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Fonon's Zero Width Laser Dicing Technology® (ZWLDT®) will cover unprecedented explosive growth and demand in semiconductor markets in China, Taiwan, Japan and Korea. This technology has lead to products, such as the BlackStar™, that offer the best in silicon wafer dicing over existing technologies.
ZWLDT® will slice the wafer much safer than mechanical saws that may cause wafer damage, and increase the yield per wafer as well as maximum throughput while minimizing the HAZ.
With the technology Fonon acquires, Fonon Display and Semiconductor Systems (FononDSS), has been able to launch a number of products that make the most of the technology for the semiconductor and flat panel display industry.
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LPKF MicroCut
Capable of cutting any shape without burrs
The LPKF MicroCut is a high-performance stencil laser. The LPKF MicroCut is capable of cutting any shape at up to 50,000 openings per hour.
The laser can cut apertures as small as 30 µm with a roundness better than 96%, and its effective material focus diameter produces sharp contours.
As a result of the new cutting technology post-treatment is not necessary anymore.
Absolute flatness of the material is reached also with highest component density by the new LPKF PulsShape function.
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Panasonic's UV laser scriber has a complete laser optics bench that offers flexibility to fit the specific application - the result of PFSA's experience in high volume microelectronic manufacturing and expertise in productivity.
The laser scriber enables the non-mechanical scribing and dicing of wafers. Primary uses include application for low and ultra-low 'K' wafers as well as non-mechanical scribing over metalized portions in the wafer streets which enables smaller kerf widths - allowing for greater numbers of die per wafer.
The UV Scriber enables sample builds for next generation products and maximizes die-level densities to reduce costs and increase profits.
Features & Benefits
Low K scribing with superior quality over mechanical dicing
Next generation supported via sample builds
Configurable for development of future capabilities
Increase profits by optimizing die-level density
HVM capable today
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(2-Panel CO2 Laser)
World Champion of 2-Panel CO2 Laser
Drilling Machine manufacturers
To the world of High quality Cu direct drilling
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(CO2 Laser)
World Champion of 2-Panel CO2 Laser
Drilling Machine manufacturers
To the world of High quality Cu direct drilling
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Function
The ALD 01 laser depaneling system is equipped with a rotary table system for optimum separation of the individual processing stages. This method allows parallel processing of the individual tasks. Consequently, the only times relevant for the cycle time, are the time for the longest individual stage plus the time taken for the table to rotate from one position to another.
1. Handover of the panel from the inlet conveyor to the first position on the rotary table
2. Panel routing
3. Loading of individual routed PCBs onto the outlet conveyor
4. Tipping of remaining panel waste into the integrated waste container
The panel is transferred from the inlet conveyor to the first position on the turntable by means of a pneumatic X/Y/Z portal gripper system. The routing process utilizes a CO² Laser.
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Laser Depanelizer for stress free and flexible Cutting of PCB Panels
- Depanelizing with Laser Technology
- Stress- and dust free Process
- Low Process cycles, high throughput
- Simple Fixtures
- Cutting and Marking possible
- Cutting any shapes
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High-precision CSP and BGA checker jig plate drilling
Application extended to brittle material in addition to resin
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As a leading company in the PWB manufacturing systems industry, Hitachi Via Mechanics has been providing a broad range of products including PWB Mechanical Drilling Machines, Routing Machines and Laser Drilling Machines. We have also commercially introduced other products including Hole Analyzer and Printed-circuit Motherboard Products. Furthermore, we have been providing PWB manufacturing facilities, which are ready to address the needs of the highly-advanced information age. These solutions have an excellent reputation and have earned a high level of customer confidence.
LT Series
Laser trimming of embedded passive components on PWBs.
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A new generation of advanced circuit board plotters
LPKF ProtoMat S62
The LPKF ProtoMat S62 introduces a new era of state-of-the-art circuit board plotters for in-house rapid PCB prototyping. This compact high-speed system provides superior performance for quickly and easily manufacturing circuit board prototypes in a single day. It is an advanced and very affordable PCB plotter that includes features usually found only on much more expensive systems.
The LPKF ProtoMat S62 delivers unmatched precision with system resolution as fine as 0.25 µm (0.01 mils). As a result, the plotter can mill and drill PCBs with extremely fine traces, including RF and microwave boards. Its milling head travel speed of 150 mm (6”) per second and high-performance 62,000 RPM spindle motor makes it a premiere high-speed performer for producing quality PCBs in-house. Its motorized Z-axis drive also makes it an ideal tool for machining instrument front panels and housings, and for reworking and depanelizing bare and populated boards.
Whether the project is a two-sided board or a multilayer board, or it involves machining three-dimensional objects like front panels, the S-Series plotters are indispensable prototyping tools that deliver a finished product of the highest quality.
