IX-280-ML

Multi-Laser Mikrobearbeitungs-Arbeitsstation

Das IX-280-ML System von IPG ist für F&E sowie fortschrittliche Arbeitsbedingungen entworfen, wo Vielseitigkeit und Präzision grundlegende Voraussetzungen sind. Unterstützt werden bis zu zwei Laserarten in einer Klasse 1 Arbeitsstation, wodurch der IX-280-ML die Teilebearbeitung, Bildverarbeitungssysteme und Steuerungselektronik meistert. Jeder Laser verfügt über sein eigenes, an die Anwendung angepasstes Strahlführungssystem mit versch. Optionen, darunter fokussierter Laserstrahl, fester geformter Strahl, Galvoscanner und Laser-Schneidköpfen. Die Laseroptionen beinhalten Wellenlängen von 193 nm bis 1070 nm und Pulsdauer von Pikosekunden bis zu Lang-Nanosekunden und CW. Mit multiplen Strahlführungsoptionen für jede Laseranwendung können zusätzliche Strahlkonfigurationen ausgewählt werden, um die größte Menge an Möglichkeiten innerhalb einer Arbeitsstation auszuschöpfen.

3D

IX-280-ML Features

Two independent lasers and beam delivery systems for maximum process flexibility

Fiber-delivery and free-space lasers are supported

Precision vision and motion systems for accurate machining
Powerful and easy to use software supporting broad application mix
Fixed beam, Shaped Beam, Scanning Beam and Cutting/Welding head options
Process areas up to 300 x 300 mm

Dimensions

IX-280-ML, WxD, mm
inches

1200 x 1000
49 x 40

Additional 900 mm (36 in.)

service access required on all sides

Laser Rack*, WxD, mm
inches

810 x 560
32 x 22

Locate within 6 m (20 ft.) of the workstation

Chiller*, WxD, mm
inches

50 x 370
20 x 15

Locate within 3 m (10 ft.) of laser

*Typical requirements; external laser rack and chiller may not be required in all cases.
Consult IPG for exact layout details of specific tool configurations.

Utilities

Electrical Power, Workstation

208 V (3 phases, neutral, ground)

5.4 kVA

Electrical Power, Fiber Laser

200-240 V (Single phase)

14 A

Process Gas

Up to 3 gasses

2070 kPa (300 psi), 56 l/min. (120 SCFH)

BDS Purge Gas (UV Lasers) Dependent on laser model  
Laser Gas (UV MicroX Lasers only) Nitrogen 
Compressed Air Dry, Filtered <1 μm 25 kPa (7.5 Hg), 30 l/min. (1 cfm)
Vacuum May be required for part holding 25 kPa (7.5 Hg), 30 l/min. (1 cfm)
Workstation Ventilation 300-600 l/min (10-20 scfm)
Process Area Ventilation 300-1200 l/min (10-40 scfm),

5.5 kPa (1.62 in Hg)

Laser Configurations

  Cutting Head Fixed Beam  Galvanometer
Quasi-CW Yes Focused Shaped Yes
Nanosecond Pulsed   Yes Yes Yes
Picosecond Pulsed   Yes Yes Yes
UV-MicroX     Yes  

Workstation Parameters

Workstation

Fully interlocked CDRH Class 1 system including weldment frame, granite latform with beam
delivery support, control electronics, pneumatics & motion and beam delivery systems

Work Envelope under Beam

Cutting Head:
Fixed Beam:
Galvanometer:

Z-travel:

 

X: 300 mm (12 in.)
X: 300 mm (12 in.) Y: 300 mm (12 in.)
X: 300 mm (12 in.) Y: 300 mm (12 in.) with part rotation
X: 195 mm (7.6 in.) Y: 300 mm (12 in.) no part rotation
100 mm (4 in.)

Motion Platform

X, Y Stage:

 

 


Z-theta Stage:

 

Cutting Head Z-stage:

 

Linear Recirculating Ball Slides; Linear Motors and Encoders

Resolution: 100 nm Velocity: 750 mm/sec
Accuracy: ≤ ±5 μm Full Travel (≤ ±2 μm Optional)
Bidirectional Repeatability: 0.9 μm

Crossed Roller, Servo Driven
Resolution: Z: 500 nm, Theta 17.5 μrad
Travel: 10 mm
Accuracy: Z: 7 μm, Theta 500 μrad Full Travel

Bidirectional Repeatability: Z: ±3.5 μm, Theta ±50 μrad
Travel: 100 mm
Velocity: 12 mm/sec
Accuracy: 8 μm
Repeatability: ±3 μm

Cutting Head Focal point cutting and drilling, integrated on-target camera and gas jet assembly with replaceable cover slide; options include lens focal length and nozzle diameter
Fixed Objective Imaging, scribing and focal point processing. Integrated video microscope and inspectioncamera and on-target video camera. Sub-micron imaging objective options
Galvanometer

Focal point processing. 24-bit resolution scanner with on-target video camera.
100 mm focal length lens supplied as standard (approx. 60x60 mm deflection field)
Max F-theta working distance 500 mm. Other lenses available upon request.

Controls/ Interface 15 in. touch screen video monitor, full-size keyboard and mouse on workstation mounted ergo arm. Chroma.NET proprietary E95 style graphical user interface and parallel processing software running on quad core processor
Process Gas

Electronically controlled pressure regulator for three process gasses up to 300 psi (2,070 kPa)
Third process gas control option.

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Stage Enhancements

High performance X-Y and Z-Theta stages, stage mapping and correction,
lathe stage for parts up to 10 mm dia and custom-designed part holders

Galvanometer Temperature Control Closed-loop galvanometer temperature control for critical accuracy applications
UV Fixed Beam Delivery

Beam homogenizer option providing controlled beam energy uniformity over larger field
size, “line beam” for high-speed scribing, custom imaging designs

Alignment Automation

Functionality for automated part and beam-to-camera alignment,
automated vision illumination control and in-process positional adjustment

Beam Measurement & Formation

Power meters, beam profilometry, programmable apertures and attenuators,
pulse-to-pulse energy monitoring and data logging

Light Tower System status indicator with three light colors; each with off, solid or flashing conditions
Power Conditioners

Range of power conditioning units for voltage regulation and improved immunity to mainsborne
interference

Gas Cabinets Gas delivery systems to maintain quality of ultra high purity laser gasses (UV MicroX only)
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IX-280-ML Datasheet

Kontakt
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