Yaw Ring Teeth Repair Patented in-nacelle machining. The ring is repaired where it stands - no removal, no crane. 
Rotor Lock Repair Full rotor lock seat restoration in-nacelle. No component removal required. 
Bolt Removal & Thread Repair Failed or seized bolts removed and threads recovered without replacing the host component. 
Yaw Sliding Surface Repair On-site repair of worn yaw sliding surfaces. No yaw ring exchange, no crane. 
Yaw Gear Mounting Flange Repair Worn yaw gear mounting flanges and damaged threads repaired uptower. 
Brake Disc Repair Damaged brake disc sections milled out and replaced uptower. 
Generator Shaft Repair Worn generator shafts machined back to tolerance in place. No generator replacement. 
Blade Root Contact Surface Repair CNC-controlled machining of worn or damaged blade root contact surfaces. 
Blade Root Bushing Repair Restore damaged blade root inserts onsite, reducing downtime from months to days. 
Blade Surface Milling Repair 3D milling of damaged blade areas to an exact surface - uptower or on ground. 
Monopiles & TPs Sub-millimetre flatness on monopiles and transition pieces. Precision machining performed before installation. 
Tower Flanges Tower section flange flatness restored on-site. No re-fabrication, no transport. 
Industrial Flange Machining Sub-millimetre flatness restored on site for industrial flanges on large production machinery. 
Sea Fastening Machining sea fastenings and towers stands to the required tolerances without transporting the structures to a workshop. 
Machine Plane Restoration On-site machining of machine plane. Flatness restored within specs without disassembling the press. 
Line Boring Portable line boring for large bores in-situ. Heavy industry, marine, energy. 
Axle & Shaft Repair Worn or damaged axle and shaft journals restored on-site. No removal, no replacement. 
3D Laser Tracker Measurement Portable laser tracker measurement of large components. Hole patterns, reference points, machine alignment and flange geometry - up to 0.05 mm. 
Easy-Laser Measurement Easy-Laser alignment and geometric measurement. Flange flatness, tilt, shaft and machine alignment - verified and documented on site. 
3D Scanning Handheld ZEISS 3D laser scanning on site. Reverse engineering, CAD comparison, wear and damage analysis - metrology-grade digital documentation. CNC Onsite designs and builds proprietary mobile machining systems — from prototype to production-ready — for wind and heavy industry.
"Do you need to start the repairing process as fast as possible, typically we can use our prototype machine to carry them out. When handing over the final machine, you can increase the speed and optimize your repairs.
Validate the solution early and shorten the development cycle from concept to finished machine.
Start addressing the challenge using a prototype solution while the final machine is being prepared.
Reduce waiting time and restore operations sooner by testing and deploying solutions earlier.
Confirm tolerances, functionality and performance before committing to full-scale development.
You bring a machining challenge conventional methods cannot handle efficiently.
We propose a solution and assemble a prototype from existing building blocks — ready within 14 days.
Collaborative test verifies the prototype performs within required tolerances and speed.
Based on test data, we finalise machine specs: process time, operating context, investment.
Full solution with FAT, SAT, and handover. Repair format agreed: our team, yours, or shared.
Training provided. Optional add-ons: maintenance, support agreements, and delivery additions.
Describe your challenge. Our engineers will assess whether an existing machine fits — or design one that does.