BY MACHINE TYPECAD/CAM by machine type

On the shop floor you often hear “this CAM for 5-face machines” or “that one for molds,” but there are almost no free surveys that count how widely each is actually used. So for each of 12 machine types and fields, we gathered products and features the vendor markets as “for this field”, along with surveys and public sources, and always attached the type and strength of evidence.

What is listed here is only that “a dedicated feature for that field exists.” It is not a ranking by popularity, and it is not a recommendation.A blank means “we could not confirm it,” not “it cannot be used.”

Check the evidence-strength
badges, too!

◎the type and strength of evidence

●●●●●Surveys by research firms and industry associationsResults where a third party counted sales or installations. Always state which kind of count it is (sales, units shipped, or cumulative installations)

●●●●●Public sources and local-government surveysSurvey reports from local governments and public agencies. Limited to certain regions, industries, and years

●●●●○The machine tool builder’s own softwareProgramming software and CNC functions that machine builders offer for their own machines

●●●●○Machine tool builder states the pairingThe machine builder’s official page, or the CAM vendor’s official page, lists the machine name as a supported model

●●●○○CAM vendor’s dedicated moduleThe CAM vendor officially offers a package or add-on made only for that field. How widely it is used is unknown

●●○○○CAM vendor lists it as a featureSupport is stated on the official page as part of the general features

●○○○○Vendor’s self-assessmentThe vendor’s own claims such as “market leader” or “top share.” No third-party figures accompany them

▣Bridge/gantry 5-face machine

Large parts are machined on the top and all four sides in a single setup. Because an angle head is fitted to the spindle and indexed, the key point is whether the CAM holds the angle head’s shape and length as a tool and can check for collisions.

FJW-100/160 + MAZATROLYamazaki Mazak

●●●●○The machine tool builder’s own software

A bridge/gantry machining center for 5-face machining. It comes with an angle head as standard, indexes to 72 positions at 5° steps, and can machine the top and sides in sequence. The product page says 5-face programs can be built with MAZATROL conversational programming or written as G-code (EIA/ISO).^[1]

hyperMILL 2026 (angle head support)OPEN MIND Technologies

●●○○○CAM vendor lists it as a feature

The 2026 release lets you define an angle head as part of the NC tool in TOOL Builder, and reflects it in toolpath calculation, optimization, simulation, and collision checking. It also simulates the angle head’s approach and retract motions. Initial support is limited to Siemens SINUMERIK 840D and Heidenhain controls.^[2]

New version announced 2026-05-05. Note that supported controls are limited

What we could not confirmWe could not confirm on official pages how other CAM systems (Tebis, NX, Mastercam, etc.) handle angle heads. We also found no free survey counting which CAM is most common at 5-face machine shops.

▦Vertical and horizontal machining centers (2.5D production parts, multi-part setups)

Parts that are mostly holes, pockets, and contours are loaded many at a time onto pallets or tombstones (multi-sided fixtures) and run through. On the CAM side, automatic feature recognition and the ability to replicate the same operations across each fixture face and each part are what help.

FeatureCAM (tombstone machining)Autodesk

●●●○○CAM vendor’s dedicated module

You specify the number of faces and the dimensions of the fixture to create a tombstone document, then place parts with a wizard. You can choose to have operations automatically ordered to minimize tool changes, or to finish each face completely before rotating.^[3]

2018 help (confirmed from a search-result excerpt). As of October 2026, FeatureCAM is still sold as “Autodesk Fusion with FeatureCAM”, and the product page says it includes PartMaker and HSMWorks.

