CNC SOFTWARE & MACHINE MANUAL LIBRARY

CNC Software Downloads and Machine Manuals

Use this page to find official CNC software downloads, machine manuals, setup guides and post processor help for TechPro routers, lasers and production systems. Start with the machine model, serial number and controller version, then open the vendor page or request a machine-specific setup path.

SOFTWARE & DRIVER LIBRARY

OFFICIAL CNC SOFTWARE DOWNLOADS AND DRIVERS

The links below lead to vendor product or download pages. Check the controller, operating system, motion card and license before installing anything. Open Setup Guide when the machine uses a specific profile, driver, macro or post processor.

46Software resources
7Workflow categories
1Verified machine match

Version notice Vendor releases change frequently. The official download page is the source of truth; TechPro confirms whether that release is suitable for your machine.

46 software resourcesOfficial vendor link + TechPro setup guidance
SoftwarePrimary UseSystem / LicenseBest MatchOutput / PostTechPro Guide
Mach3Legacy but widely used PC CNC controlOfficial download pageMachine control, jogging, homing, G-code executionWindows; paid license3/4-axis routers, plasma and retrofit systems using supported motion hardwareMach3Mill / Mach3 Plasma
Mach4Current ArtSoft modular CNC platformOfficial download pageMachine control with plugin-based motion hardwareWindows; Hobby or Industrial licenseNewer routers and retrofit projects with a verified Mach4 motion controllerMach4Mill + Lua / plugin
NCStudio / WeihongPC-based and embedded Weihong controller familiesOfficial vendor siteRouter control, tool change, drilling and productionWindows or embedded HMI; machine-specificTechPro routers using Weihong PCI/PCIe cards, NK series or integrated controlsNC / ENG / controller-specific
Syntec CNCIndustrial router and machining controllerOfficial support portalATC, multi-axis, servo and production controlEmbedded controller; licensed firmwareATC routers, 4/5-axis machines and automated production cellsSyntec / Fanuc-style NC
LNC ControllerIndustrial control for routers and machining systemsOfficial vendor siteServo control, ATC, multi-axis and automationEmbedded controller; machine-specificTechPro ATC routers and special CNC systems equipped with LNCLNC-compatible NC
RichAuto DSPHandheld offline CNC controllerOfficial vendor siteOffline file loading, jogging and router controlEmbedded DSP; controller-specific firmwareEntry and mid-range CNC routers using RichAuto A/B series pendantsStandard / RichAuto NC
LinuxCNCOpen-source real-time CNC controlOfficial download pageMachine control, custom I/O and retrofit engineeringLinux; open sourceEngineering-led retrofit and custom machine projectsLinuxCNC / EMC2 post
GRBL + Universal Gcode SenderOpen-source control for small CNC systemsOfficial UGS downloadSend G-code to GRBL-based controllersWindows / macOS / Linux; open sourceSmall engravers, desktop routers and selected auxiliary systemsGRBL metric / inch
Vectric Aspire2D/2.5D toolpaths plus 3D relief designOfficial product pageSigns, furniture, reliefs, carving and production routingWindows; commercial license3/4-axis routers, rotary jobs and ATC routers.pp / .ppp post
Vectric VCarve ProPopular 2D and 2.5D router CAMOfficial product pageCutting, pocketing, drilling, V-carving and nestingWindows; commercial licenseStandard and ATC routers for wood, plastic and light non-ferrous work.pp / .ppp post
Vectric Cut2D ProFocused 2D production CAMOfficial product pageProfiles, pockets, drilling and simple sheet workWindows; commercial licenseEntry CNC routers and straightforward 2D production.pp / .ppp post
Autodesk FusionIntegrated CAD, CAM and manufacturing workflowOfficial product page2D through multi-axis machining, simulation and assembliesWindows / macOS; subscription and eligible personal useRouters, machining centers and custom post-processor projects.cps post
MastercamProfessional CAD/CAM for router and millingOfficial product pageAdvanced routing, milling, nesting and multi-axis toolpathsWindows; commercial licenseIndustrial ATC routers, 4/5-axis and complex production.pst + machine/control definition
