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ProLas - Compact Laser Workstation
Characteristics
This economical workstation incorporates a compact high accuracy design while maintaining great flexibility. The laser energy can be transmitted to the work piece via fiber optics, conventional or scanning optics.
Field of application
The ProLas is designed for laser processing precision miniature components.
Primary applications are found in the medical, dental, electronics, computer, communications, and micro machining industries requiring spot and seam welding plus drilling and cutting.
General Specifications
X axis travel 12" standard (optional 18")
Y axis travel 6"
Z axis travel 9"
Rotary axis with 5c collet holder 360° (optional)
DC servo drive with optical encoders
Positioning repeatability 0.0002"
Lead screw accuracy 0.003"/ft
G&M code programming
CAD/CAM software (optional)
Control Pentium PC with software and interface for all laser functions including laser parameters
Can be equipped with any standard LASAG laser source
With or without Class I enclosure
Fiber, conventional, or scanning beam delivery optics
Electrical, single phase 115V, 15A
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Machining center, automatizable, 4 axes for LASER drilling with diameters from 0,025 mm dof small mechanic parts, such as cylinder filters. The process uses pulsed Nd YAG sources direct or fiber delivered.
The dynamics and precision, entrusted to screw axes in the basic version, can be elevated to the state of the art in the aero version, with linear motors and granite structure.
The high technical content, the ease of use and its specificity make of it an excellent means in the refined processes with LASER technology. |
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Laser & Beam Delivery
Cutting Trimming Scribing Ablation Drilling Welding
Non-contact process
Sub-micron machining
No tool wear or breakage
Faster than conventional micro-machining
Accurate and repeatable process control
Low operation cost
Quick set-up and change over
Minimized material loss |
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IPTE 's depaneling systems offer a unique combination of cutting tools, material handling and tooling to cut high technology panelized printed circuit board assemblies. They can be utilized in all kinds of production environments and can be seamlessly integrated, for example, in in-line manufacturing environments with automated ingoing and outgoing feeder units, and also be used in stand-alone configuration for manually supplied loading and unloading of boards.
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High performance automatic machine for drilling and routing of printed circuits boards
UltraSpeed Machine fitted with individual Z axis per spindle and a spindle per station, supplied by a chain driven
tool magazine.
UltraSpeed D Machine fitted with individual Z axis per spindle and two spindle per station (DUAL), for the simultaneous
machining of two identical images (STEP & REPEAT), offset along the X axis, supplied by a chain driven
tool magazine.
UltraSpeed C Machine fitted with individual Z axis per spindle and a spindle per station, supplied by a tool magazine
with removable cassette. |
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Microfor FP1
Designed for flexible and batch production, the
FP1 is a one spindle machine available with
the EDM technology or a high speed drilling spindle.
Main topics:
For batch flexible production
Cylindrical and shaped holes from Ø 0.050 to 1,8 mm
Command based on industrial PC
Specific technology of micro EDM
Rotation of the electrode while machining to optimise quality and drilling speed
Machining with tungsten-carbide, brass or copper electrodes
Central cooling with tube electrodes
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