CAM AssistCloudNC

●●●○○CAM vendor’s dedicated module

AI that runs inside the CAM and automatically creates operations and toolpaths for 3-axis and 3+2-axis milling. Supported CAM systems: Mastercam (2025–2027), Autodesk Fusion, GibbsCAM (2025, 2026), SolidCAM (2025 SP4 and later), and Siemens NX (2306–2512). Lathes and mill-turn machines are not supported.^[6]

“Up to 80% of the program in minutes” is the vendor’s claim

Autodesk Fusion with FeatureCAM (product lineup)Autodesk

●●○○○CAM vendor lists it as a feature

FeatureCAM is sold as a bundle of FeatureCAM Ultimate, PartMaker, Autodesk Fusion, and HSMWorks, as a product aimed at automating CNC programming.^[4]

NX CAM (Feature-Based Machining)Siemens

●●○○○CAM vendor lists it as a feature

It has long had a mechanism that automatically recognizes features (such as holes), applies standard operations, proposes a machining sequence, and reuses the programmer’s choices.^[5]

Onshape CAM StudioPTC

●●○○○CAM vendor lists it as a feature

Cloud CAM that runs in the browser. The standard version covers 2.5-axis and basic 3-axis. The higher-tier CAM Studio Advanced adds advanced 3-axis, 4-axis, and 5-axis. Toolpath calculation, simulation, and G-code output run on AWS.^[7]

What we could not confirmWe could not confirm on official pages whether Mastercam, ESPRIT, or hyperMILL have a dedicated function for multi-part setups (user forums describe replicating with a transform function, but we do not use that as a source). We found no free survey of which CAM is most common in production-part shops.

✺Simultaneous 5-axis (impellers, blisks, turbine blades)

Parts with many blades need the rough machining between blades, the blade surfaces, the root fillets, and the hub surface to be cut without collisions while tilting the tool axis. Many CAM systems offer a package dedicated to this shape.

hyperMILL Multiblade packageOPEN MIND Technologies

●●●○○CAM vendor’s dedicated module

A 5-axis package for impellers and blisks. It provides roughing (plunge roughing as an option), hub finishing, point milling, flank (side-cutting) milling, leading and trailing edges, and fillet machining, minimizes input through automation, and has collision checking built in.^[8][9]

hyperMILL Turbine blade packageOPEN MIND Technologies

●●●○○CAM vendor’s dedicated module

For turbine blades. It covers 5-axis machining of the blade tip, flank milling, fillets, and platform machining, and introduces finishing with circle-segment (barrel) tools.^[9]

NX Turbomachinery MillingSiemens

●●●○○CAM vendor’s dedicated module

A group of NX CAM functions dedicated to blisks and impellers. It has dedicated operations for 5-axis roughing and finishing of blades and hub, and claims it can create collision-free paths up to 90% faster than general-purpose functions.^[10]

From a 2010 announcement. The “90%” is the vendor’s claim, with no conditions stated

Mastercam Blade ExpertCNC Software (Sandvik)

●●●○○CAM vendor’s dedicated module

A 5-axis add-on for parts with many blades. Targets impellers, fans, and ship propellers. Covers clearing between blades, finishing of blades and splitters, and finishing of the floor and fillets. Used with Mill 3D and Router 3D.^[11]

MAX-PACConcepts NREC

●●●○○CAM vendor’s dedicated module

CAM for turbomachinery. Modules for flank milling (ruled-surface blades), point milling (blisks and highly twisted shapes), parts with integral shrouds, single blades, 3+2 roughing, simulation, and adaptive machining.^[12]

CAM from a company that also makes design software

What we could not confirmWe could not confirm a package dedicated to “ports” (intake/exhaust ports) on the official pages we opened this time (hyperMILL’s 5-axis menu does have a Tube item). We found no figures on which dedicated modules are used most.

◒Molds and dies (stamping dies, injection molds, electrodes)

Freeform surfaces are cut for long hours with small-diameter tools, and direct machining of hardened steel and electrodes for EDM are common. In Japan, domestic mold CAM remains strong.

Global ranking of Japanese mold CAM vendors (CIMdata)CIMdata

●●●●●Surveys by research firms and industry associations

In CIMdata’s CAM revenue rankings, NDES placed 7th in 2008 and C&G Systems placed 9th in 2010. In 2010, C&G, just after a merger, had the highest growth rate at 91.4%.^[21][22]

Ranking by direct revenue (software and services). Only older years are freely published; recent rankings are available only in the paid report.

