We specialize in delivering professional CNC G-code files tailored for custom slide machining, encompassing intricate pattern designs, precision optic cuts, and detailed laser engraving. Compatible with a wide variety of industrial and desktop machines, our platform allows you to seamlessly select your desired slide model, optic cut, pattern design, and CNC machine to receive fully customized, ready-to-run G-code files.
Browse available work
[Optional] Upload 3D Part Model File (.STEP, .IGES, .STL)
if you have the digital slide model
Custom Slide G-Codes | Precision Fabrication
At Custom Slide G-Codes, we are a dedicated team of CAD/CAM specialists and CNC programming experts with over 6 years of hands-on industry experience. We bridge the gap between complex slide designs and real-world machining—delivering clean, reliable, ready-to-run G-code files directly to your shop.
Whether you run a high-volume production facility or a custom precision bench, our files are rigorously simulated and optimized for smooth execution, saving you valuable setup time and protecting your tooling.
Over 600+ successful digital fabrication orders delivered worldwide, including 150+ custom CNC slide programming projects.
Programmed and verified using globally recognized software, including Fusion 360, Mastercam, SolidWorks CAM, Siemens NX, HyperMill, and PowerMill.
Expertise in 3-axis to 5-axis operations, batch fixture design, and post-processor tuning.
Engineered to cut accurately on the first pass, saving setup time and protecting your tooling.
Customer feedback
Real-world G-code simulations, multi-axis slide milling, and precision optic cuts programmed in Fusion 360.
Fusion 360 | Haas VF-4 (5-Axis)
Comprehensive toolpath generation for a G17 slide profile. Programmed aggressive yet clean side serrations, custom port cuts, and top-surface serrations. Simulated in Fusion 360 to verify tool clearance and kinematics, ensuring flawless first-pass execution.
Fusion 360 | High-Speed Machining (HSM)
High-precision pocket milling and thread-milling operations for a G19 direct-mount Holosun 507K optic cut. Utilized adaptive clearing strategies to maintain constant cutter engagement, securing tight tolerances on hardened slide steel without chatter.
Project 1 of 2
We stand by the precision of our engineering. If you experience any issues with the delivered G-code or during your setup, we will fully revise the files and provide expert guidance to ensure your machine runs smoothly. We are committed to working with you until your project is successfully completed.
Your success is our priority. We only consider a transaction finalized once the G-code files have successfully machined your required design. If there is an unresolvable issue with our code file and you do not achieve the exact results you requested, we will issue a full, no-questions-asked refund.
Custom Slide G-Codes provides custom-engineered CNC toolpaths and CAD/CAM programming services.
CNC machining inherently involves physical risks. While we rigorously engineer and simulate all G-code files for accuracy, the buyer assumes all responsibility for safely executing the files. Users must verify the toolpaths in their own machine's simulation environment, ensure proper work holding, and verify tool offsets before running physical parts. Custom Slide G-Codes is not liable for machine damage, material loss, or injury resulting from the use of our files.
The custom G-code files and designs provided are for your manufacturing use. You may use them for personal or commercial batch production, but you may not resell or redistribute the digital G-code files themselves.
We collect only the information necessary to complete your order, which includes your email address, selected CNC machine specifications, and any optional 3D CAD files (.STEP, .IGES, .STL) you choose to upload.
Your data and uploaded models are used exclusively for engineering your custom toolpaths and providing customer support.
We respect your proprietary designs. We will never share, sell, or distribute your personal information, email address, or uploaded CAD models to any third parties.