Compact
Robot, spindle, table and guarding in a small footprint.
Robotic machining of molds and patterns
Roughing, finishing and detailing on complex surfaces with the same robot, inside a guarded robotic cell.
What it's for
Mold machining
Robotic machining for manufacturers of molds and patterns who need flexibility. The same robot handles roughing, finishing and detailing on complex surfaces, with no machine change between steps.
The robotic cell is designed around your part: a tool magazine with automatic tool changing as the strategy requires, fixed or rotary tables to reach every face of the part, and guarding in line with NR-12 (Brazilian machine-safety standard). CAM programming and toolpaths are simulated in 3D before the robotic cell is built.
Applications and materials
- MDF
- Wood
- EPS
Available configurations
Choose your robotic cell layout.
Two stations
The robot works on one table while the operator changes the part on the other.
Rotary table
Access to different faces of the part for sculptures and 3D machining.
Methodology
How we run the project.
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Assessment
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Robotic cell design
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Try-out
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Installation
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Support
Related case study
Ângulo Protótipos
Molds for bus parts, with roughing, finishing and detailing on the same robot.
Read the full case study
We are a very different company today thanks to the robots we have.
Neivaldo Ângulo Protótipos 
Frequently asked questions
Common questions.
What kinds of parts can the machining robotic cell handle?
Molds and patterns for production parts and prototypes, such as those for transportation components and reinforced plastics. Sizing always starts from the customer's actual part.
Do I need a 3D model of the part?
A 3D model is the best starting point: with it we simulate the robotic cell and the toolpaths before anything is built. If you don't have one yet, tell us what you need to produce and we'll assess it together.
Does the robotic cell change tools automatically?
It can include a tool magazine with automatic tool changing, depending on the machining strategy defined for your application.
What is the maximum part size?
It depends on the robot's reach and the robotic cell configuration, and is defined during the technical assessment. For very long parts, see also our large-parts solution.
Let's assess your application.
Send us the 3D model or photos of your part. We reply within the same business day.