ENCY: CAD/CAM
for a new generation

Delivering sophisticated CAM technology with an intuitive user interface and natural workflow

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ENCY - CAD/CAM for 2.5D and 3D milling

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Roughing Waterline

Roughing Waterline in ENCY offers adaptive and equidistant roughing strategies to ensure optimal material removal for complex parts, automatically selecting the best approach based on the geometry.

Adaptive and Equidistant Strategies:
The system intelligently applies adaptive or equidistant roughing strategies, depending on the specific features of the part, ensuring efficient material removal and constant tool engagement.

Automated Strategy Selection for Diverse Geometries:
Automatically selects the optimal approach for various part features such as closed and open pockets, wells, grooves, bosses, ribs, and slots, covering all key elements typically encountered in roughing operations.

Stock-Aware Toolpath Calculation:
Continuously updates the state of the stock material, generating efficient toolpaths that minimize air cutting and maximize material removal.

Super-Fast Toolpath Calculation:
ENCY’s advanced algorithms provide ultra-fast toolpath generation, significantly reducing the time needed to prepare roughing operations and accelerating overall production.

Adaptive Feedrate:
Dynamically adjusts the feed rate based on cutting conditions, ensuring optimal tool load. It enhances efficiency by accelerating in lighter material zones and slowing down in tougher areas, improving both machining time and tool lifespan.

Roughing-waterline_solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe swiss lathe cnc mastecam multiaxis
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Hole Machining

Fast and Error-Free NC Programming:
Interactive Interface: ENCY simplifies the creation of hole machining programs with its intuitive and user-friendly interface.

Automatic Hole Recognition: Automatically detects and categorizes holes in 3D models, ensuring precise and efficient programming.

Safety Features
Current Stock Monitoring: ENCY ensures the safety of operations by accounting for the current state of the workpiece, automatically identifying the top level of the hole for accurate drilling depth.

Safe Transitions: When drilling at different levels, ENCY provides safe transitions between operations, avoiding collisions and ensuring smooth tool movement across varying depths.

Drilling Cycles
The following cycles are supported within the hole machining operations: Simple Drilling, Drilling with Dwell, Chip Removing, Chip Breaking, Tapping ,Bore, Thread Milling, Hole Pocketing, Tapping with Chip Removing, Tapping with Chip Breaking, Groove Boring

Flexible Output
Canned Cycles or Longhand: Export NC programs in either simplified canned cycles or detailed longhand for customized control.

Interactive Hole Pattern Creation
Pattern Creation in Interface: Quickly design hole patterns directly within the interface, ensuring accurate placement across complex geometries.

Hole-Machining-Interactive
solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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FBM hole machining

FBM Drilling: Processing Hundreds of Holes in a Few Clicks

Automatic Hole Recognition and Grouping: ENCY’s Feature-Based Machining (FBM) technology instantly detects and groups hundreds of holes within the model, allowing for efficient and streamlined programming.

Automated Multi-Step Process Creation: With just a few clicks, ENCY automatically generates the complete machining process for multi-stage hole operations, handling tasks like drilling, reaming, tapping, and more, ensuring optimal toolpath efficiency and accuracy.

This automation allows for rapid setup and execution of complex hole machining operations, saving significant time and effort.

FBM_hole_machining solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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Countouring

2D and 2.5D Contours

A versatile, multi-purpose operation designed for handling both simple and complex toolpaths. This operation also supports 2.5D contouring, enabling machining across multiple Z-levels in a single operation. Interactive toolpath editing within the 3D view allows real-time adjustments for precise control.

Key features include:

Z-cleanup for smooth vertical surfaces,
Helical machining for efficient material removal,
Roughing and finishing passes for optimized machining,
Smart contour sorting to streamline toolpaths,
Corner smoothing for sharp edges,
Tabs functionality for secure part handling,
A specialized T-slot feature for undercuts,
Optional output with or without CRC (Cutter Radius Compensation) commands.

