Laser Dyne 430

ProductsLaser Cutting SystemsPrecision Laser DrillingLaser Dyne 430

Laser Dyne 430

The versatile LASERDYNE 430 3-axis workstation is designed for precision laser processing requirements on parts that fit with the 760 x 600 x 250 mm workspace. LASERDYNE 430 systems are used world wide for a broad range of metal and non-metal cutting, welding and drilling applications in the aerospace, automotive, electronics, and consumer products industries. Features include:

  • Flexible machining center: cut, weld, drill configure to the application
  • System 94 PC controller with all standard LASERDYNE software
  • Rugged machine base with Class I safety enclosure
  • 760 x 600 x 250 mm work envelope
  • Easy access load position at the correct ergonomic height
  • On-line help menus and diagnostics
  • Single drop power connection
  • CE compliant
  • A turnkey system from the leader in industrial laser processing


Specs
LASERDYNE 430 3-AXIS WORKSTATION SPECIFICATIONS

Model S

Model L

Motion System

Table travel X axis
Y axis
Optional Z axis

300 mm (12 in.)
300 mm (12 in.)
NA

600 mm (24 in.)
760 mm (30 in.)
250 mm (10 in.)

Position speed X, Y, Z axes

0-15 m/min. (0-600 in/min.)

0-15 m/min. (0-600 in/min.)

Accuracy X, Y, Z axes

± 0.01/300 mm (±0.0005/12 in.)

± 0.01/300 mm (±0.0005/12 in.)

Repeatability X, Y, Z axes

± 0.01/300 mm (±0.0005/12 in.)

± 0.01/300 mm (±0.0005/12 in.)

Minimum programmable increment

0.0025 mm (0.0001 in.)

0.0025 mm (0.0001 in.)

System Controller


Operating System

Linux / Windows ®

Linux / Windows ®


Main computer

Industrial PC with Pentium ® processor

Industrial PC with Pentium ® processor

Utility Requirements

Electrical requirements

208 VAC, 3-phase, 60Hz

208 VAC, 3-phase, 60Hz

Air requirements

0 - 13 bar (0-200 psi)

0 - 13 bar (0-200 psi)

Dimensions (L, W, D)

2362 x 2057 x 2057 mm (93x81x81 in.)

2362 x 2057 x 2057 mm (93x81x81 in.)

Weight

1588 kg (3500 lb.)

1588 kg (3500 lb.)

The LASERDYNE 430 can be delivered as a turnkey system with a wide variety of industrial CO 2, Nd:YAG lasers, and now FIBER LASERS.

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