CAM Software

Product Details:

Fikus VisualCAM for Wire EDM : 
Key Features- Reduce time-to-market and work hours drastically.- Shorten geometry construction and part definition efforts.- Program any machine from your PC using the specific Wizards and technological databases.- Let fikus visualcam Wire EDM Manager guide you easily and efficiently, through the whole and logical EDM process.- Empowered with the most advanced wire path calculation algorithms.- fikus visualcam offers the first commercial solution for 4X no-core-cuts.- Automatic Feature Recognition for higher automation level. Visualization of stock simulation increases control over tool paths.
Easy to use. The CAM manager leads the user through the logical sequential process of the wireEDM programming, from defining the geometry and creating the part to cut, to the process definition and calculation. Create and modify your geometry. Whether you have to build your geometry from a drawing or you import it from another CAD system, fikus visualcam offers powerful functions that will ease your workload:• Generate and modify any wireframe geometry.• Extract contours and work with surfaces.• Create gears, rack gears, texts and dimensions.• Use the ‘fastedit‘ functions to quickly move, copy, scale and modify the geometry.Technology Wizards. Use the dedicated Wizard, available for any machine, to generate your programs. Just select your base geometry and click on the Wizard icon then set your machineparameters and the targeted quality; the wizard will complete the rest in just a few seconds
fikus visualcam incorporates databases for all wireEDM common machines and you can rely on it to generate the machine optimal cutting strategy for your specific machine and work. The Collar Wizard helps you to generate all the cuts for collar dies according to the machine technology and your requirements.- Build your part. You can handle 2X parts with constant draft angle, advanced 2X with multiple draft angles, and 4X parts. - fikus visualcam ’s Automatic Feature Recognition lets you select all the features to cut automatically. But you can also build the part to cut by selecting single or combined 2D/3D contours and use the Construction or Synchronization tools. If you selected surfaces, you don’t have to care about synchronizations. If you need to modify the corners or generating a partial clearance, fikus visualcam can also do it!- Technological points. Use the Techpoints function to set a point to clamp the part or change the machine conditions during the cut. - Procedures. When you are ready for cutting you can choose from different cutting procedures: 2X cut, 4X cut or no-core-cut. Copy and paste your procedures to apply more cuts. Reorder your procedures by just “drag and drop” or even by type of cut. - Templates. If you have a well-defined and proven cutting strategy you can save time by saving it as a Multiprocess and use it thereafter with other similar parts. Wizards. The use of wizards eases your workflow, by generating the procedures and a strategy for you. Run the Wizard for your machine, set the parameters (wire type, diameter, material, ...) and your quality target and it will generate the cutting sequence according to the machine database.- Calculate and Simulate. The wire path simulator will show the part and the stock as a solid and also the current coordinate and taper angle. The new stock simulator allows reviewing the way the stock is cut by the wire and detecting the cases where a scrap is produced or the stock is divided.- Postprocess and verify. Generate your machine program using Fikus Visualcam ready to use postprocessors. Verify the program with Ficed, the integrated G-Code editor, and send it directly to the machine.- Report. Generate the documentation needed for the shop floor, including information as the wire threading point list and the cutting order

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: 1-2 weeks
• Packaging Details: ELECTRONIC LICENSE DISTRIBUTION

Product Details:

