Outlines on the surface
Design data drives projection tasks. Outlines displayed on the mold provide a reference for the manual positioning and placement of glass-fiber fabric.
3D LASER PROJECTION
Design outlines.
On every layer.
3D Laser-Assisted Layup
Project layup outlines onto curved mold surfaces. Connect design data with manual placement on the wind blade production floor.
Curved-surface projectionWork-group task managementTablet & wrist controls
DESIGN TO SURFACE
From design to mold surface
Bring layup information to the point of work. Visual outlines help operators identify where to position material and align its edges.
Tasks organized by group
Manage projection tasks by work group at the blade root, mid-span and tip, with clearly defined areas along a long blade.
Control at the point of work
Central task management combines with tablet and wrist-mounted controls so operators can manage tasks from their working position.
CONNECTED AT THE POINT OF WORK
One system. Multiple work areas.
A central controller organizes projection tasks. Projectors and work groups are configured for the site layout, with tablet and wrist-mounted controls for operators.
Tablet control
Central controllerProjection task management
Wrist control
Root group
Mid-span group
Tip group
Mold surface / manual layup area
THE LAYUP WORKFLOW
Connect each stage of layup
Define the application around your blade design, mold and layup process, from data preparation to operation on the floor.
- 01
Prepare design data
Review layup outlines and process information to define the inputs needed for projection tasks.
- 02
Position and calibrate
Establish the relationship between projection coordinates and the work surface for the mold and equipment layout.
- 03
Project by work group
Organize tasks by areas such as root, mid-span and tip, then display the current layup outline.
- 04
Place material manually
Operators position and place material along the outlines, advancing tasks according to the layup process.
WIND BLADE MANUFACTURING
Built around blade layup
From an individual work position to grouped operations, discuss a projection-assisted approach around your blade geometry, dimensions and working practices.
View the layup animation ↗Animation illustrates the application concept.APPLICATION NOTES
Start with your process
Does the system automate material placement?
The system provides visual guidance for manual layup. Operators place and compact material according to the process requirements.
What project information should we prepare?
Blade and mold dimensions, layup design data, workstation layouts, installation conditions and your current operating process support the application assessment.
How is the projector configuration determined?
Projection coverage, mold geometry, installation distance, obstructions and work-group requirements are assessed to define the project configuration.
What accuracy and cycle time can we expect?
Accuracy, calibration time and cycle time need to be agreed against site conditions, design inputs and an acceptance method. Contact the team to discuss your operating conditions and validation requirements.
LET'S TALK ABOUT YOUR APPLICATION
Start the next layer
with a clear outline.
Tell us about your mold, workstations and layup requirements. We will help define the application.
Contact the solutions team ↗Hunan Nuoyi Technology Co., Ltd.
No. 776 Mingyue Road, Tianyuan District, Zhuzhou, Hunan, China