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Home 9 Sheet Metal Fabrication 9 Laser Cut Program Basics: Superior Machining For Business

Laser Cut Program Basics: Superior Machining For Business

Published on: 2025-03-27

An image of a CNC laser machine forming holes in a workpiece with laser cutting codes on one side

Have you ever wondered about the working principle of the laser cut? This technique’s core is the laser cutting program, which dictates various cut properties. A CNC laser cutting program translates a computer-aided design (CAD) model into a set of instructions that the laser cutting machine can understand. 

These instructions direct laser cutting, which is characterized by a thin, powerful beam that pierces through the material to create the desired shapes and outlines. Laser cutters can also create designs or patterns on a material using the best laser engraving software. 

You should try this technology for your manufacturing and prototyping projects in partnership with ProleanTech. We create parts and prototypes fast and cost-effectively for various industries. You can get a part within a day with tolerances as good as ± 0.005 ″ (0.127 mm). 

This article reviews what a laser cut program is and its relevance to parts manufacturing. 

 

What is a CNC Laser Cut Program, And How Relevant Is It?

A CNC (Computer Numerical Control)  laser cutting program is a set of instructions that enables the laser cutting machine to make accurate and intricate cuts. Computer-based instructions control the machine’s functions and movements and help produce relevant parts for businesses. 

The CNC laser cutting program directs the laser machine to produce the desired shape on the workpiece. Like other CNC machines, a laser typically uses M-codes and G-codes to control the cutting process. 

An image showing a CNC laser cutting machine cutting sheet metal alongside some G-code 

G-Code for CNC Laser Cutting

G-codes control the movement and positioning of the laser, while M-codes handle auxiliary functions such as coolant flow, laser power, and machine operations.

The cutting process involves factors such as feed rate, laser intensity, and offset distance, controlled using specific CNC commands.

With such capabilities and possibilities, the role of laser cutting in industrial innovation is monumental. This importance is evident in the many industries it supports, from automotive to electronics. 

An image of several stacks of grey CNC laser-cut cylinder head gaskets

CNC laser-cut cylinder head gaskets 

 

Identify The Types of CNC Laser Cut Programs 

Generally, there are three categories of CNC laser cutting programs, each with pros and cons. The program could be manual, computer-aided manufacturing (CAM), or conversational. It is important to note why a machinist may choose one type over the other because it affects the quality of the laser cutting service. 

Manual CNC Laser Cut Program 

This is the conventional approach and understandably challenging to use. To use this method, the program must have a thorough understanding of how the CNC laser cutter works. 

This means visualizing the program’s outcome and feeding in the details based on this outcome. Due to this difficulty, manual CNC laser cutting programs are normally reserved for simple cuts. 

CAM CNC Laser Cut Program

The machinist may opt to use this type of program when the design is advanced. The CAM software creates a program from a CAD design. This type of program has higher capabilities, particularly regarding the number of parts produced within a certain time. 

Conversational Laser Cut Program 

The conversational laser cutting program is the easiest to use. The machinist does need to apply a programming language to operate the machine. 

Instead, the program allows for briefly entering the details of the intended cut. The machine may also enter simple details about the tool’s movement for the accuracy of the design. 

Unfortunately, conversational or instant laser cut programs may not work for complex cuts. 

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Our Software Options For Laser Cutting To Produce Parts

To use a program to produce a desired cut, a software solution is necessary to turn the ideas into tangible results. In other words, the design, the preparation of files in readiness for laser cutting, and the laser cutting process itself require software solutions. 

The leading options include the following:

Design Software for CNC Laser Cutting

This is the starting point of the cutting process. The software allows the designer to create and adjust the digital model of the envisaged cut. Autodesk AutoCAD is a prominent design software for laser cutting. 

An image of symmetrical star-like laser cutter designs in AutoCAD software

CNC laser cutting patterns on AutoCAD Software

Because the features in specific software options can vary, users choose the option to choose based on the complexity of the cutting job. 