Fikus for production millturn and driven-tool machinesFIKUSCAM MILLTURN - A single environment - for programming lathe and milling tasks
fikusSt for turning and milling centers is a solution productive and flexible for the programming of the machines that combine milling and lathe machining processes. fikusSt is specially designed to work with power tool turning machines and machines with four or more axes with independent lathe and milling heads.
A single platform with Fikus solutions for lathe and milling, allowing maximum automation of work and continuous improvement of processes to ensure maximum efficiency, productivity and quality of each part in each  machine
FikusSt features for combined lathe-mill cycle machines : Optimum milling in 2 and 2.5 axes adapted to the characteristics of each machine, Efficient CAD designed for CAM programmers, versatile, reads and writes multiple formatsPowerful 3D surface machining functions for complex shapes, Reduces programming and machining time thanks to efficient programming wizardsEfficient paths thanks to the most advanced calculation algorithms, Automatic Feature RecognitionVirtually automatic milling and drilling processes reduce man-hours programming time, Multi-process templates to achieve ever- increasing efficiency and productivity rates
Complete solution for turning and milling in 2, 2.5 and 3 axes. All lathe or milling operations can be carried out almost automatically or manually. 
CAD designed for the shop floor that speeds up the geometric definition of the part. An agile and powerful CAD with efficient functions for creating and editing geometry, extracting contours, dimensioning, editing texts, etc.
Several Machining Wizards help to complete the programming in a few seconds, in a safe and easy way. Both the Lathe Assistant and the Drill Assistant, once the machine parameters have been determined, can carry out the programming automatically.Table of Lathe Tools that allows you to create inserts and tool holders from their ISO code and define the feed and cutting parameters according to the machine and the material to be machined.The Automatic Machining Wizard for Lathe analyzes the geometry of the part and detects all its characteristics automatically. The machining strategy and all its processes are defined, applied and calculated without requiring user intervention.Automatic Feature Recognition is an intelligent wizard that reduces programming time.
 - The wizard identifies the different elements of the geometry and automatically programs their machining.- Manual processes. You can also create new zones to mechanize or apply new processes manually. To change the machining order, just  drag and drop with the mouse. - The Surface Machining Module  has all the necessary functions for machining complex 3D shapes, including advanced options for optimization.- The Machining Strategy can be defined or modified by the user with his preferred tools and parameters and store different configurations for different types of parts.- Increasingly efficient. From that moment fikusSt will apply your preferences to new jobs in just a few seconds efficiently and without errors.- Postprocess and verify. Generate the machining program using fikusSt’s custom postprocessor for your machine.- You can verify the program with the fikus CNC editor and even send it directly to the machine.- More functions. fikusSt offers many more functions, including: Generation of workshop reports, tool library for different machines and materials, machining transformations (dies, copy, symmetry, ...), and many more.

Product Details:

cimco machine simulation software - CIMCO Machine Simulation is a powerful software solution designed to simulate and verify NC programs in a virtual environment before running them on physical CNC machines.  Features

• 3D Machine Simulation: Provides accurate simulation of the CNC machine's components, including heads, spindles, fixtures, workpieces, and peripheral devices, in a 3D environment.
• Collision Detection: Automatically detects collisions between the machine's components, tools, fixtures, and workpiece, highlighting potential issues before they occur on the shop floor.
• Over-travel Limit Detection: Monitors and highlights any axis movements that exceed the machine's travel limits, helping to prevent damage and downtime.
• NC Code Verification: Simulates the NC code line by line, allowing programmers to verify the accuracy of the program and ensure it will run as intended on the physical machine.
• Integrated with CIMCO Edit: Functions as an add-on to CIMCO Edit, providing a seamless workflow between NC program editing and simulation.
• User-Friendly Interface: Features an intuitive interface with drag-and-drop capabilities, customizable toolbars, and easy-to-navigate menus, making it accessible even for users with limited experience in CNC machining.
• Support for Various Controls: Compatible with popular CNC controllers like Fanuc, Haas, Siemens, Mazak, and others, enabling simulation across different machine types.
• Stock Material Removal Simulation: Simulates stock removal based on the NC code, allowing users to define the stock in multiple ways (including importing STL files) and export the resulting stock as an STL file.
• Simulation Report: Generates a detailed report of detected errors, allowing users to jump directly to the corresponding line in the NC code and make corrections.
• CAM Integration: Seamlessly integrates with major CAM systems like Mastercam and SolidCAM, facilitating the transfer of tool, holder, and geometry data for simulation purposes.
• Machine Configuration Editor: Allows users to create and define custom machine configurations, including adding geometry to components, setting axes, travel limits, feedrates, and tool change positions.
• Save Presentation Feature: Enables users to create standalone simulations for reviewing NC programs, ideal for sharing and reporting issues. 