This operation provides maximum flexibility and precision, making it perfect for both basic and advanced contour machining tasks.

Rest material, chamfers, deburring

Rest material operations in ENCY provide precise control over leftover material after roughing, improving both efficiency and accuracy. Rest material toolpaths target areas where previous operations couldn’t reach, ensuring no material is left unmachined.

Rest material: Targets unmachined areas left by previous roughing passes, ensuring all material is removed for a complete and precise finish.
Pencil machining: Refines sharp corners and tight spaces, delivering detailed precision on complex geometries.
Chamfering: Adds beveled edges to improve part finish, enhance assembly compatibility, and reduce sharp edges for safety.

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Safe machine-aware toolpath calculation

ENCY, as a machine-aware CAD/CAM solution, calculates actual machine movements rather than just the tool movement around the part. This approach ensures safe and precise machining by accounting for the specific behavior and limitations of the machine.

Here’s how ENCY optimizes safety and efficiency:

Considers machine axes travel limits.
Detects the shape and orientation of the tool holder.
Tracks the current state of the workpiece during machining.
Accounts for fixture positions to avoid interference.
Prevents collisions by simulating and verifying movements in real time.
Enhances machine safety throughout the process.

Result: Achieve worry-free machining with optimal efficiency, reducing risks and ensuring precision at every step.

Surface finishing

Finishing operations

Waterline Finishing: Creates smooth, parallel toolpaths that follow the contour of the surface. Ideal for parts with steep walls, ensuring consistent surface quality.

Plane Finishing: Used for flat surfaces, this method generates toolpaths that move in a linear direction, providing a polished finish across level areas.

Scallop Finishing: A more advanced technique that follows the surface’s curvature, maintaining a constant step height between tool passes. This is perfect for creating smooth, detailed surfaces on complex 3D geometries.

3D Helical Finishing: A continuous, spiraling toolpath that moves along the 3D geometry, ideal for cylindrical or rounded shapes. It provides smooth surface finishes and reduces the risk of visible tool marks.

Morph Finishing: Designed for intricate shapes, this method blends toolpaths between different curves or surfaces, ensuring a seamless transition and a high-quality finish on complex parts.

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Multi-part projects

Sequential machining with WIP (Workpiece in Progress): ENCY allows sequential machining where the workpiece is transferred between operations, retaining its intermediate state (WIP). This simplifies the process for handling complex parts.

Part Copies: Easily create multiple copies of the same part in a project, automating the production of identical parts and reducing programming time.
Simultaneous production of different parts: ENCY supports the machining of several different parts within a single project, improving production flexibility and optimizing machine usage.

Tombstone machining: The system enables setting up multiple workpieces on a tombstone fixture for simultaneous machining, greatly reducing production time and increasing machine efficiency.

Sorting features to optimize multi-part machining:

By operation type: Sorts machining operations based on the type, such as roughing, finishing, or drilling, to streamline workflow and tool changes.

By tool: Groups operations that use the same tool to minimize tool changes, reducing machine downtime.

By part or fixture: Organizes machining by specific parts or fixtures, ensuring an efficient sequence when working with multiple workpieces.

By WIP state: Allows sorting operations based on the state of the workpiece in progress, ensuring smooth transitions between sequential operations.

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Ultra precise material removal simulation

ENCY delivers precise and seamless simulation for all machining processes, including milling. The software provides accurate visualization of material removal, while fully simulating the machine’s kinematics through its digital twin. This includes advanced detection features such as:

Collision detection,
Axis travel over-limit detection,
Part gauge control,
Tool contact with the workpiece during rapid movements,
Excessive plunge angle detection.

ENCY is featuring two simulation engines:

Voxel Simulation (default): Ultra-fast, highly accurate, and ideal for most machining cases, offering real-time material removal previews.
Solid Simulation: Ultra-precise and slower, designed for high-quality surface modeling with visualization of scallop height as small as 0.01mm.