RhinoCAM / VisualCAMMecSoft CAM integrated with Rhino or standalone CADOfficial vendor site2.5D, 3D, indexed and multi-axis machiningWindows; commercial license3D routing, molds, prototypes and multi-axis projects.spm post
SolidCAMIntegrated CAM for SOLIDWORKS and InventorOfficial vendor sitePart machining, fixtures, production and multi-axis workWindows; commercial licenseIndustrial routers and machining applications driven by 3D CAD.gpp / .vmid post
SAi EnRouteCAD/CAM for routing, signs and nested productionOfficial product pageRouting, engraving, nesting, textures and production outputWindows; subscription or commercial licenseRouter, sign, cabinet and fabrication workflowsMachine driver / output setup
ArtCAM (Legacy)Discontinued relief-design and router CAM softwareOfficial discontinuation noticeExisting relief carving and sign-making workflowsLegacy Windows licenses only; no new official saleExisting customers with a lawful installer and license.con post
AutoCADIndustry-standard 2D/3D draftingOfficial product pageTechnical drawing, geometry preparation and DXF/DWG exchangeWindows / macOS; subscriptionUpstream design for router, laser, plasma and knife workflowsDXF / DWG; CAM still required
Adobe IllustratorVector design for graphics and markingOfficial product pageLogos, vector artwork, labels and engraving graphicsWindows / macOS; subscriptionLaser marking, engraving, signage and vector preparationAI / SVG / PDF / DXF export
CorelDRAWVector design widely used in engraving and signageOfficial product pageArtwork, text, logos, signage and production layoutWindows / macOS; subscription or commercial licenseLaser engraving, marking and sign-making workflowsCDR / AI / SVG / DXF export
Rhino 3DNURBS surface and solid modelingOfficial download pageComplex surfaces, product models and geometry cleanupWindows / macOS; commercial or evaluation license3D routing, molds, sculpture and design-to-CAM workflowsSTEP / IGES / STL / DXF; CAM required
FreeCADOpen-source parametric CADOfficial download pagePart design, drawings and open-format exchangeWindows / macOS / Linux; open sourceBudget-conscious design and selected Path workbench projectsSTEP / DXF / STL / Path posts
BlenderOpen-source 3D modeling and sculptingOfficial download pageOrganic models, sculpture and mesh preparationWindows / macOS / Linux; open source3D carving models prepared for a separate CAM packageSTL / OBJ; CAM required
CypCutFriendess sheet fiber-laser cutting platformOfficial download centerImport, nesting, process setup and laser cutting controlWindows; licensed to compatible FSCUT hardwareSheet fiber-laser machines using Friendess FSCUT controllersDXF / NC job + machine config
TubeProFriendess tube-laser cutting controlOfficial download centerTube loading, chuck control, cutting and productionWindows; licensed to compatible tube controllerTechPro tube-laser systems using Friendess hardwareTube job + controller config
TubesTTube nesting and CAM companion for TubeProOfficial download centerTube part import, nesting and cutting-path preparationWindows; commercial / controller-linked licenseTube laser production with TubePro-compatible systemsTube project package
LightBurnLaser layout, editing and control softwareOfficial download pageDesign, engraving, cutting and direct device controlWindows / macOS / Linux; paid license with trialSupported Ruida, Trocen, GRBL, DSP and galvo systemsDevice profile; usually no CAM post
EZCAD2Common JCZ laser marking platformOfficial software pageFiber, CO2 and UV galvo laser markingWindows; hardware-linked licenseMarking machines using compatible JCZ LMC boardsMachine folder + board driver
EZCAD3Newer JCZ marking platform for DLC hardwareOfficial software pageAdvanced marking, 3D and dynamic-focus applicationsWindows; hardware and license dependentMachines equipped with supported JCZ DLC controllersDevice package + calibration
RDWorks / Ruida ToolsCO2 laser design and controller softwareOfficial Ruida downloadsLayer setup, engraving, cutting and controller transferWindows; controller-specificCO2 laser cutters using compatible Ruida controllersRLD / RD controller job
