To truly understand how to use Cockpit 3D, it is important to learn more than just the interface. You can make the best and most effective use of the software only when you understand the full workflow from setting up an account to sourcing materials, generating point clouds, and finally engraving.
This guide walks you through the full process. Step by step. Broken down into simple stages, so it’s easy to follow, no matter whether you’re just starting out or already have some experience.
Getting Started with Cockpit 3D
The first thing you need to do is enter the Cockpit 3D ecosystem and create your account.
What happens at setup:
- You register yourself through the Cockpit 3D platform.
- Your application is reviewed before access is granted.
- The system then licenses your laser type:
- Green laser beam OR
- UV laser
This is an important difference because the file output formats are set up with the license and vary by the machine you are using.
Once your access is approved, you gain access to the HQ portal. The HQ portal acts as the central control point for your workflow.
Understanding the HQ Portal
The HQ portal is used for two major functions:
1. Ordering raw crystal materials
Crystal blanks are available from different source locations:
- Regional inventory (e.g. North America)
§ Faster delivery
§ Ready-to-ship products, ensuring lower delay times.
- Source from factory (Asia)
§ Reduced material cost
§ Longer lead time due to the time required for production and shipping
Important point: If production speed is crucial, the speed of supply is often more important than minor cost differences.
2. Management of 2D to 3D Conversion Credits
Cockpit 3D uses a credits system to turn photos into 3D models.
- Trial credits are available for new users.
- Additional credits may be purchased as needed.
- Credits are charged based on the complexity of each conversion.
FastPass Workflow: Converting Images to 3D
The FastPass system does 2D-to-3D conversion.
How does it work:
- You upload a photo
- Submit it to send it for processing.
- You receive a 3D preview
Before:
- Manual conversions took about 6-24 hours.
Now:
- Many conversions are done much more quickly.
- Artists still polish outputs to ensure quality
Why human involvement in the workflow still matters:
- Facial structure correction
- Distortion correction
- Improving and increasing realism
This hybrid approach (automation + human refinement) helps to achieve better consistency over time.
Why Data Quality Matters in 3D Conversion
The accuracy of 3D conversion is highly dependent on the training data.
Training of cockpit 3D systems is done using the following:
- True 3D scans of objects and people
- Datasets of these 3D scans collected over the years.
This results in:
- Improved facial feature accuracy
- Improved depth interpretation
- Reduced distortion compared to generic tools
In general, Output quality is directly tied to the quality of input data.
Cockpit 3D Software: Core Tools Explained
When your 3D file is ready, you go to the Cockpit 3D software.
Key Capabilities of Cockpit3D:
1. Position and Transformation
- Move objects in the crystal
- Limit movement along specific axes
- Accurately rotate and align elements
2. Scaling
- Uniform scaling (proportions are preserved)
- Non-uniform scaling (independent depth adjustment)
Useful when:
- Working with delicate and thin crystals
- Changing depth constraints
3. Cropping and 2D Image Handling
You may:
Import of 2D images directly
- Import of 2D images directly
- Crop images within the software
- Generate point clouds without converting to 3D
This provides flexibility for:
- Logos
- Engraving text inside the crystal
- Flat design
Point Cloud Generation and Editing
Cockpit 3D has two separate modes:
- Scene View → Layout and positioning
- Point Cloud View → Final Engraving Structure
In Point Cloud View, you can:
- Delete unwanted points
- Tweak spacing
- Improve composition
Important step in workflow: You must regenerate the point cloud after editing and before saving.
Texture Editing and Image Optimization
Texture adjustments can enhance the engraving quality.
Some common adjustments are:
- Contrast and brightness
- Highlighting details
- Correction of irregular and uneven tones
Key Rules:
- Always save the changes made in the editor.
- Combine Layers prior to saving
- Reload textures in the Cockpit 3D
These steps guarantee the updates are reflected in the point cloud.
Templates and Crystal Alignment
Templates are great for matching your design to the actual crystal.
How templates work and what they actually control:
- Crystal Dimensions
- Safety margin
- Edge beveling
Benefits:
- Fixed and accurate previews
- Enhanced positioning
- Reduces trial-and-error when engraving
Advanced Layout Control
Cockpit 3D offers accurate positioning tools for complex designs.
You may:
- Place and align elements at precise distances
- Maintain consistent spacing
- Correct placement of multiple layers
This is particularly useful for:
- Corporate awards
- Multi-layer constructions and designs
- Combined engraving processes and techniques.
Exporting and Using Files on Different Machines
When the point cloud is complete and finalized, you have the following export options:
- GLB → Popular for UV systems (e.g. Xtool)
- STL – used in some laser workflows
- Native formats → For certain machines
Important rule:
Do NOT resize files after export.
Rescaling can lead to:
- Modify point spacing
- Decrease the quality
- Higher risk of cracking
Machine Setup and Engraving Considerations
When switching to the laser system:
Important setup steps:
- Install correct lens (for subsurface engraving)
- Measure crystal dimensions precisely
- Ensure Software parameter synchronization with Cockpit 3D values
Critical parameters:
- Point spacing
- Power settings
- Layer height
Consistency between software and machine settings is essential for accurate results.
Cinematic HD vs Standard Point Clouds
Enhanced processing modes result in one of the most visible differences in output quality.
Standard point cloud:
- Lower point count
- Basic details
Enhanced (Cinematic HD):
- Marked increase in point density
- Improved contrast and depth
- Enhanced facial and texture detail
Example difference:
- Standard: ~700,000 points
- Improved by ~2.7 million points
Higher density means:
- More realistic etchings
- More visual depth within the crystal
Using Previews to Get Customer Approval
Cockpit 3D lets you generate previews before engraving.
The choices are:
- Screenshots from different perspectives
- PDF previews with layout information
Benefits:
- Enhances communication with customers
- Fewer mistakes
- Helps nail down the designs prior to production
Conclusion
Using Cockpit 3D effectively involves more than just generating a 3D model. It requires knowing the whole workflow:
- Creating and setting up accounts and Material
- Conversion of images into 3D
- Refinement of point cloud
- Match software output to machine settings
If you do each step right, you end up with a consistent, controlled process that balances quality, efficiency, and reliability.
Frequently Asked Questions
What is Cockpit 3D used for?
It is used to convert images to point clouds for subsurface laser engraving in crystal.
Do you need 3D conversion for every project?
No. You can also import and engrave 2D images directly.
Why is point spacing important?
It affects the clarity/detail of the engraving and the probability of cracking.
Can you edit point clouds after generation?
Yes, but you must regenerate and save them before final output.
Why shouldn’t you resize exported files?
Resizing changes point spacing, which can reduce quality and damage the crystal.