By offering a comprehensive and highly accurate simulation environment, ENCY empowers users to optimize workflows, reduce downtime, and prevent costly mistakes before production begins. This ensures smoother, error-free manufacturing with confidence in the final output.

Finishing undercuts

Undercuts machining

The undercut waterline operation is designed for machining parts with complex undercut features, delivering precise toolpaths and high-quality surface finishes. It supports a variety of specialized tools:

Supported Tools: Dove mill, Slot mill, Lollipop mill, Two-angle mill, Round groove mill, Sharp chamfer mill, Rounded chamfer mill, Indexable chamfer mill, Barrel mill, Lens barrel mill, Taper barrel mill.

Key Features:

Roughing Passes: Utilize equidistant and adaptive strategies for efficient material removal,
Adaptive Step for Constant Scallop Height: Ensures uniform surface quality, reducing manual finishing work,
Precision on Complex Geometries: Achieves detailed machining in hard-to-reach areas, such as undercuts, with minimized cycle times.

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ENCY - CAD/CAM for Lathe

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Specialized Turning Cycles

The software includes dedicated cycles that simplify complex manual jobs:

Roughing & Finishing: Supports canned cycles for longitudinal, transverse, and contour turning.
Threading: Includes a comprehensive library for standard threads (Metric, Unified, etc.) and custom pitches.
Grooving/Parting: Specialized logic for "peck" grooving to manage chip breaking.
Part-off. Executes the cut off the processed part from the leftover material of the workpiece, while also machining the back face of the part. The system generates the working cycle's contour as a vertical line connecting the outer and inner diameters of the workpiece on the part's right or left side.

Lathe Facing

Lathe Thearding

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Geometric Modeling & Import

Ency-CAM allows for quick 2D wireframe creation specifically tailored for lathe profiles (OD/ID, faces, and grooves).

CAD Compatibility: It supports standard formats like IGES, DXF, STEP,SolidWorks (.sldasm, .sldprt), SolidEdge (.asm, .par, .psm, .pwd), and Rhinoceros (.3dm),Parasolid (.x_t, .x_b), IGES (.igs, .iges), and STL (.stl), DXF (.dxf), PostScript (.ps), and Encapsulated PostScript (.eps) VRML (.vrl) and DWG.
Profile Recognition: The software can automatically identify the boundaries of a part profile to generate toolpaths quickly.

lathe machining operations

CAM system represents the machining process as a sequence of operations. The sequence can contain any number of operations of various kind. Each operation uses it's particular methods to form toolpath and accepts individual set of parameters. The list of available operations is defined by the system configuration .

All lathe operations placed in one group "Lathe" inside the list of all operation.

ENCY Rotary: 4-axis CAD/CAM

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Roughing Waterline

Rotary Roughing

The rotary roughing strategy is optimized for removing large volumes of material in rotary machining operations. It generates robust toolpaths that follow the rotary axis, ensuring effective material removal while preserving stability. This strategy is particularly suited for initial machining stages, where the focus is on shaping the workpiece quickly and efficiently.

Equidistant Strategy

The equidistant roughing strategy ensures uniform material removal by maintaining a constant distance between toolpaths. This delivers consistent cutting conditions, reducing stress on the tool and the machine while creating a balanced roughing process. It’s ideal for achieving predictable results and setting up a smooth transition to finishing.

Adaptive Strategy

The adaptive roughing strategy dynamically adjusts the toolpath to maintain optimal cutting engagement, minimizing air cuts and reducing tool wear. This approach enables high-speed rotary machining with greater efficiency, allowing for rapid material removal while maintaining precision and control.

These advanced roughing strategies in ENCY provide comprehensive solutions for rotary machining, enabling users to handle diverse machining requirements with precision and efficiency.

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Safe machine-aware toolpath calculation

ENCY, as a machine-aware CAD/CAM solution, calculates actual machine movements rather than just the tool movement around the part. This approach ensures safe and precise machining by accounting for the specific behavior and limitations of the machine.