Setup and operation of the S-Series plotters is intuitive and easy to learn, thanks to their advanced and convenient design, comprehensive documentation and intelligent board production CAM software.
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The FARO Laser ScanArm® offers numerous new and improved features and several advantages in conjunction with the new FaroArm® Quantum - making it unique on the market for measuring machines.
The FARO Laser ScanArm enables users to inspect parts in detail by capturing huge point-cloud data. Its open architecture enables the user to employ Geomagic, Polyworks, RapidForm and many other third-party software programs.
In conjunction with the right software, the FARO Laser ScanArm tackles all measurement tasks such as inspection, point cloud-to-CAD comparison, rapid prototyping, reverse engineering, and 3D modeling. Its main benefits are the exact scanning of reflective and dark objects - the biggest challenge for all scanning systems.
The FARO Laser ScanArm is compatible with the FaroArm Quantum, Platinum, and Fusion.
Advantages of the FARO Laser ScanArm:
» Up to 30% more accurate: Laser Line Probe up to 30% more accurate than previous model
» Improved surface scanning: Higher performance when scanning dark or reflecting surfaces
» Smaller & lighter: Improved ergonomics through 30% weight reduction compared to previous model
» Faster warm-up: 50% faster warm-up time compared to previous models
» Integrated 7th axis - Higher flexibility: No external electronics and fixtures
» Ergonomic handle: Easy to handle
» Cable-free scanning: The Laser Line Probe is compatible with FaroArm's Quantum Bluetooth® technology
For more information visit: www.laserscanarm.faro.com
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The HandyPROBE™ arm-free portable probing system and the C-Track™ dual-camera sensor form a unique duo that generates high accuracy measures and increases the reliability and speed of the measurement process. This portable CMM has been designed and optimized to operate in “real life”, shop floor conditions.
Compared to other existing coordinate measurement technologies, the HandyPROBE 100% portable wireless CMM gives you total freedom of movement, therefore allowing you to significantly increase your productivity and quality!
Benefits:
_ Higher measurement accuracy
_ Faster and easier measurement
_ Greater, extendable measurement volume
_ Truly portable device
_ User friendly
_ Excellent ROI
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G-SCAN RX 2 is a 3D scanning probe for reverse engineering and inspection of complex forms. G-Scan RX 2 gives you minimum engineering downtime compared to all other traditional contact measuring tools.
G-Scan RX 2 is compatible with all Ethernet generation ROMER measuring arms.
G-Scan RX 2 is running with a standard 6 axis arm thanks to an integrating rotating axis inside the camera. Compatible with all existing reverse engineering and surface inspection software
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The LDM600 laser detector module is a fully equipped readout module for interferometric measurements. The visible wavelength of 600 nm enables easy adjustment of the laser
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RT - 100 optional Package that can be used for the calibration of Rotary Tables and the Rotary aces of blots some to 5 or 6 Aces. The operating field is of 360° with increments until 10 degrees. Precision 0,2 second of degree arc (0,06 millesimi). Automatic compensation for the assembly eccentricity. Portable Versione.economica and to motorized manual or automatic drive with servocontrol.
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A special mask welding system with supreme precision.
NOVOLAS TM MICRO welds fine structures as narrow as 100 µm. Any imaginable shape can be welded with a positioning accuracy down to 2 µm. Masks can be exchanged with ease, allowing for high flexibility. NOVOLAS TM MICRO can be operated as a manual workstation or integrated for mass production.
• An intelligent adjustment system guarantees high
welding precision
• Simple parameterization and visualization with the graphical
user interface
• Seated operation and easy handling
• Novolas TM Micro is configured for clean room applications
• Masks are produced via photo lithography according to
customer specifications
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3/4 axes machining center for LASER welding of mechanical components of small-mid size.
The open-connection system of the installation allows to use LASER Nd : YAG CW impulse, CO2, Disk or Diode direct or fiber delivered, with fixed optics (up to 3 together) or galvanometric technology.
The high technical content, the ease of use, versatility, large range of use make of it a revolutionary, unique means for technological welding.
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Versatile: the head can mount clamps for traditional and special components, paste or resin batchers or specific working systems.
Fast: the multiple 4 tool head can load the components in sequence (transfer time saved).
Qualitative: thanks to the precision, repeatability and insertion control.
Low costs: combination of assembly functions for non-standard components and the performance of accessory operations (ex. fluid batching) make NEOPLACE an optimal investment.
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Laser transmission welding belongs to the established processes in mass production today. It allows, plastic parts to be welded without creating any debris or shocks. In general, small and larger, soft and flexible joining parts can be processed, from micro-parts used in high-tech applications to mass production.
* Laser welding machines working with the quasi-simultanous and contour welding techniques.
* Complete automated welding lines including parts management by feeding systems, handling solutions.
* Machine concepts in all variations, e.g. rotary table or linear transfer design.
* Robots can be integrated depending on application.
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