3D CAD adoption in the mold and molding industry (Osaka Prefecture)Osaka Industrial Economy Research Center

●●●●●Public sources and local-government surveys

Among 154 small and medium-sized mold and molding companies in Osaka Prefecture, 3D CAD adoption was 64.3% (2016 survey), higher than the 35.9% for small and medium manufacturers overall (2015 survey, 217 companies). Adoption mostly began in the 1980s–1990s, earlier than in manufacturing overall, and the report attributes this to early adoption in the automotive industry.^[23]

CAM-TOOLC&G Systems (Japan)

●●●○○CAM vendor’s dedicated module

CAD/CAM for molds with an integrated surface modeler. From hole drilling to simultaneous 5-axis: high-speed direct machining of high-hardness steel in 3-axis and 2.5-axis, positioned and simultaneous machining plus machine simulation in 5-axis, electrode and polygon editing, and on-machine measurement.^[13]

EXCESS-HYBRID IIC&G Systems (Japan)

●●●○○CAM vendor’s dedicated module

A mold design and manufacturing system that fuses 2D and 3D. Injection mold design, stamping die design, and CAM.^[14]

Space-E (Modeler, Mold, CAM, Press, Draw)NDES (Japan, part of the CGS group since 2025-10)

●●●○○CAM vendor’s dedicated module

An integrated CAD/CAM/CAE system for mold design and manufacturing. Press modules are available for stamping process design and progressive die design.^[15][16]

WorkNCHexagon

●●●○○CAM vendor’s dedicated module

CAD-independent CAM for molds, tools, and dies. 3-axis to 5-axis, roughing (Waveform), automated electrode programs, and an Auto5 module that converts 3-axis paths to 5-axis.^[17]

TebisTebis AG (Germany)

●●●○○CAM vendor’s dedicated module

For mold making, it offers 3D and simultaneous 5-axis milling, wire EDM of inserts, electrode design, machining, and measurement, digital twins of machines, tools, and fixtures, and an MES (ProLeiS). Only collision-checked programs are sent to the machine.^[18]

CimatronSandvik (formerly Cambrio)

●●●○○CAM vendor’s dedicated module

CAD/CAM for molds and dies. The mold design environment has dedicated mold design functions and an electrode solution. At the time of the acquisition, Sandvik positioned Cimatron as “for molds.”^[19][20]

What we could not confirmWe found no product-by-product share (%) of mold CAM in Japan in free sources.

⟳Multitasking machines and mill-turn; Swiss-type (sliding headstock) automatic lathes

With multiple spindles and turrets, the program has to handle waiting (synchronization) between the channels that move simultaneously. For CAM, simulation that reproduces machine motion and a machine-specific post-processor are essential.

ESPRIT EDGE 2025 (Swiss-type support)Hexagon

●●●●○Machine tool builder states the pairing

The 2025 release adds Swiss-type features for the first time, citing the CITIZEN L series and STAR SR series as examples. The machine’s digital twin handles overlapping, composite axis control, and automatic pre-positioning, and you can set up guide bushings, collets, and tool post blocks.^[28]

GibbsCAM GO MTMSandvik (formerly Cambrio)

●●●○○CAM vendor’s dedicated module

Handles any number of turrets and spindles; the Sync Manager lines up multiple flows, manages waits, and outputs NC with synchronization codes. Also supports Swiss-type multitasking machines.^[26]

Mastercam SwissCNC Software (Sandvik)

●●●○○CAM vendor’s dedicated module

A configuration that combines Mill and Lathe with posts tuned for Swiss-type. Supports comb-type tooling, some comb + turret types, and some B-axis machines, and provides hand-off before cut-off (POCO) and multi-channel NC display.^[27]

CAMplete TurnMill (being discontinued)Autodesk

●●○○○CAM vendor lists it as a feature

Verification and post-processor software for multitasking machines. New sales ended on 2026-06-07, updates continue until 2028-06-07, and it is fully retired on 2029-06-07.^[29]

What we could not confirmWe could not find official pages for the builder’s own programming support software from automatic lathe makers such as Citizen Machinery and Star Micronics.

⊖Lathes (2-axis NC lathes)

For simple turned parts, there is the option of using the conversational programming built into the machine’s CNC. CAM is used when shapes are complex or at shops with frequent changeovers.

