Cimatron E15 ((top)) Page

In the fast-paced world of mold and die manufacturing, staying competitive means delivering high-quality tools in shorter timeframes. Cimatron 15 was specifically designed to address these challenges, offering significant enhancements in automation, design, and CNC programming.

Whether you’re a long-time user or exploring new CAD/CAM solutions, here are the key highlights that make Cimatron 15 a game-changer for toolmakers. 1. Advanced Cooling Design: Conformal Cooling & More

One of the standout features of Cimatron 15 is its focus on cooling efficiency. The software introduces a dedicated application for conformal cooling design, which is critical for reducing injection cycle times.

Automatic Curve Generation: New automated tools allow for faster creation of complex cooling channels.

Analysis Tools: New distance analysis features ensure cooling channels maintain a safe distance from other mold components, reducing the risk of failures.

Cooling Labeling: Enhanced labeling makes documenting complex cooling systems much simpler. 2. Streamlined Mold & Die Design

Cimatron 15 brings several enhancements aimed at accelerating the initial design phases:

New User Interface (UI): A refreshed interface focuses on increased automation to help designers work faster.

Mold Correction: New tools for warpage compensation allow designers to correct mold geometry based on part analysis results.

Direction Analysis: Improved tools for finding the best extraction orientation for sliders and lifters. 3. Faster NC Programming with New Machining Strategies

On the manufacturing side, Cimatron 15 introduces tools to slash programming and machining time:

Mill/Turn Application: A new integrated application specifically for mill/turn machines allows for seamless programming of complex parts in a single environment.

Circle Segment Cutters: Support for new cutter geometries enables faster finishing operations with larger step-overs while maintaining high surface quality.

Programming Automation: Features like 3+2-axis automated remachining help reduce the manual effort required for complex toolpaths.

Geodesic Procedures: New NC procedures provide more consistent toolpaths on complex surfaces. 4. Hybrid Modeling & Mesh Manipulation

The software continues to excel in its hybrid modeling capabilities, allowing users to work seamlessly with solids, surfaces, and meshes.

Mesh Improvements: New functions for closing open areas, curvature mapping, and defining local mesh areas with finer tolerances.

Structural Ribs: Enhanced ability to create structural ribs from 2D or 3D contours with integrated draft angles. Why Upgrade to Cimatron 15?

The goal of this release is clear: Productivity. Users have reported up to a 30% reduction in mold construction time and a 50% time saving in electrode production when utilizing Cimatron's specialized tooling features. By integrating the entire process—from quoting and design to CNC programming—Cimatron 15 eliminates data translation errors and keeps your shop floor running efficiently. Cimatron - Integrated CAD/CAM Software for Tooling

Title: The Last Job

Subject: Cimatron E15

Marco hadn’t slept in 36 hours. The coffee in his mug had long since gone cold, forming a skin that looked like topology on a forgotten planet. The job was for a medical device housing—an impossibly complex geometry of organic curves, undercuts, and a parting line that twisted like a double helix. The deadline was 7:00 AM. It was 2:00 AM now.

He was using the legacy software. The same "old reliable" he’d been using since 2008. It felt like home, but lately, home had started to creak. The simulation took forever. When he tried to offset a complex surface, the software froze, showing the spinning blue wheel of death. Marco put his head in his hands. This wasn't just a delay; it was the end of his career. If he missed this deadline, the client would pull the contract. His shop, Precision Molds Ltd., would close.

He opened his desk drawer. Inside, buried under old invoices, was a USB stick. On it was an installer for Cimatron E15. His young CAD jockey, Lisa, had begged him to switch. "It’s unified, Marco," she had said. "The ribbon interface, the new electrode design, the mold base catalog... it’s 2025, not 2005." He had scoffed. "If it ain't broke..."

But it was broke. His current software was a shattered engine on the runway.

With a sigh of defeat, Marco plugged in the drive. The installation took twenty minutes. He spent those minutes cleaning his glasses and staring at the complex medical part on his screen, mentally mapping the core and cavity.

Then, he launched Cimatron E15.

