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Ruby® 2.11 - 14.7.2025

Powerful tools for text and shape design, user management, customized materials, file management and quality, job handling.

Powerful new tools for text and shape design

1. Simple multi-line text alignment

Aligning text is now more intuitive. Multi-line text objects can be aligned left, right, centered, or distributed — for clean and consistent layouts across all your projects.

2. Group and ungroup objects in Design

You can now group and ungroup objects directly in Ruby using shortcuts or the right-click menu. Groups can be nested, and even within a group, individual objects remain accessible via the object list — ideal for precise selection and editing.

3. Edit corners individually

Fine-tune shapes with more precision: individual corners can now be rounded or reset one at a time. Step through each node using navigation buttons, highlight a corner, and define the perfect radius — for a single point or all at once. Works with any path object.

4. Text along path

Easily place text along any shape — whether it’s a circle, rectangle, curve, or custom path. Just select a path and add your text with one click. You can change font, size, and even reverse the text direction. Dynamic text is supported too, giving you full creative control.

Auto cut links now available for all cut jobs

Auto cut links, previously only available in stamp mode, can now be generated for any cut job. When activated in the material settings, users can define on&off lengths. This feature is available for machines with Plotter and Dash pattern capability.

For detailed instructions see Vector Processing Tips the in Ruby® help center.

Next level of user management: groups, filters & more

Ruby 2.11 brings major improvements to user management. Users can now be organized into groups – ideal for managing multiple users at once. Search and filter functions have been extended: by text, role or group, with bulk selection and deletion. Sorting by name, email or creation date is now possible. Admins can also delete data of other users for even more control.

Customize materials to fit your workflow

Organizing your materials becomes more powerful and flexible. A new “Material type” field lets you categorize materials (e.g. wood, aluminum, plastic) and filter or search by type in the Prepare screen. You can also add custom descriptions to each material – useful for noting specific properties or usage hints. All information is visible both in the material list and during job execution on the touch panel at your machine.

For detailed information about the material database, visit the Ruby® Help Center.

Save and export your designs as SVG and easily convert to other file formats

You can now export your current design as SVG — perfect for documentation, sharing, or reusing your work in other tools. Converting to other files is easy now.

Selective design queue for enhanced workflow

You can now queue only the elements you’ve selected in your workbench in prepare screen, rather than the entire job. A new “Queue Selected” option has been added to the Queue button dropdown. When one or more elements are highlighted, “Queue Selected” becomes active and adds just those elements to the queue. If no elements are selected, the option remains disabled, ensuring precise control over your job submissions.

Smarter vector sorting lowers production time

Ruby can now automatically optimize the cutting order of vectors to reduce production time. Activate or deactivate the vector sorting in the new Processing Rules card.

For detailed instructions see Vector Processing Tips the in Ruby® help center.

Edit power and speed Settings for queued jobs without re-queuing

For Speedy

Ruby now allows users to modify primary material settings for jobs already in the queue without the need to re-queue. On both the Produce and HMI screens, simply click "Edit" to adjust material settings. The original job ID remains unchanged, and only the material data is updated, ensuring a streamlined workflow. Note that no new job will be created, and the job will not be affected while running. However, changes will not trigger recalculation of the Estimated Time of Completion (ETC) or affect the material name, tags, or description. This update minimizes clicks and simplifies material adjustments during the job preparation process.

Lens-device settings on the prepare screen

For Speedy

No more scrolling through settings to change lenses. Change the lens directly on the Prepare and Produce screens, without affecting your job queue. Jobs with a different lens will be visible but inactive — you can select individual jobs to match the active lens.

Smarter job handling in the production queue

Repeat jobs automatically with the new job counter and track the total processing time directly on the Produce screen and the touch panel on your machine. Ruby now shows the total time of all jobs in the queue – perfect for planning your laser production efficiently. New Auto-pause for multi-step jobs. Plotter machines now automatically pause between processes. Resume easily by pressing start again – more control, less hassle. With using absolute Z Position from import profiles machines now move to the absolute Z position defined in the Import Profile at the start of each job. This ensures consistent focus height and reliable results by aligning the laser’s starting height exactly as configured.

 

Job history with more context

The job history now includes the username and the material used for every job. This information also appears in the CSV export, along with the raw material settings — ideal for reporting or quality assurance.

Fixed grid & alignment in import profiles

Ruby now allows you to define a fixed grid with customizable cell sizes directly in the import profile. You can also specify how the design aligns within each cell (e.g., TopLeft, Center, BottomRight). When the design size changes, it will stay aligned in position, ensuring consistent layout.