MAZATROLYamazaki Mazak

●●●●○The machine tool builder’s own software

Mazak describes it as the world’s first CNC, introduced in 1981, that lets you build programs through a dialogue in everyday language. There is also SOLID MAZATROL, which creates programs from the 3D model of a commercial CAD.^[30]

MANUAL GUIDE iFANUC

●●●●○The machine tool builder’s own software

Guidance for lathes, milling machines, and machining centers that puts everything from program creation to machine operation on one screen. Includes ISO code creation, a freeform shape input screen, various machining cycles, machining simulation, setup guidance, and multi-channel lathe functions.^[31]

Advanced One Touch IGFOkuma

●●●●○The machine tool builder’s own software

Conversational programming software for lathes and machining centers. A 60-day free trial version for PCs is available (the version built into the machine is not included).^[32]

U.S. subsidiary’s page. The page refused automated retrieval, so we confirmed from a search-result excerpt

Parts CAM (lathe module)C&G Systems

●●○○○CAM vendor lists it as a feature

The CAM for machined parts has a module for lathe machining.^[14]

What we could not confirmWe found no free survey that shows with figures that “many shops handle 2-axis lathes with conversational programming.” We can say that builders provide conversational programming, but the share in actual use is unknown.

⚡Wire EDM and die-sinking EDM (electrode design)

Wire work is basically 2-axis contours and 4-axis (taper) cuts with different shapes top and bottom. Die-sinking needs a separate process of designing and machining electrodes. A distinctive feature is that EDM machine builders offer CAM themselves.

CamMagic ADMitsubishi Electric (product by Mitsubishi Electric Software)

●●●●○The machine tool builder’s own software

CAD/CAM supporting wire EDM, die-sinking EDM, and milling. It automatically recognizes the areas suited to each process from the 3D model. There is also CAD for electrode design, with functions to automatically detect areas that need EDM and to correct the shape for orbiting.^[33]

DiproSOLID Wire-cut CAMSodick

●●●●○The machine tool builder’s own software

Automatically finds every place to cut with the wire from a 3D solid, extracts the contours all at once, and creates NC for the company’s linear-motor-driven wire EDM machines. Includes coreless paths, DXF import, and NC simulation.^[34]

Mastercam WireCNC Software (Sandvik)

●●●○○CAM vendor’s dedicated module

2-axis and 4-axis wire paths, coreless machining, creation of tabs (uncut bridges), and associativity that follows shape changes.^[36]

Tebis (wire and electrodes)Tebis AG

●●●○○CAM vendor’s dedicated module

Covers wire EDM of mold inserts, plus design, machining, and measurement of electrodes for die-sinking EDM.^[18]

Cimatron ElectrodesSandvik (formerly Cambrio)

●●●○○CAM vendor’s dedicated module

An environment that automates selection of EDM surfaces, electrode design, management, and drawings, through to electrode machining.^[37]

WorkNC (electrode automation)Hexagon

●●○○○CAM vendor lists it as a feature

Has a function that automates electrode creation to speed up the EDM process.^[17]

CAM-TOOL (electrodes)C&G Systems

●●○○○CAM vendor lists it as a feature

The modeling functions include electrodes and data conversion.^[13]

ESPRIT (Wire EDM)Hexagon

●○○○○Vendor’s self-assessment

CAM for 2-axis and 4-axis wire. It offers coreless pocket machining in both 2-axis and 4-axis, and lists posts for Sodick and AgieCharmilles. The company calls itself “the market leader in wire EDM CAM.”^[35]

“Market leader” is a self-assessment with no third-party figures

What we could not confirmWe did not check the builder’s own software for EDM machines from FANUC, Makino, and others this time. We found no third-party survey of which CAM is most common for wire EDM.