The first thing he noticed was the interface. It was clean. The ribbon was intuitive, not cluttered. He found the "Mold Design" tab immediately. He imported the CAD model—a messy step file from the client’s artist who had no idea how injection molding worked.

The Turning Point

In his old software, fixing this model would take hours of manual trimming, stitching, and healing. In E15, he right-clicked and selected "Automatic Repair." Six seconds later, the model was watertight.

Marco sat up. The coffee skin in the mug suddenly looked less like despair and more like a crema.

He started building the mold layout. He pulled a standard mold base from the extensive MISUMI catalog built right into the interface. He dragged and dropped. He defined the parting surface. The old software would choke on the complex draft angles of the medical part, but E15’s parting engine chewed through the geometry like a hot knife through butter.

He glanced at the clock. 3:30 AM. He was an hour in, and he had already done what would have taken six hours in the old system.

Then came the electrodes. The part had deep ribs—too deep for a standard end mill. He needed five complex electrodes for EDM burning. In the old days, he’d manually define the burned area, extract the geometry, add the holder, and generate the spark gap. It took 45 minutes per electrode.

In E15, he selected Quick Electrode. He clicked the deep rib floor. The software analyzed the burn volume, extended the geometry automatically, added the holder, and generated the manufacturing drawing. Twenty seconds.

Marco laughed. A genuine, loud laugh in an empty shop.

He set up the CNC stage. He defined stock, fixtures, and tools. The familiar NC environment was different now—faster. The new stock simulation ran in real time. He could spin the part while it was cutting virtually, checking for collisions with the holder. When he found a collision, the software offered a "Tool Path Healing" suggestion. One click. Fixed.

By 5:45 AM, the impossible was done.

The 3D model was perfect. The mold base was assembled. The cooling channels (even some complex conformal cooling he threw in for fun) were modeled. The electrodes were designed, drafted, and ready to burn. The roughing and finishing tool paths were calculated and verified.

The End of the Story

At 6:30 AM, the client, a frazzled project manager named Susan, showed up early to "check on progress." She expected to see a haggard Marco apologizing.

Instead, Marco was leaning back in his chair, a fresh cup of coffee in his hand, watching a realistic ray-traced rendering of the mold assembly open and close on the screen. cimatron e15

"Marco," Susan said, hesitantly. "The part...?"

Marco turned the screen. He clicked "Simulate." The virtual plastic injected, filled the cavity, cooled, and ejected.

"You're looking at it," Marco said. "Modeling is done. Electrodes are staged. Tool paths are posted. We cut steel at 8 AM. Delivery is Tuesday, not Friday."

Susan blinked. "How?"

Marco held up the USB stick. "Cimatron E15."

He didn't tell her about the all-nighter. He didn't tell her about the broken old software. He only told the truth: the software that finally understood that mold design isn't a series of separate tasks—modeling, electrode, NC—but one continuous, fluid symphony.

He saved the file. He backed it up. Then he looked at the clock. He had just enough time to go home, kiss his wife goodbye before she woke up, and grab a shower.

For the first time in fifteen years, Marco looked forward to Monday morning.

The Moral: It’s not about the complexity of the part. It’s about the intelligence of the tool. Cimatron E15 didn't just save a job that night. It saved a craftsman.

Introduction

Cimatron E15 is a comprehensive CAD/CAM solution designed for the manufacturing industry, particularly for companies involved in mold and die production, as well as complex part manufacturing. The software provides a robust set of tools for designing, simulating, and manufacturing complex parts and molds.

Key Features

Cimatron E15 offers a wide range of features that make it a powerful CAD/CAM solution. Some of the key features include:

1. Advanced 3D Modeling: Cimatron E15 provides a robust set of 3D modeling tools, including parametric and direct modeling, allowing users to create complex parts and molds with ease.
2. Mold and Die Design: The software offers specialized tools for mold and die design, including mold base design, cavity and core design, and mold assembly.
3. CAM Capabilities: Cimatron E15 provides a range of CAM capabilities, including 2.5-axis to 5-axis milling, drilling, and tapping, as well as advanced techniques like simultaneous 5-axis machining.
4. Simulation and Verification: The software includes advanced simulation and verification tools, allowing users to validate their designs and machining processes before executing them on the shop floor.
5. Integration with CNC Machines: Cimatron E15 seamlessly integrates with CNC machines, allowing for direct transfer of machining data and efficient production.