Benefits

• Eliminate Costly Programming Mistakes: By simulating the NC program before it runs on the machine, potential errors are detected and corrected in advance, preventing costly programming mistakes.
• Increase Shop Safety: Simulating programs on a PC minimizes the risks associated with testing programs directly on physical machines, enhancing overall shop safety.
• Accelerate Onsite Startup: Pre-testing and verifying NC programs virtually reduces the need for extensive onsite testing and calibration, significantly accelerating startup times.
• Reduce Downtime, Scrap, and Rework: Identifying and addressing issues before they manifest on the machine minimizes downtime, reduces the number of scrapped parts, and decreases rework efforts.
• Faster Iterations and Optimization: The ability to quickly simulate and test program modifications allows for faster iteration cycles and efficient optimization of toolpaths.
• Faster Shifting Between Machines: Seamlessly switch between different machine configurations to simulate and verify NC programs for different machines, allowing for more flexible job scheduling.
• Affordable and User-Friendly: Offers a price-competitive and user-friendly solution for CNC machine simulation, making it accessible to a wider range of manufacturers. 

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: 1 Week
• Packaging Details: ELECTRONIC LICENSE DISTRIBUTION

Product Details:

CIMCO MDC-Max is a comprehensive manufacturing data collection and machine monitoring software solution designed to enhance shop floor productivity and efficiency. Here's a breakdown of its key features and benefits:Core functions
    Real-time Machine Monitoring: Provides live insights into machine status (running, idle, downtime), performance data, and production progress.    Data Collection: Automatically collects data from machines using existing networks (Ethernet, RS-232, wireless) and operator input (using tablets, barcode readers or PCs).    Reporting and Analysis: Generates real-time and historical reports including key performance indicators (KPIs) like Overall Equipment Effectiveness (OEE), cycle time, downtime, and more. Reports can be customized and exported to formats like Microsoft Excel.    Downtime Tracking and Management: Allows operators to log downtime reasons (e.g., waiting for material, maintenance, tooling) directly at the machine, enabling better identification and reduction of production bottlenecks.    Andon and Notifications: Displays machine status and performance data on Andon boards and digital signage throughout the shop floor. Can also send email and text notifications for critical events, according to CIMCO. 
Key benefits
    Improved Efficiency: Optimizes resource utilization by identifying and eliminating production bottlenecks based on real-time data analysis.    Enhanced Productivity: Streamlines processes, reduces manual data entry, and helps achieve production targets.    Faster Response Times: Allows quick identification and response to machine issues, minimizing downtime.    Accurate Data: Automates data collection, reducing errors and ensuring reliable information for decision-making.    Integration Capabilities: Integrates seamlessly with other CIMCO solutions (DNC-Max, NC-Base, MDM) and can be connected to ERP, MES, and other external systems for comprehensive data management. 
System requirements
    Operating System: Windows® 8 minimum (64-bit version only) for client installation.    CPU: Intel Core 2 Duo or AMD Athlon @ 1.6 GHz - or higher for client installation.    Memory: At least 2 GB RAM for client installation.    Hard Drive: At least 2 GB of free space for client installation.    Network: Network adapter with TCP/IP enabled for client/server solutions. 
Note that these are minimum requirements. For optimal performance, especially with simulation features, higher specifications are recommended. AvailabilityCIMCO offers a 30-day free trial for their software products, including MDC-Max. It is available for download on their website, according to CIMCO. Considerations
    While MDC-Max offers powerful features, it's crucial to assess your specific needs and existing infrastructure before implementing it.    Consider exploring case studies and reviews from businesses similar to yours to gauge the potential benefits for your operation. 
In essence, CIMCO MDC-Max offers a robust solution for businesses seeking to gain real-time visibility into their manufacturing processes, identify areas for improvement, and ultimately boost productivity and profitability. AI responses may include mistakes. Learn more
    CIMCO MDC-Max | Realtime Manufacturing Data Collection ...    CIMCO MDC-Max | Realtime Manufacturing Data Collection and Machine Monitoring software. MDC, reports, charts, OEE, MES. ... Collect data from your shop floor in...    favicon    CIMCO