⚙5-axis gear machining (gear milling)

Instead of a dedicated gear cutting machine, tooth forms are cut with general-purpose tools on a 5-axis or multitasking machine. Suited to prototypes, repair parts, and small-lot production.

gearMILL (Technology Cycles)DMG MORI

●●●●○The machine tool builder’s own software

Software that handles complex tooth forms and flank modifications, with built-in CAM for cutting with standard tools. Gear accuracy is stated as DIN/ISO grade 5 or better. It also has cycles for skiving (gearSKIVING 2.0, grade 7 or better), hobbing, broaching, and gear shaping, and can be added later as software to existing machines.^[38]

Announced 2026-07-15

InvoMillingSandvik Coromant

●●●●○Machine tool builder states the pairing

CAD/CAM for cutting external gears, splines, and straight bevel gears on multitasking machines and machining centers. Enter the gear specifications and it determines the machining method and creates the NC, and a small set of standard tools (CoroMill 161, 162) can cut a variety of tooth forms.^[39]

Software from a tool maker. The page body could not be opened because of a cookie-consent screen, so we confirmed from a search-result excerpt

What we could not confirmWe could not confirm gear-dedicated modules for hyperMILL or NX on the official pages we opened this time (the hyperMILL 2026 announcement does not mention gears).

✎Tool grinders

Dedicated software that designs the cutting geometry of end mills and drills and generates grinding wheel motion. General CAM is not used; software from grinder builders and control makers is used instead.

NUMROTONUM (Switzerland)

●●●●○The machine tool builder’s own software

Tool grinding software available since 1987. Used for making and regrinding end mills, drills, step drills, form tools, and more, and runs on grinders from 20 builders and more than 100 models (as of the 5.0.0 announcement in 2023).^[40]

ToolRoomANCA (Australia)

●●●●○The machine tool builder’s own software

Software for tool design and grinding. Touch operation, extension by scripting, and a 3D grinding simulation that updates every time a parameter changes. For tools used in aerospace, molds, general machining, and power generation.^[41]

WALTER TOOL STUDIO (HELITRONIC TOOL STUDIO)UNITED GRINDING (WALTER)

●●●●○The machine tool builder’s own software

CAD/CAM for WALTER tool grinders. Handles everything from tool design to manufacture through parameters.^[42]

▱Sheet metal and laser (for reference)

A separate field from cutting CAM. It creates nesting (sheet layout) and programs for punch, laser, and bending machines. There is software supplied by the machine builders themselves, and specialist software that works with any machine.

VPSS 4ieAMADA

●●●●○The machine tool builder’s own software

Importing and designing sheet metal parts, process planning, offline CAM programming, and production simulation. For laser, tube laser, punch, combination machines, bending machines, and welding machines. An expansion of the concept of the earlier VPSS 3i.^[43]

TruTops BoostTRUMPF (Germany)

●●●●○The machine tool builder’s own software

Software that brings programming of laser, punch, and bending machines into one. The latest is Version 21 (as of the page).^[44]

Lantek ExpertLantek (Spain)

●●●○○CAM vendor’s dedicated module

2D CAD/CAM and nesting that automatically creates NC for sheet metal machines. Versions are available for cutting (gas, plasma, laser, waterjet) and for punching.^[45]

Retrieving the page timed out, so we confirmed from a search-result excerpt

SigmaNESTSigmaTEK (Sandvik group)

●●●○○CAM vendor’s dedicated module

Nesting for laser, plasma, gas, waterjet, punch, combination machines, routers, knife cutters, and bevel cutting. Sandvik acquired it in 2021 as part of Cambrio.^[46][20]

As of 2026-10, sigmanest.com redirects to sigmateksystems.com

⌂Woodworking, routers, and hobby desktop CNC

Mostly 2D contours, V-carving, and relief work for signs, furniture, engraving, and the like. Many of the CAD/CAM options are low-cost or free.

Carbide CreateCarbide 3D (USA)

●●●●○The machine tool builder’s own software

The Core version is free, with 2D design and 2.5D machining (only for the company’s Shapeoko and Nomad). The Pro version adds 3D modeling, 3D toolpaths, and G-code output for other makers’ machines.^[48]

VCarve, Aspire, Cut2D, and othersVectric (UK)

●●●○○CAM vendor’s dedicated module

CAD/CAM for CNC routers. Cut2D is for 2D, VCarve handles 2.5D and machining of 3D models, and Aspire offers 3D modeling and 3D toolpaths. Described as aimed at workshops, sign shops, and makerspaces.^[47]

ALPHACAMHexagon

●●●○○CAM vendor’s dedicated module

CAM for wood, stone, and composites. From small workshops to automation of mass production.^[49]

Mastercam Router 3DCNC Software (Sandvik)

●●○○○CAM vendor lists it as a feature

There is a product for routers, and add-ons such as Blade Expert can also be used with Router 3D.^[11]

✚Hybrid with additive manufacturing (DED + machining)

Directed energy deposition (DED), which melts powder or wire to build up material, and machining are done on a single machine. The CAM must create the deposition paths and the cutting paths in the same environment and carry over the stock shape after deposition to machine it.