LaserCAD / Trocen ToolsCO2 laser software for AWC controller familiesOfficial vendor siteDrawing, layer parameters and controller transferWindows; controller-specificCO2 laser systems using supported Trocen controllersController project / machine config
CABINET VISIONCabinet design-to-manufacturing platformOfficial product pageCabinet design, costing, cut lists, nesting and CNC outputWindows; commercial modulesPanel furniture lines with nesting, labeling and drillingMachine integration / S2M output
MozaikCabinet software with manufacturing optionsOfficial product pageCabinet design, cut lists, nesting and CNC productionWindows; subscriptionCustom cabinet shops and nested-based manufacturingCNC optimizer / machine post
PolyBoardParametric furniture and cabinet designOfficial product pageCabinet design, cut lists, fittings and CNC exportWindows; commercial licenseFurniture and cabinet production using a separate CAM or direct outputDXF / CNC output option
ALPHACAMProfessional CAM for wood, stone and manufacturingOfficial product pageRouting, nesting, drilling, aggregates and automationWindows; commercial licenseIndustrial routers, furniture systems and specialized machiningMachine-specific post
imos iXIntegrated furniture design and manufacturing platformOfficial product pageFurniture engineering, sales, production and machine dataWindows / enterprise environment; commercial licenseAutomated furniture factories and connected production linesMachine connector / project integration
SheetCam2.5D CAM for sheet cutting processesOfficial download pagePlasma, router, waterjet and oxy-fuel toolpathsWindows / Linux; commercial license with evaluationPlasma tables and straightforward 2D sheet workflowsLua post processor
FastCAMCAD/CAM and nesting for profile cuttingOfficial vendor sitePlasma, oxy-fuel and profile-cutting productionWindows; commercial licenseIndustrial plasma tables and steel service workflowsController-specific NC post
SigmaNESTAdvanced nesting and fabrication softwareOfficial product pageNesting, quoting, scheduling and machine outputWindows / enterprise; commercial licenseLaser, plasma, waterjet and multi-machine fabrication shopsMachine driver / post integration
OptiScoutProduction software for digital cutters and routersOfficial product pageCutting, routing, registration and camera workflowsWindows; commercial licenseOscillating knife cutters, print-and-cut and specialty routingMachine driver / tool setup
WCH CH340 / CH341 DriverUSB-to-serial driver used by selected controllersOfficial driver pageUSB communication with compatible controller hardwareWindows; free vendor driverOnly devices confirmed to use a WCH CH340/CH341 interfaceUSB serial COM port
FTDI VCP DriverOfficial virtual COM port driverOfficial driver pageUSB communication for verified FTDI-based devicesWindows / macOS / Linux; free vendor driverControllers, adapters and service cables using genuine FTDI chipsVirtual COM port
Prolific PL2303 DriverUSB-to-serial driver for compatible adaptersOfficial driver pageSerial connection for service and controller communicationWindows; free vendor driverOnly adapters confirmed to use a supported PL2303 chipsetVirtual COM port
AnyDeskRemote desktop tool used for approved support sessionsOfficial download pageTemporary remote assistance with customer permissionWindows / macOS / Linux; vendor terms applyDesign PCs and control computers when remote access is authorizedNo CNC post
7-ZipOpen-source file archive utilityOfficial download pageExtract verified software, driver and backup packagesWindows; open sourceService packages delivered as ZIP, 7z or related archivesArchive utility
Notepad++Text editor useful for inspecting NC and configuration filesOfficial download pageReview G-code, logs, macros and plain-text configuration filesWindows; open sourceSupport and diagnostic work; not a substitute for CAM simulationNC / TXT / LOG inspection
Do not see your controller or software?Send a screenshot of the About/Version screen, controller label and machine nameplate. TechPro will identify the correct workflow.
Request Software Help