CAM Software for CNC Laser Cutting

The laser cut design and production environments are different. A gap requires filling, and the filling is done by CAM software. Its function is to convert the CAD designs into formats that the CNC laser machine can read. The new format of the program is usually G-code. 

When choosing CAM software for CNC laser cutting projects, Prolean Tech considers the solution’s capability cost-effeciency, reliability, etc. 

Control Software for CNC Laser Cutting

This software is within the CNC laser machine or could be sourced from the manufacturer because its function is to actualize the cutting process. 

It is directly linked to the laser machine’s hardware, dictating the movements of the worktable, workpiece, and other components. It also controls the supply of coolant, the feed rate of the cutting tool, and other system operations. 

JobControl for Epilog CNC laser cutting/engraving machine is an excellent example of control software. 

An image of a setup of a metal sheet ready for CNC engraving under a modern-looking CNC laser machine by Epilog

An Epilog laser engraving machine

Other Categories of Software for CNC Laser Cutting 

Apart from the general laser cutting process, there is a need to optimize the part’s layout of the parts and other process parameters. This is why there are other special CNC software that may be used to execute the program.

An image of a part represented virtually in TruTops simulation software

TruTops For Virtual Representation

TruTops is an example of simulation software that creates a virtual version of the laser cut. For parts arrangement, nesting software options like ProNest and SigmaNEST are effective. 

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Laser Cut Program File Format Options To Consider

The precision and quality of a laser cut are highly dependent on the file format used for the cutting process. By using the correct file format, which is the vector format in this case, Prolean Tech can produce accurate cuts as per the design. We are ready to help you get your custom quote now and start the process immediately. 

Our laser cuts are always flawless because we avoid problems linked with incorrect file formats, including faulty designs and incomplete laser cuts. Our processing times are also short. 

Since laser cutting is largely a 2-D process, the types of file formats expected for the program are for 2D images. Laser cutting should produce accurate, clean cuts, so the preferred file format is the vector one. 

A closeup image of a CNC laser cutting process creating sharp round holes of different sizes in a metal tube

Accuracy of CNC laser cuts is critical.

The Suitability Of Vector File Formats – SVG and Others

Vector files, particularly the SVG (Scalable Vector Graphics) type, are recommended for their several benefits:

  • Scalable – The files retain their quality even after resizing 
  • Easy to edit – These files are easy to manipulate to suit different project requirements
  • Precise – The files provide the precision required for laser cuts
  • Efficient to handle – Since the files are relatively small, they are easy to process and store. 

Vector file formats are based on mathematical equations, so they retain quality even after scaling. Design complexity is not an issue; the format will always deliver clean precise cuts. 

An image of a part shown in Adobe Illustrator file format

Adobe Illustrator (AI)

Vector file format examples are SVG, Adobe Illustrator (AI), Encapsulated PostScript (EPS), and Drawing Exchange Format (DXF). Each has its strengths and shortcomings, which the provider must consider. 

An image of a dimensioned part on a DXF file format

DXF file format

The ideal laser cutting code file format is the DXF (Drawing Exchange Format) because of its superior precision and high compatibility with different CAD software and laser machines. 

Raster File Format – Ideal Choice for Images and Photos

The pixel-based raster format is the best choice for laser engraving because it favours images and photos. The best software for laser engraving is usually based on this format, which is also very easy to create. 

Unfortunately, this file format loses its quality when resized. It is also not preferred for large-size files because it becomes slower with size. 

Popular examples of raster file formats are Portable Network Graphics (PNGs), Joint Photographic Experts Group (JPEG), and Bitmap (BMP). 

An image of the JPEG acronym: Joint Photographic Experts Group on green, yellow, orange, and blue blocks

JPEG, A raster file format

 

Tips When Choosing A Service Provider In Laser Cutting Processes

When looking for the best provider of laser cut designs and products, insist on one that has a professional approach to the work, has proven experience, and can guarantee quality. 