Here’s how ENCY optimizes safety and efficiency:

Considers machine axes travel limits.
Detects the shape and orientation of the tool holder.
Tracks the current state of the workpiece during machining.
Accounts for fixture positions to avoid interference.
Prevents collisions by simulating and verifying movements in real time.
Enhances machine safety throughout the process.

Result: Achieve worry-free machining with optimal efficiency, reducing risks and ensuring precision at every step.

Finishing Strategies for Rotary Machining

Rotary_finishing_solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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Rotary Finishing Operation

This strategy is focused on achieving precise, high-quality finishes by generating toolpaths along the rotary axis. It follows the natural contours of the workpiece to deliver a smooth, polished surface with minimal tool marks. Rotary finishing is ideal for cylindrical and symmetrical parts requiring superior surface quality.

Rotary Waterline

Rotary waterline finishing generates horizontal slices along the rotary axis, maintaining constant Z-height for each pass. This approach is particularly effective for parts with steep vertical surfaces or consistent curvature, ensuring uniform material removal and excellent surface finishes.

4D Surface

The 4D surface strategy provides advanced multi-axis finishing capabilities for complex geometries. By leveraging the rotary axis in combination with the machine’s linear axes, it achieves a smooth and precise finish on intricate surfaces that traditional strategies struggle to handle. This method is ideal for high-precision components with challenging designs.

4D Morph

4D morph smoothly transitions toolpaths between two defined curves or boundaries, adapting perfectly to the geometry of the part. This strategy minimizes visible tool marks and ensures a seamless blend across surfaces, making it the go-to choice for parts with complex curves or aesthetic requirements.

These advanced finishing strategies in ENCY are designed to handle a wide range of rotary machining tasks, ensuring exceptional surface quality and accuracy in even the most intricate designs.

ENCY: CAD/CAM for 5-axis machining

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5-axis machining with ENCY

True Machine-Aware Programming
Toolpaths are generated with full awareness of the machine’s kinematics, limitations, and specific configurations. This ensures collision-free motion, optimal cutting conditions, and maximum utilization of the machine’s capabilities.

Supported Kinematics
Supports a wide range of kinematic configurations, including head-head, table-table, and head-table setups. The system adapts to each machine’s unique structure, allowing for accurate and efficient 5-axis machining.

TCPM, RTCP, TPW Support
With Tool Center Point Management (TCPM), Rotary Tool Center Point (RTCP) support and Tilted Working Plane with LCS (TWP), tool orientation adjustments are seamless, minimizing tool deflection and improving surface finish quality.

Check Holder
Real-time holder collision detection ensures that the tool assembly clears all workpiece and fixture obstructions, preventing potential crashes.

C-Axis Singularity Avoidance
Intelligent toolpath planning mitigates C-axis singularities, ensuring stable motion and preventing erratic tool behavior during machining.

Safe machine-aware toolpath calculation

ENCY, as a machine-aware CAD/CAM solution, calculates actual machine movements rather than just the tool movement around the part. This approach ensures safe and precise machining by accounting for the specific behavior and limitations of the machine.

Here’s how ENCY optimizes safety and efficiency:

Considers machine axes travel limits.
Detects the shape and orientation of the tool holder.
Tracks the current state of the workpiece during machining.
Accounts for fixture positions to avoid interference.
Prevents collisions by simulating and verifying movements in real time.
Enhances machine safety throughout the process.

Result: Achieve worry-free machining with optimal efficiency, reducing risks and ensuring precision at every step.

5D toolpaths

5D Surface Machining

A high-precision finishing strategy for complex freeform surfaces where consistent tool orientation is critical.Dynamically adjusts tool angles to maintain optimal cutting conditions.Ideal for aerospace, automotive, and medical applications.Produces smooth, high-quality surfaces with minimal post-processing.