CNC MANUAL & DOCUMENT LIBRARY

CNC MACHINE MANUALS AND TECHNICAL DOCUMENTS

Choose a category and request access to the file you need. The catalog shows available document families; TechPro confirms the exact revision before release.

16Document families
7Technical categories
100%Configuration verified

Controlled technical library Every released file is matched to the machine record, document revision and intended use.

16 documentsOfficial vendor link + TechPro setup guidance
File NameApplies ToDocument IDRevisionUpdatedAccess
CNC Router General Operation ManualPDF - EN / localized version availableCNC RouterTP-CR-OMVerified latest2026-06
ATC CNC Router Operation ManualPDF - carousel and linear tool changer modelsATC RouterTP-ATC-OMBy controller2026-06
Rotary & 4-Axis Setup GuidePDF - rotary attachment and swing-head configurations4-Axis RouterTP-4AX-SGBy configuration2026-05
Furniture Nesting System ManualPDF - nesting, labeling and drilling workflowFurniture CNCTP-FUR-OMProject-specific2026-06
Door Making Machine Operation GuidePDF - profiling, lock and hinge processingDoor MachineTP-DOOR-OGBy tooling set2026-05
Fiber Laser Cutting Machine ManualPDF - sheet and sheet-tube combination systemsLaser CuttingTP-FLC-OMBy source/controller2026-06
Tube Laser Cutting System GuidePDF - chuck, loading and tube cutting workflowTube LaserTP-TLC-SGBy chuck system2026-05
Handheld Laser Welding & Cleaning ManualPDF - source, chiller, optics and wire feederLaser WeldingTP-HLW-OMBy laser source2026-06
Laser Marking Machine ManualPDF - fiber, CO2, UV and rotary configurationsLaser MarkingTP-LMK-OMBy source type2026-04
Digital Knife Cutter Operation ManualPDF - oscillating, drag and creasing tool systemsKnife CutterTP-DKC-OMBy tool head2026-05
Specialty CNC Equipment PackageDocument set - stone, glass and channel letter equipmentSpecialty CNCTP-SPE-DOCProject-specific2026-05
Syntec / LNC Controller ManualPDF - controller model and software revision requiredCNC ControllerTP-CTL-SLBy controller2026-06
RichAuto / Weihong Controller ManualPDF - DSP and PC-based controller familiesCNC ControllerTP-CTL-RWBy controller2026-04
Machine Electrical Drawing PackagePDF - serial-number-specific wiring and cabinet documentsAll MachinesTP-ELC-SNSerial-specificOn request
Pre-Installation Site ChecklistPDF - power, air, cooling, extraction and spaceAll MachinesTP-SITE-CKCurrent2026-06
Preventive Maintenance Record TemplatePDF / XLSX - daily, weekly and monthly service recordsAll MachinesTP-MNT-TPLCurrent2026-06
Can't find what you need?Submit the machine details and our technical team will identify the correct file.
Submit a File Request

Licensing and cybersecurity notice

TechPro does not recommend cracked, modified or unknown-source installers. Unauthorized software can contain malware, disable updates, corrupt controller files and invalidate vendor support. Confirm license ownership and scan all files before installation.

POST PROCESSOR GUIDANCE

POST PROCESSOR GUIDANCE BY CONTROLLER

A post processor translates CAM toolpaths into the syntax expected by the controller. The machine may run the wrong file without an immediate alarm, so every new post must be tested safely.

Vectric Aspire / VCarve / Cut2D

Typical TechPro targets include Mach3, Mach4, Weihong/NCStudio, RichAuto DSP, Syntec and LNC.

  • Post format: .pp or .ppp
  • Confirm units, arcs, safe Z and tool-change commands
  • ATC posts require verified tool numbers and macros

Autodesk Fusion

Fusion uses JavaScript-based .cps posts and can also use machine definitions.

  • Start from the closest verified controller family
  • Confirm work offsets, arcs, drilling cycles and rotary axis
  • Do not edit a production post without version control

Mastercam

Mastercam output depends on the post, control definition and machine definition working together.

  • Typical post format: .pst
  • Multi-axis and aggregate heads need custom engineering
  • Verify retract logic, TCP/RTCP and tool calls

RhinoCAM / VisualCAM

MecSoft posts are controller-specific and should be tested with a simple reference job.

  • Typical post format: .spm
  • Check arc planes, sequence numbers and file extension
  • Review rotary-axis sign and zero position

SolidCAM / CAMWorks

Integrated CAD/CAM systems use machine packages and post files that may be supplied by a reseller or post developer.

  • SolidCAM commonly uses .gpp and .vmid
  • Confirm controller cycles and machine kinematics
  • Keep the working machine package backed up

Furniture, Laser & Cutting Systems

Many systems use a machine connector or project package instead of a traditional G-code post.

  • CypCut/TubePro require matched controller configuration
  • Cabinet software may need a paid machine integration
  • LightBurn uses a device profile for supported controllers

CNC MANUALS & SOFTWARE: A PRACTICAL SELECTION GUIDE

A PRACTICAL FILE SELECTION GUIDE

CNC SOFTWARE AND MANUAL SELECTION GUIDE

CHOOSE THE RIGHT FILE BEFORE CHANGING A WORKING MACHINE

Start with the Machine Nameplate

Do not identify a machine by its frame, table size or paint color. Machines that look identical may have different controllers, motion cards, I/O boards, spindles, tool changers or firmware.