Multi-page PDF import & batch job creation

Multi-page PDF import

Ruby now lets you import multiple PDF documents and turn all pages into a single job in one step. In your Import Profile you can choose a specific page or select “All Pages.” When “All Pages” is enabled, features like saving designs, stamps, seals, and grid are automatically disabled to streamline the process. In the Prepare screen, each page is laid out in a flow-right arrangement with configurable XY offsets.

Batch job creation

On the Manage screen, you can also drag & drop multiple existing designs onto an Import Profile to combine them into one job—respecting the selection order for placement. This enhancement simplifies batch processing of multi-page documents and design sets without altering existing hot-folder mappings.

New modes for job time estimation - per layer or overall

Maximize machine utilization and keep track of processing time. The total estimated time for all queued jobs are now shown in both the Produce screen and the machine display – automatically updated as jobs are added or removed. On the Prepare and Produce screens, Ruby now displays the estimated time to complete (ETC) not only for the entire job but also individually for each layer. This gives users greater insight into processing times for specific operations, helping optimize workflows. For jobs with many layers, a "+" symbol summarizes additional layers.

Seals creation & processing: new remplate support and features

For Speedy

Ruby now includes enhanced functionality for processing seals, bringing greater flexibility to design creation. Users can define the correct template for seals directly within Ruby, with support for various seal sizes and shapes. Additionally, the software allows for precise grammage value mapping. A new backend feature enables the creation of seals directly from design templates, as well as clipping designs to specific seal sizes and adding a fixed-size notch for cutting outlines. Users can now generate seals both via Import Profiles and directly on the design page, with similar functionality available on the design screen widget as with stamps. The updated process includes the ability to set DPI, paper thickness, shape/size, notch positioning, and minimum distance from the cut line, offering a complete seal creation solution within Ruby.

Automatic tagging for stamps, seals and import Profiles

To simplify design organization, Ruby now automatically assigns tags when creating certain design types. "Seals" will receive the corresponding "Seals" tag, similar to how "Stamps" are already handled, with tag names adapting to the selected language. Additionally, when using import profiles to create designs or workbenches, users can now define which tags should be automatically applied.

Generate barcodes in Ruby® – fast and flexible.

Ruby now includes an integrated barcode generator. Easily create 1D or 2D barcodes using a new widget in the design area. Over 100 barcode types are supported – from Code128 and EAN13 to QR Code and DataMatrix. Helpful input validation, default content suggestions, and visual error indicators make setup quick and reliable. Customize cell size, shape, inversion, and quiet zones to match your needs. Ideal for product labeling, logistics, and serial coding.

For detailed instructions see Dynamic Data Tips the in Ruby® help center.

Fine-tune axis positioning directly from the side panel.

Axis control has moved to the "Axis control" tab on the right. Easily adjust positions with Absolute or Relative movement and access buttons for Set Position, Stop, and Reference. The system tracks your current position and updates in real time.

Rotary snap lines and adjustable speed for rotary attachment

For Speedy

We have introduced additional snap lines in Rotary mode to help users align their designs more precisely along the perimeter of cylindrical objects. Additionally, a new job parameter has been added in the Prepare screen to adjust the rotary speed. Slower rotary movement is especially helpful when working with heavy objects, ensuring better stability and preventing slipping or shifting during laser processing.

Smarter production & enhanced bitmap engraving

Bitmap tracing with preview

The new tracing widget lets you test different tracing settings with a preview option — no need to undo and redo your changes. You can now toggle the original image on/off, and abort long tracing processes at any time. The original trace button is replaced by an icon next to the selected image.

For detailed instructions see Vector Processing Tips in the Ruby® help center.

Unsharp mask for smoother photo engravings

Achieve better photo engravings with the new Unsharp Mask filter. It enhances the overall appearance of image engravings by smoothing transitions and creating a more homogeneous result. Especially useful for photos, this filter helps balance contrast and sharpness — giving you cleaner, more professional-looking results right on your material. Pro tip: When preparing photos for laser engraving, apply more sharpening than you would for prints on paper.

CDR import: support up to CorelDRAW version 24

Ruby supports importing CDR files created with CorelDRAW up to version 24 (2022). Starting with CorelDRAW 2025, changes in the file format may cause imported files to appear differently in Ruby. If any issues occur, there are two easy workarounds: save the file in CorelDRAW version 2024 or earlier, or export it as a PDF and import the PDF into Ruby. Both methods ensure a smooth and reliable import process.

