Proprietary algorithms and machine-aware technology

ENCY for 5-axis machining

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Master the complexity of 5-axis machining

Achieve precision like never before with ENCY’s advanced 5-axis machining capabilities.

  • Machine-aware toolpaths – NC programs consider machine constraints, ensuring precise execution, including optimized rapid movements.
  • TCPM & TWP support – Tool Center Point Management and Tilted Working Plane for accurate tool positioning and control.
  • Proprietary CAD/CAM – Independent system with in-house algorithms, free from third-party dependencies.
  • Complete 5-axis toolpath suite – Full range of strategies for roughing, finishing, and collision-free machining.

Step into the future of manufacturing with intelligent solutions that empower your production.

5-axis machining with ENCY

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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.

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 toolpath
  • Perfect for high-performance engineering components, where absolute control over tool movement is required.
  • Supports multi-axis curve projection

Proprietary module for impeller machining

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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.

Try ENCY for free - 30 days of full access

ENCY is a CAD/CAM ecosystem that streamlines the path from design to finished parts. Precision, speed, and efficiency—all in one solution.

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  • Machine-aware toolpaths
  • State-of-the art simulation
  • NC-code verification
  • Cloud collaboration

Safe machine-aware toolpath calculation

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ENCY, as a , 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.

Independent and proprietary CAD/CAM

Independent

ENCY Software Ltd. is a 100% privately owned, independent CAD/CAM software developer. We are not tied to any large corporations, so we operate without the frustrating rules and rigid policies of big enterprises. This independence allows us to communicate directly with our users, offering personalized support and solutions. Our agility ensures we respond quickly to your needs while maintaining the highest standards of service.

Proprietary

We build all our products on proprietary software code, giving us complete freedom to innovate and adapt. This means we can implement changes rapidly and effectively, ensuring our solutions meet your exact needs. By not relying on third-party code, we stay commercially efficient, offering flexible pricing while maintaining complete control over product quality and development​​​.

G-code-based simulation

G-code-based simulation

The G-code-based simulation serves as the final verification step in the CNC programming workflow. It ensures that the postprocessed NC-code accurately represents the intended machining operations before being transferred to the physical machine. This simulation replicates the actual behavior of the CNC machine, offering a reliable and detailed analysis of the NC-code.

Key features include:

  • Collision and error detection: Preventing costly mistakes during actual machining.
  • Material removal simulation: Visualizing the process for accuracy.
  • Full machine simulation: Including tools, fixtures, and workpieces for a comprehensive check.

This step is indispensable for minimizing risks, reducing setup times, and ensuring a seamless transition from programming to production.

Ultra precise material removal simulation

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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.

CAD capabilities and integration

Simple and intuitive CAD

Simple and intuitive CAD

ENCY’s Design module is a user-friendly assistant designed for straightforward and efficient part creation. It excels in building simple geometries, workpieces, and fixtures, making it ideal for users who need a quick and effective tool without complexity.

With its intuitive interface and essential features, ENCY CAD simplifies the design process, allowing you to focus on precision and speed, whether you’re creating basic components or setting up fixtures for machining.

3rd party CAD Integration

3rd party CAD Integration

ENCY integrates directly with leading CAD platforms through file compatibility and dedicated tools.

Supported platforms and formats include:

  • SolidWorks™ (.sldasm, .sldprt)
  • SolidEdge™ (.asm, .par, .psm, .pwd)
  • Rhinoceros™ (.3dm)
  • Onshape™
  • IronCAD™
  • STEP (.step, .stp), IGES (.igs, .iges), VRML (.vrl)
  • Parasolid™ (.x_t, .x_b)
  • DXF (Autodesk™ Drawing Exchange Format)
  • STL (Stereo Lithography)

Try ENCY for free - 30 days of full access

ENCY is a CAD/CAM ecosystem that streamlines the path from design to finished parts. Precision, speed, and efficiency—all in one solution.

Start free trial
  • Machine-aware toolpaths
  • State-of-the art simulation
  • NC-code verification
  • Cloud collaboration

5-axis feature navigator

[email protected]
+357 25 054746
9, Aiolou and Panagioti Diomidous
3020, Limassol, Cyprus
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