Record the full model and serial number from the nameplate. Photograph the controller label and its About or Version screen. Note the operating system, software version, number of axes and fitted options such as an ATC, rotary axis, drill bank or aggregate head. These details are more useful than a general product name when selecting CNC controller software or a machine manual.

Use the Manual That Answers the Job

A general operation manual explains homing, work offsets, loading a program and routine care. A controller manual covers menus, alarms, parameters and I/O. Electrical drawings are for wiring and component connections. Commissioning guides cover installation and fitted options, while maintenance checklists cover scheduled inspections.

Check the model, controller and document revision before following a procedure. CNC machine manuals should be checked against the build record; a recently dated PDF can still be wrong for an older controller or a machine with different options. Keep the manual supplied with the machine until a replacement has been confirmed.

Follow the Software Chain

CAD creates geometry. CAM creates the toolpath. A post processor converts that toolpath into code the controller understands. The control application loads and runs the program. Drivers and plug-ins connect the computer to the motion hardware. Firmware, PLC logic and machine parameters sit below those layers.

Find the failing layer before installing anything. Poor geometry is not fixed by a driver. A USB communication fault is not fixed by a post processor. Wrong tool-change code is not a CAD problem. Separating the workflow this way shortens troubleshooting and avoids replacing files that were already working.

Match the Controller and Motion Hardware

Mach3, Mach4, NCStudio or Weihong, Syntec, LNC, RichAuto, LinuxCNC and GRBL are different control families. Their installers, plug-ins, parameter files and machine profiles are not interchangeable.

Confirm the controller generation, firmware level, motion card or communication interface, Windows or Linux version and license type. The controller name alone is not enough. Two Mach3 machines, for example, may use different motion cards and plug-ins. For CNC software downloads, use the software vendor as the source, then check whether that release and machine profile belong to the specific machine.

Check the Process and Fitted Options

A router, nesting center, fiber laser, plasma cutter and digital knife may start from the same drawing, but the machine-ready files are different. Router output depends on units, axes, spindle commands, tool numbers and ATC logic. Nesting systems may also use drilling units, labels and production databases.

Laser output depends on the controller, laser source, cutting head and gas settings. Plasma output depends on the power supply, pierce sequence and torch-height control. Knife systems use blade, creasing and tool assignments. Select the resource by the actual process and hardware, not by table size alone.

Version, Windows and License Come Before the Update

Do not assume the newest installer is the safest choice. Check the supported operating system, 32-bit or 64-bit requirement, controller firmware, plug-in version, release notes and license method. Some licenses are tied to a dongle, network adapter, hard-drive ID or controller serial number.

Keep a copy of the current installer, license information and version screen before updating. If a vendor release is newer than the version validated for the machine, confirm compatibility first. A stable production computer does not need an update simply because a higher version number is available.

Judge a CNC Post Processor by Its Output

A CNC post processor must match the CAM product, controller family, machine kinematics, units and fitted options. The file extension does not prove that the output is correct.

Check metric or inch output, arc format, absolute or incremental I/J mode, safe Z, work offsets, spindle and coolant M-codes, tool-change sequence, rotary-axis direction and the expected NC extension. For an ATC machine, verify tool numbers and macros. For four- or five-axis work, also confirm rotary mapping and any TCP or RTCP requirement. Generate a short test program and compare it with a known-good file before using the post on a real job.

Build a Backup You Can Restore

Make a rollback package before importing parameters, installing a driver or changing the control computer. Save controller parameters, PLC or HMI data where available, work and tool offsets, tool tables, macros, calibration files, licenses, machine profiles, the working post processor and at least one proven production program.

For a critical Windows control PC, a full disk image is safer than copying a few folders. Store the backup on another computer or drive and label it with the machine serial number and date. Do not overwrite the only copy that can return the machine to production.

Test One Change at a Time

Close production work before making a software change. Read the vendor notes, verify the backup and change only one item. If the result is wrong, you should know exactly what caused it.

