Description

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Include all modules :

• Wire EDM
• Milling
• Turning
• Laser & Water Jet Cutting
• Jig & Profile Grinding
• Additional Modules

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Further advantages of PEPS :

• A practice-oriented user interface and short programming times
• Fully automatic creation of the NC program by means of integrated feature recognition
• Extensive machining functionality
• Intelligent operation strategies to increase unattended machine run times
• Intelligent postprocessors including cycles and subprogram output

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With its user-friendly Windows interface and intuitive user guidance, PEPS enables the user to work pleasantly, productively and successfully after a short training period. Due to the simple operation and the high degree of automation, even complex projects can be realised in a very short time with PEPS. Thus, the use of PEPS contributes to an increase in efficiency of your company after a short training period. PEPS CAD/CAM systems are used in mould and tool making, mechanical engineering, contract manufacturing and CNC sheet metal working. Due to its modular design, a PEPS CAD/CAM system can be configured in such a way that the requirements and wishes of the CAD/CAM programmer are taken into account in the system equipment. In addition to the individual PEPS machining modules, there are numerous apic additional modules and PEPS add-on modules that make programming with the PEPS CAD/CAM system easier for the user.

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Camtek PEPS 2026 CAD/CAM System – Professional CNC Programming Software for Advanced Manufacturing

Camtek PEPS 2026 is the newest release of the powerful PEPS CAD/CAM System, a comprehensive CNC programming solution designed for manufacturers, toolmakers, and engineering professionals who require reliable and efficient machining workflows. This advanced CAD/CAM platform provides powerful programming tools for milling, turning, wire EDM, tube cutting, laser cutting, waterjet machining, and sheet-metal fabrication, allowing engineers to generate precise CNC programs for a wide range of production environments.

Developed by Camtek GmbH, PEPS has evolved into a mature and widely adopted CNC programming system used by thousands of manufacturers around the world. The software combines intelligent toolpath generation, powerful CAD data import, flexible machine configuration, and optimized NC code output, making it an ideal solution for both small workshops and large industrial production facilities.

With the release of PEPS 2026, the platform introduces new improvements in automation, visualization, and machining workflow efficiency. Engineers and CNC programmers can now benefit from a redesigned interface, enhanced simulation tools, improved toolpath calculation algorithms, and expanded support for modern CNC machining strategies.

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What Is Camtek PEPS CAD/CAM System?

The PEPS CAD/CAM System is a machine-independent CNC programming platform designed to simplify the transition from CAD design data to production-ready NC programs. By integrating CAD import, CAM programming, simulation, and post-processing into a single software environment, PEPS allows manufacturers to significantly reduce programming time while increasing machining precision.

The software supports a broad range of manufacturing processes including:

• 2D and 3D CNC milling
• 5-axis simultaneous machining
• Turning and mill-turn operations
• Wire EDM machining
• Laser cutting
• Waterjet cutting
• Tube cutting and pipe processing
• Sheet-metal fabrication

Because PEPS is not limited to a specific machine brand or CNC controller, manufacturers can use the same platform to program multiple types of machines within a production environment.

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New Features and Improvements in Camtek PEPS 2026

The 2026 version of PEPS introduces several new capabilities that enhance CNC programming productivity, simplify complex machining tasks, and improve the overall user experience.

Modernized Setup Interface

One of the most noticeable improvements in PEPS 2026 is the redesigned Setup dialog interface. The new layout simplifies the configuration of machining environments, allowing users to quickly define workpieces, coordinate systems, machine setups, and machining strategies.

The modern interface improves navigation and makes it easier to configure complex CNC jobs. Engineers can now access important settings faster, reducing preparation time and minimizing configuration errors.

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New JSON NC Code Viewer

A new JSON-based NC code viewer has been added to the software, providing a structured way to inspect and analyze CNC programs after post-processing.

The viewer allows programmers to:

• Display NC code in a structured JSON format
• Quickly identify syntax issues
• Analyze generated toolpaths and commands
• Improve debugging of CNC programs

This feature is particularly useful for advanced users who need to verify complex CNC code before sending programs to production machines.

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Improved Toolpath Calculation for 3D and 5-Axis Machining

PEPS 2026 introduces significant improvements to 3D and 5-axis toolpath calculation algorithms.

Two new calculation modes are now available:

Automatic Toolpath Calculation

In this mode, the software automatically calculates toolpaths immediately after machining operations are defined. This is ideal for smaller projects where real-time toolpath generation improves workflow speed.

On-Demand Toolpath Calculation

For larger or more complex machining projects, users can now delay toolpath calculation until it is required. This approach helps reduce unnecessary calculations and improves performance when working with complex assemblies.

These improvements make PEPS 2026 more efficient for large industrial machining projects.

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Enhanced Simulation and Visualization Tools

Simulation is a critical step in CNC programming, allowing programmers to verify machining strategies before executing them on expensive machines.

PEPS 2026 introduces several improvements to the simulation environment.

Context Menu Simulation

Users can now start simulations directly from the operation context menu, making it easier to quickly preview machining operations without navigating through multiple menus.

Tool Holder and 3D Tool Model Visualization

The updated simulation environment now displays complete tool assemblies, including tool holders and cutting tools. This helps users better understand the machining process and identify potential collisions.

Improved Tool Alignment

New vector-based alignment tools allow programmers to precisely orient cutting tools relative to the workpiece. This is particularly useful for multi-axis machining operations.

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Tube Cutting Enhancements

Tube and pipe cutting operations have received significant improvements in PEPS 2026.

