Our NdFeB Cutting Machine slices through neodymium magnets with surgical precision—no chipping, no thermal distortion, and zero compromise on magnetic integrity. Unlike conventional methods that risk demagnetization or edge cracking, this fiber laser system delivers clean, burr-free cuts on sintered and bonded NdFeB materials up to 25 mm thick. It’s built specifically for magnet manufacturers, R&D labs, and precision motor assemblers who need consistent geometry and tight tolerances on complex shapes—from arc segments and trapezoids to multi-hole stator cores.
You’ll notice the difference right away in cycle time: full-profile cutting of a 120 mm diameter rotor magnet takes under 90 seconds, thanks to optimized beam delivery, high-acceleration linear drives, and real-time power modulation that adapts to material thickness and grade on the fly. That speed doesn’t come at the expense of surface quality—the kerf stays narrow (under 0.2 mm), heat-affected zones are minimal, and edge hardness remains stable, so secondary finishing is rarely needed. Over a year’s operation, that adds up to measurable labor reduction and fewer scrapped parts.
When something needs tuning—or even just a second pair of eyes—our support team jumps in fast. Every machine ships with embedded remote diagnostics, so our engineers can monitor performance, adjust parameters, and push firmware updates without waiting for service calls. For hands-on assistance, we coordinate local-certified technicians across 42 countries, with most on-site visits scheduled within 72 hours. Plus, your operator gets free access to our live training portal, where video walkthroughs, troubleshooting checklists, and laser parameter libraries are updated monthly based on real-world feedback from hundreds of magnet shops.
Key Features
- Unlike conventional methods that risk demagnetization or edge cracking, this fiber laser system delivers clean, burr-free cuts on sintered and bonded NdFeB materials up to 25 mm thick.
- It’s built specifically for magnet manufacturers, R&D labs, and precision motor assemblers who need consistent geometry and tight tolerances on complex shapes—from arc segments and trapezoids to multi-hole stator cores.
- \n\n You’ll notice the difference right away in cycle time: full-profile cutting of a 120 mm diameter rotor magnet takes under 90 seconds, thanks to optimized beam delivery, high-acceleration linear drives, and real-time power modulation that adapts to material thickness and grade on the fly.
- That speed doesn’t come at the expense of surface quality—the kerf stays narrow (under 0.2 mm), heat-affected zones are minimal, and edge hardness remains stable, so secondary finishing is rarely needed.
Typical Applications
NdFeB Magnet Laser Cutting Machine is suited to sheet metal fabrication, enclosures and cabinets, tube and pipe processing, heavy structural plate, precision aerospace and automotive components.
Why Intouchray
Every Intouchray machine is designed and manufactured in-house by Guangdong Intouch Technology (est. 2001, Dongguan), with 20+ years of laser R&D and 100+ machine models shipped worldwide. Production runs under ISO 9001:2015 with CE-certified product series, and control logic is developed by our own R&D team so custom sequences, material tracking, and process adjustments can be integrated before shipping.
FAQ
How thick a material can a fiber laser cutting machine handle?
Thickness depends on laser power. Intouchray builds fiber laser cutting systems from 1.5 kW to 60 kW for sheet, tube, and heavy-plate processing. Your exact product page lists the rated cutting thickness for this specific model.
What accuracy can I expect?
Intouchray cutting systems hold ±0.05 mm cutting accuracy and ±0.03 mm positioning as standard, with a precision series rated to ±0.01 mm.