After installation, check controller communication, units, axis direction, homing, limit switches, work offsets, spindle or process output and tool-change behavior. Review the program in CAM simulation and in the controller preview. Where the machine procedure allows, use a dry run with safe clearance, single-block mode and a low feed override. Stop if the first motion differs from the preview or a known-good program.

Let the Symptom Point to the Cause

A fault that starts immediately after an import or update usually points to the item that changed. A part scaled by 25.4 suggests an inch and millimeter error. Mirrored motion suggests axis direction or post output. Distorted arcs suggest the wrong I/J mode or arc plane. A stop at tool change points to an M-code, macro or ATC setting.

If the controller disappears from the computer, check the driver, port, cable, power and motion hardware before editing CAM settings. Restore the last known-good setup before changing several unrelated parameters. Multiple changes make the original cause much harder to find.

Send the Details Support Needs

If the version is uncertain, do not guess. Send the machine model and serial number, nameplate photo, controller label, About or Version screen, computer operating system, axis count and fitted options. Add the software name and version, the file you tried, the exact alarm or result and what changed just before the problem appeared.

For a post processor request, include the CAM product and version, controller, units, tool-change type, rotary or aggregate configuration and a known-good NC sample if one is available. This is usually enough to identify the right manual, driver, setup guide or post path.

START WITH THE MACHINE, NOT THE DOWNLOAD

Do not choose a file only because the product name looks familiar. Two CNC machines can share the same frame and still use different controllers, motion cards, I/O maps, spindles, tool changers or firmware. Before opening any download, record the machine model, serial number, controller label, software or firmware version, operating system and installed options. That short checklist prevents the most common failures: overwritten parameters, lost licenses, reversed axes, missing I/O and unsafe tool changes. If any field is uncertain, request confirmation and include clear photos of the nameplate, electrical cabinet label and About/Version screen.

SOFTWARE AND MANUAL FAQ

SOFTWARE AND MACHINE MANUAL FAQS

Quick answers about CNC software, controller compatibility, post processors, installation, licensing and safe updates.

The included controller software, design/CAM package, license type and optional modules are listed in the quotation and contract. Send the quotation number or machine serial number if you need TechPro to confirm the original software package.

Usually yes if it can create a suitable file format or verified post processor for the controller. Provide the software name, version and a sample file before ordering so the complete workflow can be tested.

A post processor converts CAM toolpaths into controller-specific NC code or a machine job file. It controls syntax such as units, arcs, tool changes, spindle commands, work offsets and file extension.

No. Verify the controller hardware, firmware, license, machine parameters and driver requirements first. A newer release may not be compatible with the motion card or machine configuration.

The serial number connects the request to the machine build record, controller, purchased options and original software package. Machines that look similar may use different I/O, firmware, parameters or post processors.

Autodesk discontinued ArtCAM. Existing customers should retain their lawful installer and license records. New projects should consider a supported alternative such as Vectric Aspire, Fusion, RhinoCAM or another suitable CAM system.

They are primarily design programs. Most CNC routers, laser cutters and production systems still require CAM, nesting, marking or controller software to assign process parameters and create machine-ready output.

TechPro can review the requirement and may provide or recommend a suitable post where licensing and machine data allow. Multi-axis, aggregate, automated and custom machines may require paid post development and formal acceptance testing.

Back up controller software folders, parameters, PLC or macro files, correction and calibration files, licenses, dongle details, network settings, tool data, post processors, machine profiles and known-good jobs. A full disk image is recommended for critical control PCs.

Possible causes include the wrong driver, unsupported Windows version, damaged cable, incorrect USB port, missing administrator rights, power issues or incompatible controller hardware. Send Device Manager screenshots and the controller label before installing random drivers.

Yes where it meets the process and controller requirements. FreeCAD, Blender, LinuxCNC and UGS can be useful, but support scope, post quality, training and production risk should be evaluated before they become the standard factory workflow.

Review the NC code, simulate it, run without material or with the process disabled, use single-block mode and low feed override, verify axis direction and tool changes, then cut a simple reference part before approving production use.

Remote assistance may be available with customer authorization and a qualified person at the machine. Backups should be completed first, and the customer remains responsible for company IT approval, data protection and physical machine safety.

Send the exact software name, version screenshot, controller model and desired output. The library covers common workflows, but TechPro can review additional CAD/CAM, nesting, marking and controller systems.

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