New tube cutting features include:

• Tube Box visualization showing stock boundaries and machine positioning
• Automatic cross-section detection for tubes and pipes
• New Clamping Length parameter for pipe positioning
• Support for rotary cutting strategies
• Improved positioning for long pipe processing

These improvements allow manufacturers to program complex tube cutting operations with greater precision and efficiency.

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Improvements to Turning Operations

The turning module has also received several important improvements.

Enhancements include:

• Improved drilling operations within turning workflows
• Better handling of working planes
• Improved simulation of turning tool alignment
• More accurate NC code generation for turning machines

These updates increase the reliability and precision of CNC programs generated for turning operations.

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Improved NC Code Editing and Debugging

The NC code editor in PEPS 2026 has been enhanced to improve debugging and program validation.

Key improvements include:

• Highlighting of unknown commands in red
• Support for special commands used during program debugging
• Better syntax highlighting for CNC programs

These features help programmers detect potential issues in CNC programs before sending them to machines.

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CAMMAN 10.0 Integration

PEPS 2026 is fully compatible with CAMMAN 10.0, a powerful production management and NC program management system.

CAMMAN allows manufacturers to:

• Manage CNC programs and CAD data
• Organize machining projects
• Store fixtures, tooling data, and documentation
• Improve production data management

This integration helps companies maintain organized production workflows and reduce programming errors.

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Supported CAD Data Formats

PEPS 2026 supports a wide range of CAD file formats, allowing users to import data from many popular design systems.

Supported CAD formats include:

• STEP
• IGES
• STL
• SAT
• Parasolid
• CATIA V4 / V5 / V6
• Siemens NX
• SolidWorks
• Autodesk Inventor
• Rhino
• Solid Edge

This broad compatibility ensures that engineers can work with CAD data from virtually any design platform.

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System Requirements for Camtek PEPS 2026

To achieve optimal performance, the following hardware configuration is recommended.

Operating System

• Windows 10 (64-bit)
• Windows 11 (64-bit recommended)

Processor

• Minimum: Intel Core i5 Quad-Core
• Recommended: Intel Core i7 or Xeon processor
• High-performance workstations: Intel Core i9

Memory

• Minimum: 8 GB RAM
• Recommended: 16 GB RAM or more

Graphics Card

• Minimum: 2 GB VRAM
• Recommended: Professional GPU with 8 GB VRAM
• Workstation GPU such as NVIDIA RTX recommended

Storage

• Minimum: 10 GB free disk space
• Recommended: SSD with at least 30 GB available space

Display

• Minimum resolution: 1920×1080
• 24-inch monitor recommended for CAD/CAM workflows

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Key Advantages of Camtek PEPS 2026

PEPS 2026 offers many advantages that make it a preferred CNC programming solution for manufacturers.

Flexible CNC Programming Platform

Because PEPS is machine-independent, it can generate CNC programs for a wide range of machines and controllers.

Advanced Multi-Axis Machining

The software supports complex machining operations including simultaneous 5-axis machining, enabling the production of advanced components.

Powerful CAD Integration

With direct CAD import capabilities, users can work directly with design data without requiring additional conversion tools.

Integrated Simulation

Built-in simulation tools help verify machining operations and reduce the risk of machine collisions.

Efficient Production Workflows

By combining CAD import, CAM programming, and NC output in one system, PEPS significantly reduces production preparation time.

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Interesting Facts About the PEPS CAD/CAM System

The PEPS CAD/CAM platform has been continuously developed for more than 25 years, evolving into one of the most versatile CNC programming systems available today.

Key facts about PEPS include:

• More than 40,000 installations worldwide
• Used in industries including aerospace, automotive, medical manufacturing, and toolmaking
• Adopted by major industrial companies such as Bosch, BMW, Siemens, Swarovski, and Zeiss
• Supports hundreds of CNC machine types and controllers

These facts demonstrate the reliability and industry acceptance of the PEPS platform.

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Why Choose Camtek PEPS 2026?

Manufacturers choose PEPS 2026 CAD/CAM System because it combines powerful machining capabilities with user-friendly programming tools.

Whether you are programming simple 2D machining operations or complex multi-axis machining strategies, PEPS provides the tools needed to optimize production efficiency and improve machining accuracy.

With improved automation, enhanced simulation, and expanded CAD compatibility, PEPS 2026 represents a major step forward in modern CNC programming technology.

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✔ Camtek PEPS 2026 CAD/CAM System is the ideal solution for engineers and manufacturers looking for a powerful, flexible, and future-ready CAD/CAM platform capable of handling even the most demanding CNC machining tasks.

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★★★★★

As a CNC programmer and manufacturing engineer, I have been working with Camtek PEPS CAD/CAM System for several years, and the PEPS 2026 release is one of the most impressive updates so far. The improved 3D and 5-axis toolpath calculation, redesigned setup interface, and enhanced NC code viewer significantly improve programming efficiency. The software handles complex machining strategies smoothly, and the integration of simulation tools allows us to verify operations before sending programs to the CNC machines. For daily production work, the stability and flexibility of this CAD/CAM software for CNC programming make a noticeable difference in reducing programming time and improving machining accuracy.

What I appreciate most about PEPS 2026 CAD/CAM System is how well it integrates with different CAD formats and CNC machines. The ability to import models from multiple CAD platforms and quickly generate optimized CNC toolpaths for milling, turning, and wire EDM makes the workflow extremely efficient. The updated simulation environment and improved debugging tools in the NC editor also help catch potential issues early. From a developer and engineer perspective, PEPS continues to be a reliable and powerful CNC programming software solution for modern manufacturing environments.