Swarf Machining

Uses the side of the tool to efficiently cut along ruled surfaces, making it perfect for components with long, sweeping geometries.Maintains consistent tool engagement, reducing cutting forces and tool wear.Suitable for turbine blades, impellers, and composite parts.Delivers high-accuracy results with fewer passes.

6D Contour Machining

A highly versatile multi-axis strategy for machining complex contours with full 6D control.Supports both 5-axis (5D) and 6-axis (6D) tool trajectories for ultimate flexibility.Interactive editing allows adjustments to the TCP and tool axis orientation at every point of the toolpathPerfect for high-performance engineering components, where absolute control over tool movement is required.Supports multi-axis curve projection

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Proprietary module for impeller machining

Why ENCY for Impeller Machining?

Proprietary multi-axis strategies – Developed in-house to handle the unique challenges of impeller manufacturing.

Optimized for precision – Intelligent toolpath generation ensures a perfect balance between efficiency and accuracy.

Collision-free toolpaths – Advanced algorithms prevent holder and tool collisions while maintaining optimal engagement.

Adaptive control – Dynamic lead angle adjustment and tool orientation for smoother transitions.

Designed for complex parts – From aerospace to energy industries, ENCY is built for high-performance machining.

Smart Toolpath Generation

Roughing & Finishing Strategies – Dedicated strategies for material removal and high-quality blade surface finishing.

Morph Between Hub and Shroud – Smooth tool transitions between critical surfaces.

Offset-Based Strategies – Controlled surface offsetting for precision machining.

Advanced Collision Avoidance

Holder and Tool Check – Real-time toolpath adjustment to prevent collisions.

Automatic Lead and Tilt Adjustments – Dynamic tool orientation for optimized cutting angles.

ENCY for swiss lathes programming

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Interactive workflows

Turning operations

Interactive Workflows for Turning Enhance your turning operations with intuitive and interactive workflows designed for your needs. With real-time editing, you can:

Easily fine-tune parameters for precise results.
Adjust tool paths and cutting strategies for greater flexibility.
Streamline the creation and refinement of operations, saving time and effort.

These tools empower you to achieve higher precision and efficiency in your turning workflows.

Available Turning Operations
Our system supports a wide range of Swiss-type turning operations, including:

Facing
OD Turning
ID Boring
Threading (OD & ID)
Grooving (OD & ID)
Cut-off
Drilling
Reaming
Tapping
Peck Drilling
Live Tooling (Milling on Lathes)

ENCY for Swiss-type machines in action

ENCY CAM provides a specialized module for Swiss-type lathes, focusing on the unique mechanical requirements of sliding headstock machines. Unlike standard lathes, Swiss machining requires synchronized control between the headstock, guide bushing, and various tool posts.

Key Features for Swiss Machining

Sliding Headstock Support: Manages the Z-axis movement of the workpiece through the guide bushing to maintain high precision on long, slender parts.
Multi-Channel Synchronization: Allows for simultaneous machining (e.g., turning on the main spindle while cross-drilling or working on the back spindle).
Guide Bushing Management: Specialized cycles to ensure the cutting force remains close to the support point, preventing part deflection.
Pinch Turning & Milling: Supports "balanced" operations where two tools engage the workpiece at once to increase material removal rates or improve stability.

Operational Workflow

Machine Kinematics: You define the specific configuration of the Swiss lathe (number of spindles, tool slides, and rotary axes).
Synchronization Manager: Use a visual timeline to coordinate wait codes ($M$-codes) between the main and sub-spindles.
Simulation: A full 3D digital twin simulation is critical for Swiss lathes to detect potential collisions in the tight working envelope of the machine.

Automatic channels synchronization

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Automatic Channels Synchronization is a cutting-edge feature that enhances the efficiency of Swiss-type CNC machines. This functionality ensures seamless coordination between multiple machining channels, enabling simultaneous operations without conflicts.

