Program on a digital twin.
Cut on the machine.
ENCY CAM checks every toolpath against your actual CNC machine kinematics — collisions, axis limits, post-processor — before a single line of G-code leaves the software.
multi-axis toolpath
on a complex milled part
— operations tree visible]
<TBD: specific CNC machine model
e.g. DMG MORI NLX 2500
or Mazak Integrex i-200>
running the same toolpath]
[VISUAL: 3D twin of <TBD: specific CNC machine model — must be a real CNC, e.g. DMG MORI NLX, Mazak Integrex>]
"[Customer X] — first program ran the first part. No edits, no recovery, no scrap." — [Senior Programmer, Company TBD]
What machine-awareness means.
Three documented capabilities that together eliminate the "it crashed on the machine but not in sim" problem.
Background collision detection during toolpath calc
ENCY checks tool, holder, and machine collisions while generating the operation — not after in a separate simulation step. Issues are caught and flagged before you see the G-code.
toolpath calc in progress
with a red collision warning
on holder approach — CDIgnoreList
visible in panel. No cartoon metaphors.]
Posts validated against the same kinematics
ENCY's two postprocessor systems — the integrated SPPX generator and an open .NET postprocessor — know the exact same machine kinematics as CAM. No 20-revision post debugging; the twin confirms output before post-processing.
(SPPX / .NET selector, machine selected)
right: G-code output preview
with axis motion graphs
X/Y/Z/A/B line plots. Mono labels.]
True-solid simulation with material-removal analytics
Not voxel-only. ENCY simulates actual toolpath, holder clearance, and material removal in true 3D geometry. Axis graphs and volume-removed analytics show exactly what the machine will do.
toolpath + tool/holder geometry visible
bottom — "Graph of Volume Removed"
area chart + "Axis Motion"
X/Y/Z/A/B line graphs. Real ENCY sim output.]
Build the twin once. Run everything on it.
MachineMaker is a separate product under ENCY X — see ecosystem strip below. It is the way you build the twin that ENCY CAM runs on.
MachineMaker — no coding required
Load a machine template (Trevisan, custom libraries) or import your own CAD + kinematics. MachineMaker generates the digital twin in minutes — no programming, no scripting.
Once the twin is built, ENCY CAM runs every toolpath, collision check, and postprocessor output against that same kinematic model. One source of truth. Zero duplication.
MachineMaker is a separate product under ENCY X — see ecosystem strip below.
showing 3D CNC machine model
being assembled from kinematic
template — Trevisan or custom CAD.
Template list panel visible left.
Mono UI labels.]
Every CNC strategy verified in the twin.
No per-axis upgrades. No plugins. One license covers all 12 strategy families — each verified against your machine kinematics at calc time.
AI that proposes, twin that verifies.
ENCY's in-CAM AI assistant proposes operations from your part model. You review them. The twin checks them. Then you cut.
-
01
Prompt the assistant
"Generate operations for this 5-axis aluminium part on the Mazak. Target: ±0.02 mm, Ra 1.6, under 12 minutes."
ENCY CAM · AI Assistant— □ ×[VISUAL: ENCY CAM AI chat panel
showing typed prompt — part type,
machine, tolerance targets.
ChatGPT-style message thread.] -
02
AI proposes operations
The AI auto-generates a sequence: tool selection from your library, strategy order (Adaptive roughing → 5D Surfacing finish), feeds and speeds — all from the part model analysis.
ENCY CAM · AI Auto-generation— □ ×[VISUAL: ENCY CAM AI proposed
operations tree — strategy names,
tool selections, feed/speed values.
Accept / Edit buttons visible.] -
03
Verify against the twin
Every proposed operation runs through background collision detection against the machine twin — tool, holder, fixture, machine body. Axis limits checked. Singularities flagged.
ENCY CAM · Twin Verification— □ ×[VISUAL: twin viewport showing
AI-proposed toolpath running on
digital CNC machine twin.
Collision check panel: 0 violations.]⬤ Machine twin check · 0 violations -
04
Inspect and export G-code
Post-processor runs against the same kinematics. G-code is inspectable as CLData or raw G-code before you send it to the machine. No black box.
ENCY CAM · G-code Output— □ ×[VISUAL: ENCY G-code editor panel
showing post-processed output,
axis motion graph (X/Y/Z/A/B)
below the code. Export confirmed.]
Your stack. Your machine. Your code.
ENCY CAM is built on a proprietary technology stack. No third-party CAD, simulation, or postprocessor licensing dependencies. Your G-code stays on your machine — online or offline, production or R&D.
The open .NET postprocessor system lets you extend posts in C# / VS Code without vendor approval or subscription lock-in. You own the post. You extend it when you need to.
No cloud-enforced watermarking. No licensing checks on every operation. ENCY runs on your network, your terms.
ENCY X: One ecosystem for machines and robots.
ENCY CAM is part of the ENCY X platform — a technologically independent stack with no third-party glue. The products below share the same digital-twin infrastructure ENCY CAM runs on.
Learn more about ENCY X →Start now.
30-day trial, full features. No credit card. Works offline.
Try ENCY CAM free
30-day trial. Full features. No credit card. Works offline. No watermarks on output.
- All 12 CNC strategy families included.
- Machine twin verification enabled.
- Post-processor systems included.
Questions about your shop?
Talk to a CAM engineer who understands CNC programming, tooling constraints, and machine configuration. Not a bot.
Schedule a conversationFind a dealer or reseller
Prefer local support? Find an ENCY-certified dealer or reseller in your region — they can demo the twin with your actual machine model.
Find a dealerPer-seat perpetual license + annual maintenance. Volume and educational discounts available — ask a dealer.
[Company Name TBD] — from pilot to production in [N weeks].
A real outcome from a real shop. Names and numbers are placeholders until customer sign-off.
Read the full case study"The twin let us code with confidence. We know the machine can make it before we hit go."
— [Title], [Company Name TBD]
showing customer's part + toolpath
running in the digital CNC machine twin.
Or: a photo of the finished part
next to the CNC machine.
TBD: customer part image]
Learn ENCY CAM end to end.
Step-by-step courses on every CNC workflow — machine setup, twin verification, postprocessor customization, AI-assisted programming.