CAM-TOOL AMC&G Systems

●●●●○Machine tool builder states the pairing

Adds a mode for creating deposition paths to a simultaneous 5-axis CAM, so deposition and machining are programmed in a single system. As supported machines, it lists Nidec Machine Tool (LAMDA), Shibaura Machine (ZK series), and Okuma (MU-5000V/6300V/8000V LASER EX) for DED, and Enomoto Kogyo (3D5X-α) for polymer MEX.^[50]

LASERTEC 125 DED hybrid + Siemens NXDMG MORI and Siemens

●●●●○Machine tool builder states the pairing

For its own hybrid machines, DMG MORI cites a hybrid CAD/CAM module of Siemens NX that handles design, deposition, machining, and finishing in one, and says that 3D simulation of machine motion prevents collisions.^[52]

hyperMILL ADDITIVE ManufacturingOPEN MIND Technologies

●●●○○CAM vendor’s dedicated module

Supports DED with laser powder nozzles and wire arc (WAAM), programs cladding and cutting together, and carries over the stock shape between operations. Simultaneous 5-axis deposition, and a tool database for laser conditions.^[51]

Other CAD/CAM pages

⌗

CAD/CAM basics

The differences between CAD, CAM, and CAE, the 8 steps of the CAM workflow, types of CAM, and 35 terms.

▶

CAM simulator (try CAM in your browser)

Set the shape in your browser, choose a tool and a cutting method, and a 3D stock is cut and an NC program is output. 2.5D, 3D surfaces, 3+2, simultaneous 5-axis.

CAM finder

Pick your machine, part shape, rotary axes, current CAD and more to see the tier you need and CAM confirmed to support it (no ranking).

Terms & learning path

97 terms in four levels: Beginner, Intermediate, Advanced, Applied. Plain explanations, what matters on the shop floor, common misconceptions, and a learning path for each level.

▲

Axes & licenses

Tiers of 2.5D, 3D, 3+2, and simultaneous 5-axis, and whether you can add them later. Three patterns for which tier 3+2 sits in, by maker. A comparison table of 23 products.

⌂

Machine builders × CAM

Partner CAM systems, certified post-processors, machine models, and in-house conversational programming and digital twins for 22 machine tool builders. How NC code differs by control.

◍

Japan and the world

The global CAM market is about $3.1 billion (2025). Rankings that change with the yardstick, regional circumstances, Japan’s homegrown CAM, China, and a consolidation timeline.

≋

Toolpath types

Contour, pocket, hole, high-efficiency roughing, trochoidal; waterline, raster, surface-following, pencil, rest machining. Includes calculators for trochoidal slot milling and an initial depth-of-cut guide.

▤

CAD/CAM makers & products guide

57 products in 9 use-case groups. A map of groups (parent companies), CAM that runs inside CAD, strengths, industries, AI features, and Japanese contacts.

⇄

Data formats

What STEP (AP203, AP214, AP242), IGES, Parasolid, ACIS, DXF, DWG, STL, and 3MF carry. Problems that occur in exchange.

⌖

Coordinate systems, post, DNC

Work coordinate system G54, stock and tool library, the 4 stages of simulation, post-processor, DNC operation, and a checklist of common mistakes.

⟲

5-axis machining

The difference between 3+2 and simultaneous 5-axis, machine configurations, NC functions such as tool center point control, calibration, common mistakes, and 5-axis calculations.

📚Sources

We checked official pages of CAM vendors and machine tool builders, freely published announcements from research firms, and surveys by public agencies on 2026-10-14. “For [field]” is the vendor’s description, not a measure of usage or ranking.