A laser cutting service provider at this level should help you develop new prototypes and meet your manufacturing requirements promptly and cost-effectively. Therefore, follow these factors to identify the best provider from your list of potential partners. 

Check For Proven Performance and Skills

A quick look at previous projects can help determine the provider’s skill level and capability. Make sure the company has handled similar work before. 

The portfolio shows if they have the relevant laser-cutting capability. For instance, you want to ensure the provider can produce intricate patterns not just general precision laser cutting. 

An image of CNC cuts showing intricate flowery and curved features on a grey workpiece

Intricate CNC laser cutter designs 

Reach out to previous clients for clarifications and a chance to know what it is like to partner with the potential laser cutting service provider. 

Understand The Quality Control Process

Where laser cutting is involved, an expectation of the highest level of quality control is non-negotiable. Quality certifications like the ISO 9001:2015 ensure that a provider has installed measures for robust quality management. 

At Prolean Tech, we are ready to explain how we ensure top-level precision and tolerances in the laser cut program and manufacturing process. You can also get in contact with our industrial experts to learn how we prevent burrs and other issues. 

A metal part with burred CNC laser-cut edges

Burrs on a metal piece

There are many other ways of determining the best service provider, including the laser cutting methods they use. Learn more about this technology in this guide (Laser Cutting: Techniques, Materials & Manufacturing Guide). 

Reasons ProleanTech Is The Ideal Outsource Partner for Laser Cut Programs 

Having noted the different software solutions for laser cutting codes, you may wonder how relevant the program options are to your business. Outsourcing saves you money, exposes you to valuable technical advice, and enhances the production speed (important for high-volume manufacturing).

At Prolean Tech, we emphasize quality programming because we know it is the heart of perfect cuts. You have all the reasons to partner with us for aluminum laser cutting and other services. 

Our machinists and designers work seamlessly thanks to the quality control measures we have put in place, the advanced machinery, and the unparalleled experience of the team. 

Here is a summary of the reasons to work with professional laser-cutting programs and laser-cutting solutions:

  • You get technical service and support from laser-cutting experts 
  • No initial capital expenditure for laser cutting equipment 
  • No laser cutting machine-associated costs, such as training and maintenance 
  • Attention to detail and quick turnaround 

 

 In Conclusion 

While learning the laser cutting programming concepts may appear easy, consistent program use with the right equipment creates real mastery. At Prolean Tech, we have the perfect combination of CNC laser cutting machines and expertise to execute your projects excellently.

Every aspect of the company’s laser-cutting operations complies with the industry’s safety recommendations and best practices. We also provide custom solutions for different project sizes and complexities. 

Are you interested in laser-cutting parts derived from the most professional laser-cutting programs? Would you like to understand this exciting technology more and subscribe to our services? 

Contact us and ask for laser cutting services. Our representative will guide you about the next steps. 

 

FAQs

What program do laser cutters use?

Laser cutters use various programs, including AutoCAD, CorelDRAW, and Adobe Illustrator. 

Do laser cutters use SVG?

Yes, laser cutters use SVG (Scalable Vector Graphics) files. 

What is the best program to create laser-cut files?

The best program to create laser cut files depends on the user’s preference and the specific project. Options include AutoCAD, CorelDRAW, and Adobe Illustrator. 

What format is needed for laser cutting?

Vector file format is normally required for laser cutting. 

How does laser cutting work step by step?

The working steps for laser cutting are designing, file conversion, material & machine preparation, cutting, and finishing. 

What are the principles of laser cutting?

The principles of laser cutting revolve around beam generation, focusing the beam to cut the material, gas application to blow away the waste, and control. 

How deep can laser cutting go?

How deep a laser cutting can go depends on the material type and cutting speed. For instance, it goes deeper in softer materials such as wood and acrylic than in tougher ones such as stainless steel. 

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