolás de los Garza, Nuevo León, runs a 12 kW fiber laser. Its capacity reaches up to 40 mm in carbon steel and 30 mm in stainless steel. The stated precision is up to ±0.03 mm, according to each project's specifications.
The plant in Ensenada, Baja California, has both a fiber laser and a CO2 laser. We review every request to define the right process for the material and the design.
The outer size of a part is not the only factor. The path the machine has to travel also affects cutting time. Complexity can increase with:
A production-ready file makes the design easier to review and removes uncertainty before quoting. If the drawing needs adjustments or preparation, that work can also be considered in the proposal.
The number of parts can change the cost per unit. In a batch, setup and nesting of the parts on the plate are spread across more units. That can lower the unit cost even though the order total rises.
Quantity also affects material yield. If several parts fit on the same plate, the shop can optimize the nest and reduce waste. State how many parts you need of each design; the total alone is not enough when there are several geometries.
A tighter tolerance requires extra attention to the drawing and to critical dimensions. Depending on the part, it can affect programming, the cutting process and inspection.
State which measurements are critical and what tolerance is required. Avoid requesting a blanket tolerance tighter than necessary: specifying what the assembly actually needs makes for a suitable quote and more efficient manufacturing.
Machine time combines several factors: cut length, speed, initial piercings and path complexity. A design with many details can take longer than a larger one with simple contours.
That is why knowing only the outer dimensions of a part is not always enough to estimate cost. The file lets us review the actual cutting path and how many elements must be produced.
The price can change if you need additional processes after cutting. For example:
If you need a part ready for assembly or installation, mention every required process from the start. At Corte CNC Ryerson we also offer CNC Cutting and Manufacturing Services and CNC cutting services.
Without reviewing the material and the file, giving an exact price is not responsible. As a general guide, think in terms of complexity ranges:
| Project Level | Characteristics That Can Influence It |
|---|---|
| Lower complexity | Simple geometry, few perforations and standard specifications. |
| Intermediate complexity | More detail, several parts or specific tolerances. |
| Higher complexity | Material or thickness that takes more time, elaborate geometries, tight tolerances or secondary processes. |
This classification helps you understand what can move the cost; it does not replace a quote. Two projects at the same level can differ because of material, quantity and plate yield.
So the shop can review your request clearly, prepare this information:
DXF, DWG, AI or PDF. If you have STEP or IGES, you can share those too.
state the type or grade, if you know it.
specify the thickness of each material.
break down the number of parts per design.
point out the critical dimensions and their tolerances.
state whether you need deburring, bending, welding or another operation.
share your deadline so we can review scheduling.
state your city and whether you need shipping.
Try to keep the file to scale and make sure each geometry corresponds to a clearly identified part. If you do not have a finished file yet, send the drawing or the technical information you have so we can review what is missing.
The process is straightforward:
At Corte CNC Ryerson we respond to quotes in under 24 hours. A complete request makes the review easier and avoids delays caused by missing information.
We serve projects in Monterrey and its metropolitan area from our plant in San Nicolás de los Garza, Nuevo León. Learn more about our CNC cutting service in Monterrey.
From Ensenada we cover Baja California, including Tijuana and the border region. See our CNC cutting in Ensenada and CNC cutting in Tijuana.
Our capacity includes a fiber laser at both plants, plus a CO2 laser in Ensenada. San Nicolás de los Garza runs the 12 kW fiber laser, with cutting capacity up to 40 mm in carbon steel and 30 mm in stainless steel. The stated precision of up to ±0.03 mm must be confirmed according to the conditions and specifications of each project.
To find out how much it costs to make your parts, send us the DXF, DWG, AI or PDF file along with the material, thickness and quantity. Include the tolerances and finishes you need as well.
We will review your request and reply within 24 hours. Contact us to quote your laser cutting project.
Send us your file, material, thickness and quantity. We review your specifications and reply within 24 hours.
Response in under 24 hours · Single parts or volume production