Benefits

The benefits of using Cimatron E15 include:

1. Improved Productivity: The software's advanced features and intuitive interface enable users to design and manufacture complex parts and molds more efficiently.
2. Increased Accuracy: Cimatron E15's simulation and verification tools help ensure that designs and machining processes are accurate, reducing errors and rework.
3. Enhanced Collaboration: The software's data management capabilities facilitate collaboration between designers, engineers, and manufacturers, ensuring that all stakeholders are on the same page.
4. Competitive Advantage: By leveraging Cimatron E15's advanced features and capabilities, manufacturers can produce high-quality parts and molds quickly and efficiently, giving them a competitive edge in the market.

Target Market

Cimatron E15 is primarily targeted at:

1. Mold and Die Manufacturers: The software is ideal for companies involved in mold and die production, including those in the automotive, aerospace, and consumer products industries.
2. Aerospace and Defense: Cimatron E15 is also used in the aerospace and defense industries, where complex part manufacturing and precision engineering are critical.
3. Automotive and Industrial Equipment: The software is used in the automotive and industrial equipment industries, where manufacturers require efficient and accurate design and production of complex parts and molds.

Conclusion

Cimatron E15 is a powerful CAD/CAM solution that offers a wide range of features and capabilities for designing, simulating, and manufacturing complex parts and molds. Its advanced features, intuitive interface, and seamless integration with CNC machines make it an ideal choice for mold and die manufacturers, aerospace and defense companies, and automotive and industrial equipment manufacturers. By leveraging Cimatron E15, manufacturers can improve productivity, increase accuracy, and gain a competitive edge in the market.

Cimatron 15 is an integrated CAD/CAM software solution specifically engineered for the toolmaking industry, including mold, die, and electrode design and manufacturing. Released in late 2019, version 15 introduced significant enhancements in automation, a new turning application, and optimized workflows to help toolmakers deliver high-quality tools faster. Key Features of Cimatron 15 New Turning Application

: A major addition that uses the GibbsCAM engine to calculate turning motions, providing a comprehensive solution for CNC programming that includes both milling and turning. Enhanced Mold Design

: Advanced tools for cooling analysis, automatic extraction orientation finding, and improved handling of ejector pockets and labeling. Automated NC Programming

: Features such as automated drilling—including hole and stock recognition—can reduce programming time by up to 90%. Hybrid Modeling

: Provides a 3D parametric hybrid modeling environment that integrates history-based and direct-edit design tools for maximum flexibility. Simulation & Verification

: Offers multi-axis toolpath simulation with gouge and collision detection to ensure error-free machining before it hits the shop floor. Core Capabilities for Toolmakers Mold & Die Design

: Guided workflows for everything from mold separation and parting surface creation to the selection of catalog parts and cooling systems. Electrode Design

: Specialized features for the quick creation of electrodes, including automated EDM setup reports in Excel format. 5-Axis Machining

: Optimized strategies for complex parts like blades and turbines, supported by a library of proven post-processors. Drafting & UI

: Improved visualization and workflow enhancements for creating associative 2D drawings and Bills of Materials (BOM). Cimatron - Integrated CAD/CAM Software for Tooling

Cimatron E15 is a CAD/CAM (Computer-Aided Design/Computer-Aided Manufacturing) software solution developed by Cimatron Limited, now part of Siemens Digital Industries Software. It's widely used in the manufacturing industry for designing and manufacturing complex parts and molds. Preparing a feature for Cimatron E15 involves understanding the specific requirements and capabilities of the software. Here are some general steps and considerations:

3.2. Feature-Based Modeling

• Extrude/Revolve/Loft are under Home → Create.
• Advanced features: Sweep with guide curve, Variable radius fillet, Thicken.
• Direct Editing (no history): Direct Edit tab → Move face, Replace face, Remove holes.