Key benefits include:

Optimized Workflow: By automatically aligning operations across channels, the system reduces idle times and maximizes machine productivity.
Improved Precision: Synchronization minimizes errors that can arise from manual coordination, ensuring consistent and accurate results.
Simplified Programming: The automated system removes the need for complex manual adjustments, allowing operators to focus on fine-tuning rather than troubleshooting.

This feature is particularly valuable for high-complexity parts, where multiple tools and channels need to work in perfect harmony. With automatic synchronization, your Swiss-type CNC machines operate at peak efficiency, delivering faster cycle times and superior quality.

Milling operations

Take control of your milling operations with workflows tailored for your projects. Real-time visualization and editing enable you to:

Select tools and adjust paths with confidence.
Visualize milling processes in detail for better decision-making.
Simplify complex tasks, reducing iteration times and improving accuracy.

With these capabilities, you can deliver exceptional results in every swiss-lathe project.

Full Range of Milling Operations
ENCY supports the entire spectrum of milling operations, from simple 2D contouring and drilling to advanced 5-axis continuous machining:

2D Machining – Contouring, slotting, pocketing, drilling, tapping, chamfering, and engraving.
3D Machining – Roughing waterline, surface milling, rest machining, and high-speed finishing.
4-Axis Machining – Rotary roughing and finishing, side drilling, and simultaneous tool movements.
5-Axis Continuous Machining – Complex surface milling, helical cutting, and multiaxes contouring.

ENCY: CAD/CAM for a new

generation

Delivering sophisticated CAM technology with an intuitive user interface and natural workflow

State-of-UI

3-aixs toolpath

HSM

Machine simulation

Multiaxis

Additive

material removal
simulation

Collaboration

Mill-turn

Applications

2.5x and 3x mill

production of mold and dies and any other part of 3 axis machine

2.5x-and-3x-Milling-solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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Rotary

Production of screw,

blades ,gear wheels,

baluster

Mill-turn

Turning and milling combined in one setu

Multiaxis
index (3+2) and simultaneous
5 axis milling for
turbine ,blade, ports

Multiaxis solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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Lathe

Turning and boring, threading, trimming, drilling, reaming

HSM-and-adaptive solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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HSM and adaptive
High speed and
adaptive toolpaths for quick material removal with extended tool life

Swiss ans MTM

Swiss-type machine

and MTM with synchronization

Swiss-and-MTM solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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5-6D cutting

CNC programming of cutting, trimming, 6D knife cutting. Mill, laser, water, plasma, knife

Additive
in3D -5D Cladding
with advance layer
thickness

Additive-1 solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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EDM

2 – 4 axis strategies

for wire EDM

machining

solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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2D cutting

Programming of laser, waterjet, plasma, oxy-fuel cutting and knife cutting

2D-cuttinsolidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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G-code based simulation

G-code verification in ENCY CAM

Probing cycles

Probing cycles for Milling and Lathe Machines

Probing-solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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Highlights

A-wide-rsolidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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A wide range of machining strategies from 2D to 5D

Parametric CAD

HSM solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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Interactivity solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
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interactive

NC-code simulation and verification

A State-of-art interface

State-of-art-interface solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
5 axis 3 axis soldicam autocad fusion bricscad nx siemens robot robodk octopus kuka fanuc nachi additive welding grinding polishing olp offline programming robot software 6 axis 7 axis ency hyper cell g code n code

Crisp at 4K screens

Crisp-and-crystal-clear-interface.solidworks Additive Handle-Singularities-Collisions-and-Reach-Zone-Limits Simulate-full-robotic-Generate-toolpaths Postprocess-and-verify-control-program Build-Your-Robotic-Cell-Digital-Twin ency cam ency robot mill cad cam mill turn lathe cnc mastecam multiaxis
5 axis 3 axis soldicam autocad fusion bricscad nx siemens robot robodk octopus kuka fanuc nachi additive welding grinding polishing olp offline programming robot software 6 axis 7 axis ency hyper cell g code n code

Open API

Technological independence

Why Ency Cam