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: 1 Week
• Packaging Details: ELECTRONIC LICENSE DISTRIBUTION

Product Details:

RoboDK - is a powerful simulation and offline programming software for industrial robots, enabling 3D modeling, simulation, and program generation for over 1000 robot arms from 80+ manufacturers without requiring extensive coding. Key features include 5-axis machining, collision avoidance, digital twin technology, and API support for Python or C#
Key Features of RoboDK : 
    - Offline Programming & Simulation: Create robot programs offline for various applications (machining, welding, painting) without interrupting production.    - Massive Robot Library: Features a library of over 700+ different industrial robots.    - Intuitive Interface & 3D Integration: Simple drag-and-drop interface for 3D models (STL, STEP, IGES) and easy creation of complex motion paths.    - Collision Detection & Avoiding: Fast automatic collision detection and path planning to avoid collisions, axis limits, and singularities.    - Robot Machining: Allows using robot arms as 5-axis CNC machines or 3D printers, converting NC programs (G-code) into robot paths.    - Calibration Tools: Includes tools for robot and tool calibration to improve accuracy up to 0.100 mm.    - API for Customization: Advanced users can use Python, C#, Visual Basic, or Matlab for scripting and customization.    - Add-ins and Plugins: Includes specialized tools like "Collision Free Planner," "Palletizing," and "Game Controller" support.    - Post-Processors: Supports a wide range of robot controllers (ABB, Fanuc, KUKA, Motoman, Universal Robots, etc.). 
Key Benefits : No Programming Skills Needed: Simplifies the programming process through an easy-to-use graphical interface, Cost-Effective: A more accessible alternative for simulation and offline programming, Increased Productivity: Speeds up the automation process from design to implementation.  RoboDK CAM : RoboDK CAM is robot programming software for CAM manufacturing.
Computer Aided Manufacturing (CAM) software defines the trajectories (toolpath) that a robot or a CNC (Computer Numerical Control machinery) should follow to perform a manufacturing operation.

Robot Machining : Toolpath Generation, Material Strategies, Motion Control, Tool Management, Complex GeometryStock Optimization
Robot Multi-Axis Machining Made Simple : With RoboDK CAM you can create and simulate advanced toolpaths for any robot machining operation. Whether you're milling, polishing or any other manufacturing application, you can easily apply from simple 3-axis tasks to complex 5-axis machining strategies.
Technical Features: Supports robot machining toolpath generation for up to 12 synchronized axes, Handles milling, turning, and multi-axis machining setups, Streamlines grinding and drilling workflows, Facilitates trimming, deburring, contouring, and finishing strategies, Includes support for robot arms and 5-axis CNC
Master Complex Geometry with Ease : RoboDK supports advanced surface machining strategies that handle complex shapes, undercuts, blended transitions, and spline-based paths. Achieve smooth finishes on complex parts.
Technical Features: Surfacing capabilities for freeform and contoured shapes, Efficient handling of undercuts and challenging part geometry, Blend and spline functions for smooth transitions and uniform finishes, Precision control for advanced multi-axis surface machining
RoboDK CAM simplifies multi-axis robot machining, offering precision, flexibility, and optimization across toolpath generation, material strategies, motion control, and tool management.
Precision Machining Made Simple : RoboDK lets you define and track stock materials, ensuring optimal tool engagement. By simulating cutting strategies like zigzag and spiral paths, you can reduce waste and maintain process stability.
Accurate stock definition and material removal simulation