1. Advanced Mold and Die Design Automation

Cimatron E15 excels in "Split" technology—the process of separating a product model into core and cavity inserts.

• Color Mapping and Sliders: E15 enhanced the ability to identify and color-map surfaces automatically. The system can quickly detect undercut areas and suggest the necessary slider and lifter mechanisms.
• Mold Base Configuration: The software comes with a vast library of standard mold bases (DME, HASCO, LKM, etc.). E15 streamlined the modification of these bases, allowing designers to add components like ejector pins, cooling lines, and support pillars with "drag-and-drop" simplicity.
• Cooling Design: Thermal management is critical in mold design. E15 offers dedicated tools to design cooling channels around complex 3D geometries, ensuring optimal cycle times and part quality.

4. Die Design Specifics

For the die and stamping community, Cimatron E15 introduces a Parametric Die Set Library. Users can import standard components (guide posts, heel blocks, screws) from a drag-and-drop catalog. Unlike previous versions, these components now recognize the "Die Set Boolean"—moving a guide post automatically updates the bolt holes in the lower shoe.

3.4. Assembly (Mold context)

• Assemble → New Component (creates a new part inside assembly).
• Assemble → Existing Component (brings in STEP/IGES/Parasolid).
• Constraints: Mate, Align, Tangent, Cam (for sliders).

10. Final Checklist Before Production

• [ ] All dimensions in sketch fully defined (blue → black).
• [ ] Mold design: No interferences (use Analyze → Clash).
• [ ] NC: Tool holder checked against stock and part.
• [ ] NC: Machine simulation run (not just toolpath display).
• [ ] Post-processor tested on a simple block first.
• [ ] File saved as .cime (native E15) – not backwards compatible with E14.

Would you like a specific deep-dive (e.g., 5-axis toolpaths, electrode automation, or custom post editing) for Cimatron E15?

Cimatron E15: Transforming Tooling with Advanced CAD/CAM Technology

Cimatron E15 is an integrated CAD/CAM software suite specifically designed to streamline the entire workflow for mold, die, and tool manufacturers. By bridging the gap between initial quoting and final production, this version introduces major enhancements in automation, cooling design, and multi-axis machining to help shops deliver high-quality tools faster. Key Features and New Capabilities

Cimatron E15 focuses on reducing manual intervention through smarter algorithms and expanded application support.

Integrated Turning Application: A significant addition is the dedicated turning application that uses GibbsCAM as its background engine. This allows users to handle roughing, contouring, and threading procedures within the same environment, utilizing shared machine configurations.

Conformal Cooling Design: The software now includes a specialized application for conformal cooling, which uses automatic curve generation to create optimal cooling paths for complex geometries. New analysis tools, such as the Cooling Distance Map, help engineers verify cooling efficiency based on the distance between channels and active faces.

Automated Mold Design: Enhancements include warpage compensation for mold correction and a new direction analysis tool to find the best extraction orientation for sliders and lifters.

NC Programming Automation: Cimatron E15 introduces 3+2-axis remachining automation and supports new circle segment cutters to speed up finishing operations. Plate machining and automated drilling functions can reduce programming time by up to 90% through hole and stock recognition. Benefits for Tool and Die Makers

Using an integrated solution like Cimatron offers several advantages over using separate CAD and CAM packages. Cimatron - Integrated CAD/CAM Software for Tooling Cimatron - Integrated CAD/CAM Software for Tooling. Cimatron Mold Design In the fast-paced world of mold and die

Cimatron E15 is a major release of the integrated CAD/CAM software specifically tailored for mold, tool, and die makers. This guide covers the essential modules and new features introduced in version 15 to help you streamline your manufacturing workflow. 1. New Core Features in E15

Enhanced Mill-Turn Application: E15 introduced a completely new Mill-Turn application, allowing for easier programming of complex machines within the same environment.

Cooling Design: Improved tools for conformal cooling design, including new automated cooling circuit validation.

New Mold Design Functions: Added specialized tools for mold bases, including faster ejector pin placement and better runner design controls. 2. CAD for Tooling (Design Module)

The Cimatron CAD module is built for speed in a manufacturing environment.

