This page is designed to help you find out whether PhCNC LSSE is good and if it is the right choice for you.
PhCNC LSSE is a Windows PCB CAM application for preparing printed circuit boards for CNC milling and prototyping. It imports Gerber RS-274X, Excellon Drill, ODB++ and DXF manufacturing data and provides tools for arranging, editing, cloning and panelizing PCB projects.
The software generates toolpaths for isolation milling, copper rubout, drilling, routed holes, PCB contour cutting, masking drilling and solder paste stencil milling. Multi-tool processing allows larger tools to be used where possible and smaller tools where required.
PhCNC LSSE generates configurable G-code, including G1 linear moves and G2/G3 circular interpolation, and includes an integrated CNC simulator for inspecting and simulating machining programs before production.
Multiple PCB designs or repeated copies can be combined in a single project. Both top and bottom PCB processing are supported.
Evaluation Mode has no time limit. A EUR 75 one-time license for one computer enables production-file export. PhCNC LSSE is also available through Microsoft Store.
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Gerber & Drill Import
Gerber RS-274X and Excellon Drill import
ODB++ Import
Import PCB manufacturing data from ODB++ projects
DXF Import
Import DXF geometry data for CNC processing
Isolation Milling
Automatic PCB isolation toolpath generation with multiple tools
Copper Rubout
Multi-tool copper removal and rubout toolpath generation
PCB Drilling & Routing
Drilling, routed holes and board contour cutting
Stencil Milling
Generate CNC toolpaths for solder paste stencil milling
Panelization / Multi-board
Arrange multiple copies or different PCB projects in one job
G-code & CNC Simulation
Configurable G-code generation with integrated CNC simulation
Multi-tool Processing
Automatically use different tool diameters where appropriate
Top & Bottom Processing
CAM preparation for double-sided PCB machining
hCNC LSSE combines PCB manufacturing-data import, CAM preparation, toolpath generation and CNC simulation in one Windows application. It works directly with Gerber RS-274X, Excellon Drill, ODB++, DXF and Pick&Place data and supports isolation milling, copper rubout, drilling, routing, board cutout, stencil milling and multi-board panelization.
Unlike general-purpose CAM software, its workflow is focused specifically on PCB prototyping and preparation of CNC production files.
PhCNC LSSE is designed specifically for PCB prototyping rather than general mechanical CAM. It provides PCB-oriented operations such as isolation milling, copper rubout, drilling and routing, stencil milling, top/bottom layer processing and panelization together with integrated G-code simulation.
The Evaluation Mode has no time limit, so users can import projects, prepare CAM operations and simulate the generated G-code before purchasing. A EUR 75 one-time license for one computer enables production-file export, with no subscription required.
PhCNC LSSE is intended for electronics engineers, PCB designers, prototyping laboratories, makers, universities, small manufacturers and companies that produce prototype or low-volume PCBs using CNC milling.
It is particularly useful for users who already have Gerber, Excellon, ODB++, DXF or Pick&Place manufacturing data and need to convert it into practical CNC machining operations and G-code.
PhCNC LSSE was developed by TELENET from decades of experience developing CNC hardware and software for PCB prototyping. The CAM functionality originated from real production workflows used with TELENET's PhCNC systems and was later developed into a standalone PCB CAM and CNC simulation application.
The goal is to provide a practical engineering tool focused on the complete path from PCB manufacturing data to verified CNC G-code.
PhCNC LSSE is a native Windows application developed primarily in C++. It uses computational geometry, PCB manufacturing-data parsing, CNC toolpath generation and G-code simulation technologies.
The software includes dedicated processing for Gerber, Excellon Drill, ODB++, DXF and Pick&Place data and is optimized for interactive processing of complex PCB geometry.
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