MaxQ Repair
Scan. Plan. Repair. Repeat.
With MaxQ Repair, restoring a part is as straightforward as selecting your part and pressing the start button. MaxQ Repair automates the entire process of repairing defective parts in three simple steps:
- Scan: The damaged part is scanned with MaxQ’s 3D camera to create a detailed digital model.
- Plan: The 3D scan is compared to the original CAD file to identify wear and tear. MaxQ directly generates the toolpaths for the repair.
- Repair: MaxQ follows the generated toolpaths to weld the layers. Each layer is preceded by another scan of the part, allowing for real-time adjustments to maintain accuracy and precision as the repair progresses.
Effortless precision in metal part repair
Repair cheaper
MaxQ Repair is the most cost-effective solution for restoring metal parts
- Up to 2x cheaper than manual repair
- Up to 3x faster than traditional methods
- Average ROI of 1.6 years
With faster repair, lower labor costs and reduced material waste, MaxQ Repair offers a cost-effective and scalable solution for metal part restoration.
Repair better
MaxQ Repair doesn’t just restore parts, it enhances them:
- Consistent repair with high precision- without human error
- Parts last 20% longer after repair
- 42% less material waste
Stronger, longer-lasting parts mean lower long-term costs and a more sustainable maintenance approach.
Repair easier
Forget complex manual repairs, MaxQ Repair is designed for ease of use:
- No skilled welder needed
- Plug & play—no programming required
- Operators can be trained in hours
This means less shortages, fewer skill gaps, and more flexibility in your workforce. Let MaxQ do the work for you!
Your needs. Your MaxQ configuration.
MaxQ Repair consists of three elements: the robot or cobot of your choice, the MaxQ Sensor Suite and the MaxQ Repair Software. Find the MaxQ that suits your needs and discover the possibilities.
The robot that suits your needs
Cobot
Fanuc CRX-10iA
800 mm x 400 mm x 300 mm
Build volume
Fronius or Miller
Weld source
Cobot
Techman TM12
800 mm x 400 mm x 300 mm
Build volume
Fronius or Miller
Weld source
Robot
Panasonic TL-1800
1400 mm x 1000 mm x 800 mm
Build volume
Panasonic
Weld Source
Robot
Panasonic HH020L
5000 mm x 2000 mm x 1500 mm
Build volume
Panasonic
Weld source
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MaxQ Sensor Suite
- Compact 3D camera for geometry control
- High precision thermal camera for interpass temperature control
- Proprietary current & voltage sensors for logging and anomaly detection
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MaxQ Repair Software
- Frictionless automated workflow: scan, plan & repair
- Quality ensured through monitoring & control dashboard
- Built-in reporting tools for tracking of material consumption and arc on-time
Use cases
Leave your details to book a 30 minute demo
In an online call of 30 minutes, we will show you the functionality and practical applications of MaxQ Repair