Hybrid Modeling: Use both wireframe, surface, and solid modeling interchangeably without needing to convert file types.

Electrode Design: Automate the creation of EDM electrodes. Cimatron E15 allows you to extract electrodes directly from the part geometry, including the holder and spark gap offsets.

Die Design: Advanced tools for progressive and transfer dies, including blank development and spring-back compensation. 3. CAM & CNC Programming (Manufacturing Module) Cimatron is known for its high-performance NC programming.

Roughing (VoluMill): Integrated high-speed roughing that reduces cycle times and extends tool life.

3 to 5-Axis Milling: Advanced finishing strategies for complex surfaces. E15 features improved automated "Cleanup" and "Rest Milling" routines.

Simulation & Verification: Real-time material removal simulation to prevent collisions and verify tool paths before they reach the shop floor. 4. Learning Resources

To master Cimatron E15, you can utilize several structured training platforms:

YouTube Tutorials: Channels like Mustafa KARACA offer deep-dive playlists specifically for Cimatron E15 Metal Injection and Mold Training.

Cimatron Knowledge Center: The official portal for documentation, release notes, and technical support.

Local Resellers: Most Cimatron users receive professional certification training through regional partners. 5. Implementation Tips

Direct Translators: Use Cimatron’s native translators to import files from CATIA, NX, SolidWorks, and Creo without losing data integrity.

Template Usage: Save your most common tool paths and mold base configurations as templates to reduce repetitive work by up to 80%. Make Perpendicular - Nx Dersleri

Cimatron E15 represents a pivotal moment in the evolution of CAD/CAM software, specifically tailored for the high-stakes world of mold, die, and toolmaking. While earlier versions laid the foundation for integrated design and manufacturing, E15 (and the subsequent version 15) pushed the boundaries of automation and technical precision to address the increasing complexity of modern industrial parts. The Philosophy of Integration

At its core, Cimatron E15 is built on the philosophy of a single, integrated solution. In a traditional manufacturing workflow, data often moves between disparate software for design, electrode creation, and NC programming, leading to translation errors and lost time. E15 eliminates these friction points by providing a unified environment where every stage—from initial quoting to the final CNC toolpath—remains fully associative. Technological Advancements in E15

E15 introduced several key features that shifted it from a simple tool into an intelligent assistant: HARTING Improves Tool Quality, Reduces Scrap ... - Cimatron

Cimatron 15: Elevating Toolmaking with Integrated CAD/CAM Precision

The manufacturing landscape is shifting toward extreme precision and faster delivery cycles. To meet these demands,

, a leader in integrated CAD/CAM solutions for the tooling industry, released Version 15

(often referred to in technical circles as E15). This update brought a suite of enhanced capabilities designed specifically for mold and die makers, focusing on automation, productivity, and high-quality finishes.

Here is a breakdown of why Cimatron 15 remains a cornerstone for modern toolshops. 1. Advanced Mold Design & Analysis

Cimatron 15 introduced significant updates to its mold-making toolkit, streamlining the design of complex cooling and ejection systems. Enhanced Cooling Channels

: New analysis tools allow designers to detect the distance between cooling lines and part faces more accurately. Conformal Cooling

: Version 15 features improved conformal cooling design with automatic curve generation, which is essential for reducing cycle times in plastic injection molding. Mold Correction

: A new warpage compensation tool helps designers predict and correct for part deformation before production begins. 2. Introducing the Mill/Turn Application

One of the most notable additions in version 15 is the dedicated Mill/Turn application Integrated Workflow

: For the first time, users can program both milling and turning operations within the same intuitive Cimatron environment. GibbsCAM Engine

: This feature utilizes a powerful background engine to calculate turning motions, ensuring safe and efficient toolpaths for multi-tasking machines. 3. NC Programming Automation

Efficiency on the shop floor is driven by the speed of NC programming. Cimatron 15 enhances this through: Fast Machining with Circle Segment Cutters

: These specialized tools allow for larger step-overs while maintaining a high-quality surface finish, drastically reducing machining time. Automated Drilling