Speedy 100 cross enhancements: new materials and optimized settings

For Speedy

We've expanded the material database with new entries specifically for the Speedy 100 cross machines, enabling even better processing results and easier job preparation. Additionally, Ruby now supports optimized cutting frequencies for diode lasers, allowing settings between 100 and 60,000 Hz for improved performance and material quality.

New overshoot option for engraving: better results and smoother motion

For Speedy

Ruby now offers an overshoot setting for engraving effects: users can define an additional overscan distance in millimeters to optimize engraving quality and prevent limit switch triggers. This setting improves engraving precision, especially at high speeds. Default overshoot is 0 mm, and if set, Ruby automatically adjusts values that would exceed the working area.

End-of-life for legacy Trotec software – time to move forward with Ruby®

As we continue to focus on delivering innovative and future-ready solutions, aligning with Microsoft’s end-of-life for Windows 10 we are phasing out support for JobControl, RayjetManager, and UniDrive after October 14, 2025. These legacy programs may not function reliably on Windows 11 and will no longer receive updates or technical support. This shift allows us to fully concentrate on enhancing Ruby®, our next-generation laser software.

Ruby® is fully compatible with Windows 11 and combines design and production workflows in a single, intuitive interface. It supports nearly all Trotec laser machines, making it easier than ever to manage your fleet with one software. Whether you're already working with Ruby® or just getting started, now is the perfect time to explore its powerful new features.

Make the switch and take your laser workflow to the next level.

Improved VDP Camera Calibration – essential for precision and reliability

for Speedy

With Ruby 2.11, a new calibration process for Vision Design & Position (VDP) is introduced. This update replaces previous calibration data and requires a one-time recalibration per lens after installation. With this new version, calibration becomes tailored to your specific hardware setup ensuring significantly higher precision.

Please note: The recalibration process is mandatory and starts with the first use of VDP after updating to 2.11. It requires the existing calibration plate and takes just a few minutes. We recommend scheduling the update and calibration during non-productive hours (e.g. end of day or weekend).

Watch the video tutorial on how to calibrate VDP

Benefits of the new calibration system:

  • Faster camera startup and refresh performance
  • Precise restriction of the working area, now fully functional with VDP
  • Meaningful error messages and visual diagnostics for better support
  • Extended storage of calibration data for improved serviceability
  • General bug fixes and overall system stability

Further improvements

  • Improved import quality: Ruby now supports higher quality imports for DXF, CDR, and SVG files, ensuring smoother transitions for your designs.
  • Display effect Name on Produce Screen and machine making it easier to identify effects at a glance.
  • Improved layout of the service page with aligned buttons, cleaner UI, and a new admin-only network settings tab.
  • Detailed insights of operating hours and axis travel distance for better machine tracking and maintenance.
  • Rename Effects: You can now rename effects in Ruby, providing more control over your workflow and making it easier to organize and manage your effects.
  • New designs are saved with the suffix “New” and then with a continuing number
  • Refresh your Dynamic Data source on the Data-Source page, replacing its entire content while retaining bindings. Ruby validates that the new CSV matches the original structure, notifies you if the source is in any queued jobs, and makes updated data immediately available for queuing.
  • Detailed usage statistics for your laser machine, including model type, build date, total operating hours, laser runtime for engraving and cutting, and axis travel distance in settings menu if you click on Info. To better evaluate machine profitability and residual value.
  • Display Active Carbon Filter Usage in Hours: The Atmos Pure smart dashboard now displays both the percentage of active carbon filter usage and the total hours of operation.
  • Improve Quality of Imports ( dxf, cdr,svg..) dxf import probleme sind gelöst. Direktimport ohne qualitätsverlust mögich . Skalierungsprobleme gelöst

Bugfixes

  • Improved DXF import scaling – imported designs now retain correct size regardless of unit settings.
  • Enhanced cut quality for DXF imports – Bezier curves are now used instead of vectors where applicable.
  • Fixed DXF geometry clipping – elements outside the job area are now properly handled during import.
  • Cut lines at the edge of regmark jobs are now correctly included in the job file.
  • Improved machine stability when manually searching for regmarks using the camera image.
  • Material effects now use standard path planning instead of throughput for better consistency.
  • New support option added: Generate service file and start remote connection in case of connection errors.
  • Fixed Smart Electronics Rotary bug – rotary now behaves correctly during operation.
  • Curve optimization improved – cleaner, more accurate curve cutting.

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