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Turnkey Solutions for Your Needs
Modular Robotic Platforms
The future is automated
Aerospace, Marine, Energy and More – Find a Solution for Your Industry
If you're looking to automate your surface finishing, then Mirka® Industrial Automation will provide you with the know-how, tools and services to make your processes faster, safer and more profitable.
Leading companies in the automotive, aerospace, marine, and energy industries all around the globe trust our solutions to get the job done.
Choose between five customisable platforms (XS, S, M, L and Engineered), all available with cutting-edge force control units and our patented fully automatic belt and disc changers.
Want to know more about deburring, grinding, linishing, and other robotic applications? Explore our FAQ here.
Applications for Industrial Automation
SERIES
Pro processing in a compact package
Our smallest robot cell can give you significant time savings. The XS is a configurable and versatile automation solution for the production and processing of small components.
SERIES
Efficient robotic processing of small parts
Mirka's S-series provides production freedom to small-part manufacturing. The S-series is a compact system designed to handle complicated shapes with the highest precision and flexibility.
SERIES
The ideal surface treatment solution for midsize parts
The M-series robot solution is designed for midsize parts manufacturing. This robotic cell suits a variety of applications, and can be equipped for either dry or wet processing.
SERIES
Think bigger and work faster with the L-series
The L-series is designed for large workpieces like turbine components and marine propellers, enabling various tools for grinding, deburring, sanding and polishing.
Technical specification
Turnkey Solutions Comparison
|
|
XS-series |
S-series |
M-series |
L-series |
|
Workpiece max length (mm) |
200* |
250* |
1,500* |
1,800* |
|
Workpiece max weight (kg) |
2* |
3* |
500* |
1,000–5,000* |
|
Rotary workpiece max radius (mm) |
50–100* |
50–100* |
300–650* |
500–1200* |
|
Rotary workpiece max weight (kg) |
– |
– |
– |
5,000 |
|
Footprint (mm) |
2,000×1,500 |
3,000×2,500 |
6,000×7,000 |
6,000×8,000 |
|
Processing condition |
Dry/Wet |
Dry/Wet |
Dry/Wet |
Dry/Wet |
|
Part to tool-method |
Yes |
Yes |
Yes |
– |
|
Tool to part-method |
Yes |
Yes |
Yes |
Yes |
|
Equipment (Tools) |
Belt, rotary, spindle, automated tool change system |
Belt, rotary, spindle, automated tool change system |
Belt, rotary, spindle, automated tool change system |
Belt, rotary, spindle, automated tool change system |
|
Automatic tool change system |
Optional |
Optional |
Optional |
Optional |
|
Coolant collection system |
Optional |
Optional |
Optional |
Optional |
|
Laser marking and verification system |
Optional |
Optional |
Optional |
Optional |
|
Process monitoring and recording (video) |
Yes |
Yes |
Yes |
Yes |
*These values apply to part part-to-tool applications.
Do you need a customised automation solution?
Engineered Solutions
If you can’t find a suitable automation solution among our standard models (XS, S, M, L), we can develop a bespoke solution for your needs. Our automation experts have many years of experience in designing and delivering robot cells for system integrators and end users in a wide range of industrial sectors.
In addition to the automation solution itself, we can assist you with everything from feasibility studies to training in surface finishing processes and robotics.
Upgrade your current system or get a complete solution
Your Partner in Automation
Deburring, grinding, linishing, and other robotic uses
Learn More About Automation Applications
What is robotic deburring?
Deburring is a method used for removing sharp burrs, i.e. thin ridges, edges, or rough areas that are typically produced when processing metal.
Deburring is often performed manually, even though it’s a work that usually requires high consistency and has a low tolerance for human error. The advantages of automating deburring processes include faster workflow and more accurate results.
Mirka offers complete solutions for robotic deburring. Read more about automated gear deburring with our robotic cells here.
What are the advantages of robotic grinding?
Robotic grinding enhances surface quality, consistency, and production efficiency. In contrast, manual grinding is a demanding and hazardous task with poor ergonomics.
In our automation inventory, you will find spindle motors and tools for diverse robotic grinding processes.
What is robotic linishing?
Linishing is the process of refining a surface to achieve a smooth finish, often as a preparatory step for coating or painting. It's a process typically performed by robots equipped with belt grinders and large belt grinders.
Mirka has developed grinding tools for large blade finishing, which is a common application for robotic linishing. These tools enable precise and even surface finishing, achieving surface roughness as low as 0.4 µm.
What other robotic applications improve manufacturing?
Turbine blade finishing: Mirka offers solutions for jet turbine engine manufacturers. Typical components include: fan blades, vanes and blisks. Mirka's system can be enhanced with optional automatic edge break measurement technology for increased process adaptability.
Finishing of engine casings and structures: Our turnkey automation solutions are developed to process demanding high-quality surface finishes, even when the position and surface contours of the workpiece are unknown.
This makes our robotic cells perfect for processing jet engine parts like compressor casings, combustion cases and fan discs.
Gear chamfering and deburring: Mirka provides optimised solutions for edge-breaking on gear wheels and axes, ensuring excellent finishes and improved productivity.
Our robotic platforms are designed to enhance manufacturing processes by improving quality, consistency, and efficiency across various applications.
Start Planning Your Turnkey Solution
Our skilled team will help you design an automation solution perfectly tailored to your surface finishing needs. From us, you’ll get not only modern robotic cells, but also robotic tools, abrasives, and other accessories to help you maximise the potential of your automation solution.