: New procedures for automated drilling and plate machining seats simplify the programming of complex mold bases. 5-Axis Machining

: Enhanced 5-axis strategies provide better control for deep cavities and complex geometry, ensuring collision-free toolpaths. 4. Streamlined Electrode Design

Electrode manufacturing is often a bottleneck in mold production. Cimatron 15 addresses this with: What's New in Cimatron 2024

Cimatron E15 is a significant leap forward for mold, tool, and die makers, focusing on faster delivery times and increased manufacturing precision. This version introduces a streamlined user interface and powerful new features designed to keep shops competitive in an increasingly demanding market. Key Enhancements in E15

Mill-Turn Capabilities: A brand-new integration allowing full CNC programming for mill-turn machines within the same environment.

Cooling Design: Digital transformation of cooling systems with automated drills and support for conformal cooling via 3D printing.

Automated NC: Faster calculation times for roughing and high-speed milling to reduce overall programming cycles. Title: The Last Job Subject: Cimatron E15 Marco

Enhanced CAD: New specialized tools for mesh manipulation and hybrid manufacturing (additive and subtractive). Efficiency for Toolmakers

Mold Design: Smarter plate management and ejector pin automation speed up the design-to-manufacturing handoff.

Electrode Pro: Improved automation for EDM processes, including better collision checking and documentation.

User Interface: A refreshed, more intuitive layout reduces the learning curve for new users and speeds up navigation for pros. Technical Benefits

💡 One-Platform Solution: By handling everything from quoting to 5-axis milling in one software, you eliminate data translation errors and reduce software overhead.

If you’d like to dive deeper into a specific area of Cimatron E15: Mill-turn programming setup Conformal cooling design techniques Automated NC optimization tips

The following post highlights the major updates and professional benefits of Cimatron E15

, an integrated CAD/CAM solution designed specifically for the mold and die industry. Cimatron E15: Precision Engineering Meets NC Automation

Cimatron E15 introduces significant advancements in cooling design, mold correction, and 5-axis machining to help toolmakers deliver higher quality tools faster and more efficiently. 🚀 Key New Features & Enhancements Conformal Cooling Revolution

: A new, dedicated [conformal cooling](url: https://www.cimatron.com/en/cimatron-mold) application automates the creation of complex channels that were previously manually intensive. It includes automatic curve generation and new analysis tools for distance and overhang to ensure print success. Mold Correction for Warpage

: A powerful new functionality allows users to import a scan or simulation of a molded part and automatically adjust the mold design to compensate for warpage, ensuring final parts meet exact tolerances. Automated 5-Axis Roughing

: The system now automatically calculates optimal multi-direction roughing toolpaths, maximizing material removal while minimizing machining time. Mill/Turn Integration

: A fully integrated application within the CAM environment allows for seamless programming, simulation, and post-processing of [Mill/Turn](url: https://www.cimatron.com/en/brochures) operations. Circle Segment Cutters

: Support for barrel, lens, and oval cutters can reduce finishing times by up to

while achieving superior surface quality compared to traditional ball tools. 🛠️ Process Automation & UI Improvements New Direction Analysis

: Automatically finds the best orientation for a mold's opening direction to minimize under-cuts, which is critical for complex automotive or industrial parts. Enhanced Plate Machining : Includes new procedures like Corner Plunging

and automated drilling sequences to slash programming time for standard plates. Advanced Geodesic Technology

: Delivers a constant 3D step-over for high-quality finishing on complex die cores without approach or retract marks. User Experience (UX)

: A new dynamic dialog for shank and holder control provides interactive feedback and better predictability for collision-free toolpaths. 💡 Professional Impact Efficiency : Reduces cooling design time from hours to minutes. Cost Savings

: Accurate [quoting tools](url: https://www.cimatron.com/en/cimatron-mold) like the MoldQuote Generator help win more business with confident, data-driven bids.

: Specialized micro-milling strategies support tolerances as tight as for high-precision miniature parts. Cimatron Mold Design

Conclusion

Cimatron E15 represents a mature, battle-tested solution for the tool and die industry. It does not try to be everything for everyone; instead, it focuses entirely on the complex, high-precision demands of mold and die manufacturing.

