The document describes the LASERDYNE 430BD 3D laser system. It can precision cut, weld, and drill small to medium sized 2D and 3D components using a third generation BeamDirector and patented Optical Focus Control. The system offers flexibility with optional rotary tables and high precision with accuracy of 12.5 microns. It is a turnkey system backed by Laserdyne's applications engineering expertise in laser processes.

1. LASERDYNE 430BD
3D - Precise – Flexible - Turnkey

2. LASERDYNE Models
LASERDYNE 795
XS, XL, XLZ
Medium to large components for
precision cutting, drilling, and welding
LASERDYNE 430
3, 4, 5, and 6 axes
Small to medium size 2D and 3D
components for precision cutting,
welding, and drilling

3. . . . With industry leading features and capabilities
Third generation BeamDirector®
- most compact on the market
for drilling at angles as low as
10° from the surface.
Patented Optical Focus Control
(OFC) for sensing of metal and
thermal barrier coated (TBC)
components.
Demonstrated expertise in programming and
process development for laser cutting, welding,
and drilling.
Users of LASERDYNE systems benefit from
this expertise through programs and processes
that provide optimum throughput, precision, and
process control.
Laser process control and
software designed specifically
for precision laser processing.

4. Global repeat customers

5. Precision
LASERDYNE 430BD
3D laser system for precision
cutting, welding and drilling
Flexible
Turnkey

6. • Class 1 safety enclosure with
large viewing windows
• X-Y-Z motion system
• Pre-loaded, precision ground
ballscrews
• Brushless DC servo motors.
• Metal way covers to protect
against process debris.
• Optional rotary table for
contouring and indexing.
LASERDYNE 430BD

7. BeamDirector – BD3Y
• Third generation BeamDirector®
• Builds on 30 years experience
• Direct drive
• No gears or belts to wear, affect
accuracy or create backlash
• Multiple levels of crash protection
• 5–year, unlimited hours warranty
against crash related damage
• Highest focal point accuracy

8. Narrow profile means more access
• Narrow, clean profile
• Minimizes interference between
head and workpiece or fixturing
• LED light wand
• LASERDYNE BeamDirector is
capable of processing at the smallest
angle to the surface over the entire
travel of the Z-axis
• with 200 mm lens: <9.5°

9. Specifications
3 – 4 axes BeamDirector (BD3Y)
Axes travel
• X
• Y
• Z
• C (rotary)
• D (tilt)
• Rotary (part)
585 mm
400 mm
500 mm
-
-
360° (optional)
585 mm
400 mm
500 mm
900°
300°
360° (optional)
Speed
• X, Y, Z
• C, D
• Rotary (part)
15 m/min
-
Various options
15 m/min
90 rpm
Various options
Accuracy*
• X, Y, Z
• C, D
• Rotary (part)
12.5 µm
-
Various options
12.5 µm
+/- 6 arc-sec
Various options
* Bi-directional per ISO 230-1, full travel

10. • Designed specifically for precision
multi-axis laser processing.
• On-board database of laser
processing parameters
• Flexibility
• Fast setup and changeover.
• SPC Data Acquisition (data
logging)
• Process documentation and
verification.
• Through-the-lens camera image
in one panel
• Lightweight hand-held pendant
with jog wheel
LASERDYNE S94P Laser Process Control

11. Wide range of focusing/assist gas assemblies
• Wide range of focusing lens and
process gas delivery options
• Cutting, welding, drilling
• Right angle option
• Through-the-lens camera provides
for fast setup, changeover, and in-
process alignments.
• Focus lens and cover slide drawer
for fast inspection, replacement and
changeover.
• Programmable assist gas pressure
for up to four gases at up to 20 bar
(300 psi).
• Shield gas flow control for welding.
Laser welding shield
gas delivery with
cross-jet air-knife and
coaxial nozzle with
trailing gas shoe.
Right angle lens/
nozzle assembly for
processing inside a
60 mm or greater
diameter part.
LED light wand
Through-the-lens
camera image with
reticle is displayed on
an S94P control
panel.

12. High power QCW fiber laser
• Choices up to 20 kW peak
power depending upon
your applications
• Exceptionally stable beam
quality
• Available with a range of
fiber diameters for different
focused beam diameters.

13. Typical Applications Capability
Cutting Welding Drilling
304 Stainless Steel 6 – 8 mm1 2.5 – 3.2 mm 25 mm2
Aluminium 4 – 6 mm1 2 – 3 mm 8 - 10 mm2
Titanium 6 – 8 mm3 3 – 4 mm 10 – 12 mm3
Reference: 15 kW QCW Fiber Laser
1 High pressure nitrogen assist gas cutting
2 Oxygen assist drilling
3 Argon assist cutting and drilling

14. Make It a Turnkey Installation
• Select from a wide range of
optional features depending
upon your facility and
preferences
• Lens/nozzle assemblies
• Rotary tables
• Dust collector
• Wire feeder (welding)

15. Applications – Laser Cutting and Welding
• Precision cutting and welding of components for aerospace,
energy, medical devices, fluid power, electronics

16. Applications – Laser Drilling
• Turbine blades, vanes, combustors and other components
• Cylindrical and shaped holes

17. • Precision
• Based on 30+ years demonstrated success supplying laser
systems for precision cutting, welding and drilling in aerospace
and similar industries.
• Flexible
• Laser specific control hardware and software provides
unmatched capability
• Up to 6 axes for a wide range of parts shapes and sizes
• Turnkey
• Backed by Prima Power Laserdyne Applications Engineering
staff who have developed and taught production laser processes
for end users worldwide.
• Single responsibility for system performance – no finger
pointing.
Why Prima Power Laserdyne?

18. Let us help you!