By integrating CAD design, mold flow analysis, and advanced CAM strategies into a single environment, Cimatron E15 eliminates the need for disparate software packages. For tooling shops looking to reduce lead times, automate repetitive programming tasks, and handle complex geometry with confidence, Cimatron E15 remains a benchmark in the CAD/CAM landscape.

Cimatron 15 focused on improving delivery speed and tool quality while reducing production costs. It provides a single environment for the entire manufacturing process, from quoting and design to NC programming and EDM. Key Technical Enhancements

Conformal Cooling Design: A major highlight of Cimatron 15 is its advanced tools for designing complex cooling channels. It includes a dedicated application for conformal cooling, which allows for more efficient thermal management in injection molds.

Mill/Turn Applications: This version introduced a new Mill/Turn application, allowing for more versatile machining operations within a single setup.

5-Axis Machining: Enhancements in 5-axis NC programming provide smoother toolpaths and improved surface finishes, which are critical for high-precision mold making.

Electrode Design and Manufacturing: The software streamlines the EDM process. According to case studies, users like HARTING Applied Technologies have used Cimatron to resolve long-standing integration issues in their EDM departments, significantly reducing design time. Manufacturing Efficiency

Roughing and Finishing: Features like "Finish by Limit Angle" allow the software to apply finishing cuts only where necessary, balancing surface quality with machining speed.

Automated Programming: The platform uses enhanced CAD/CAM features to automate repetitive tasks, aiming for "record time" delivery of complex dies and molds.

On-Machine Inspection: Support for inspection reporting directly on the machine helps ensure part accuracy before it is removed from the fixture. Resources for Further Reading

Technical Documentation: Detailed "What's New" guides are available on platforms like Scribd, covering cooling design and machining highlights.

Product Brochures: Official brochures for mold making, die making, and NC programming can be found at the Cimatron Resource Center.

If you are looking for a formal academic paper or a specific tutorial on a feature (like 5-axis milling or conformal cooling), let me know and I can narrow down the search for those specific technical documents. Cooling Design | Cimatron Webinar

Cimatron E15 is an integrated CAD/CAM software solution designed specifically for the tooling industry, including mold, die, and electrode manufacturing. The "paper" in your query likely refers to the Technical Release Highlights or White Papers that outline the specific advancements of version 15.  Key Features in Cimatron 15 

Cimatron 15 introduced several major enhancements focused on productivity and automation:  Cimatron - Integrated CAD/CAM Software for Tooling

Here’s a concise overview of Cimatron E15, focusing on its capabilities for deep machining (often referring to deep cavity, deep rib, or deep-pocket machining).

Conclusion: The Verdict on Cimatron E15

Cimatron E15 is not a "beta" release. It is a mature, stable, and significantly faster iteration of the industry standard for mold and die design. While the world of CAD/CAM is crowded with giants like NX and Mastercam, Cimatron holds a specific niche because it automates the tedious tasks that other software forces you to do manually.

If you design injection molds, blow molds, or progressive dies, E15 offers the most compelling productivity leap in the last five years. The combination of automated electrode extraction, GPU-accelerated simulation, and intelligent parting makes it a "must-download" for existing customers and a strong contender for any shop looking to reduce lead times.

Key Takeaway: In the race to reduce manufacturing lead times, software that automates the "long tail" of tooling design wins. Cimatron E15 wins that race.

Disclaimer: Features and performance metrics are based on the official release notes and field testing as of the publication date. Always consult your local Cimatron reseller for specific hardware requirements.

Example Workflow for a Deep Pocket (Depth > 8x Tool Diameter)

1. Roughing – Large endmill with trochoidal entry, limited to depth possible without holder collision.
2. Second roughing – Longer tool with rest roughing, using peel milling.
3. Semi-finishing – Z-level with small stepdown, avoid recutting chips (use air blast / through-coolant).
4. Finishing – Spiral 3D or Z-level with shallow stepover, high feed.
5. Cleanup – Pencil milling on bottom fillets, then shallow area finishing.