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Laser Inspection
Winbro’s triangulation laser sensing provides a non-contact method of inspecting hole position on both metallic and coated components, following EDM or Laser Drilling and also feature measurement following HSM (High Speed EDM Milling).
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ATLAS70 is a multi-sensor system for comprehensive mapping of tunnel walls. It includes a visible channel (laser), an infrared channel, a laser profilometer and an odometer.
The aim is to precisely locate and record possible cracks, water infiltrations and electrical cable overheating.
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CALIX series is the first LAP product family for thickness measurement in one single sensor housing. They can be used instead of applications consisting of displacement sensors and measuring frame without the need for temperature control and frequent recalibration.
The alignment of measuring beams is optimised during production at LAP. CALIX sensors don't need complicated adjustments of opposing sensors in the measurement frame. Errors related to alignment won't occur. LAP CALIX sensors can easily be integrated into production lines. They reach over the objects to be measured from the side, without the need for O-frames or bridges.
CALIX sensors are available with different measuring ranges and limb lengths. The limb length limits the distance of the measuring spot from the objects edge. CALIX sensors may also be used for traversing applications, moving in and out or along the edge of the object.
Sensors of CALIX series provide extremely precise results on virtually all materials, independent of limb length and measuring range. They automatically adapt to changing colors and surfaces. Even measurements on shiny aluminium, non-vulcanized black rubber, and soft or sticky materials are possible.
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- Designed as an Ultra Fast Open / Short / Diode Drop tester for semi-con industry, where production testing of high pin count devices are involved and test time is critical.
- High speed testing at 2 seconds for 2 million test combinations.
- Can be interfaced to any type of test fixtures
- Multi-Site Test support for Strip or Multiple device test.
- 16 Opto Isolated digital outputs for handler interface, binning and PASS FAIL indicators.
- 16 Opto Isolated Digital Inputs for Operator console and handler interface.
- Opto Isolated Digital I/Os are fully programmable for timing compliance of various handlers.
- Fast turnaround time to test new products.
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- High density, low cost per channel
- Comprehensive laser diode protection features
- Supports simultaneous, multiple temperatures from 25°C to 85°C
- COC, C-mount, module, and customer proprietary packages
- Current ranges up to 20A
- Supports ACC mode burn-in and life-test
- Modular design allows flexible configuration and future expansionn
- Secure data management
Reduce your cost of test with the LRS-9550 high power laser diode life-test and burn-in system. With up to eight independent temperature controlled shelves supporting up to 512 high power devices per system, you will be able to run multiple independent tests, increase throughput, and lower your cost of test.
The LRS-9550's flexible design allows you to accommodate multiple package styles in the same system. The system supports ACC and LIV test modes with standard current ranges as high as 20 amps per device. For life-test applications, fixtures may be individually temperature controlled to provide temperature stabilities of better than 0.2°C from 25°C to 85°C.
The 9550's ReliaTestTM system control software enables you to get your tests up and running quickly. Multiple device types and test scenarios are easily configured without complicated programming. Careful attention to data management and fault mode handling ensures device protection and data integrity even through power black outs
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With the development of optoelectronic technology, laser diode has been one of the most important components. The Improvement of laser diode performance directly effect on the developing of optoelectronic technologies, and it highly depends on an advanced testing & analyzing system. Meeting the market demand, LD Characteristics Testing System designed by HTOE is a high performance, cost effective testing and analyzing system for laser diode characteristics.
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LPKF ScanCheck I+
The LPKF ScanCheck I+ Stencil Inspection System compares solder paste stencils manufactured by any method with the CAM data. The stencil supplier is thereby able to guarantee continuous quality of the stencils.
For the SMD assembly houses LPKF ScanCheck I+ provides quality assurance for all stencils before assembly production begins. After use and cleaning the stencil can be examined for blockages.
ScanCheck recognises all stencil defects such as missing apertures, wrongly shaped apertures, positional inaccuracies and, after use, any contamination
For the packaging industry in particular with the extremely high requirement for quality stencils there is no economic alternative to LPKF ScanCheck I+
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Laser precision drilling in XXL
The LASERTEC 130 PowerDrill sets innovative standards for drilling of large turbine components. Large, annular components for combustion chambers and after-burners, or even turbine vanes for industrial gas turbines can be machined fast and efficiently. The two highly dynamic torque motors in the component rotary axis and in the laser head ensure short machining times with precision. Trepanning is possible with high cutting speeds due to the excellent machine dynamics. A new programming system for combustion chambers and similar components delivers fast and easy generation of complex machining programs. A new collision prevention system offers maximum protection during the setup of programs with the regidity required for a high speed manufacturing process.
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Winbros’ Delta Laser machine has been designed to accommodate large components up to 1.9m in diameter, 500mm in height and up to 500Kg in weight. The Delta system can be configured to allow fitting of the most suitable Laser for the application, the four laser types generally used are Pulsed High Peak Power Nd:YAG, predominantly for drilling, Continuous Wave CO2 or Fibre Laser for cutting, cladding and welding and High frequency Diode Pumped Nd:YAG for ablation.
* Drilling of combustors, and large components
* Heidenhain control system and PC process controller
* Breakthrough detection system
* Contact probing
* Laser scanning / mapping
* Capacitive height sensing
* Quick change nozzle system
* Crash protection system
* Advanced programming interface (LFE)
* 3D Cutting of various components
* Percussion drilling
* Trepanning
* Drilling on the fly
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"On-the-fly" laser drilling system for tablets or capsules. Integrated vision systems provides 100% process validation. Flexible systems allows for a large range of tablet dimensions to be drilled with little to no changeover between sizes.
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Application Materials
Steel Aluminum Diamond Ceramics Copper PCB Laminates Plastics Many others
Advantages
Excellent Process Control
No Tool Wear
Increased Throughput
Sub-micron Drilling
Fast and Repeatable Production
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General description
Application: Drilling vapor tap holes in nylon aerosol spray valves.
Features: Designed for high-speed precision on-the-fly drilling, this system is built around a 75 watt CO2 laser. It was integrated into the customer's existing production line and drills the valves at the rate of 40,000 per hour.
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Winbros’ GL-1 machine has been designed to accommodate the drilling of large combustors and similar type components. The GL1-A can be configured to allow fitting of the most suitable Laser for the application, the four laser types generally used are Pulsed High Peak Power Nd:YAG, predominantly for drilling, Continuous Wave CO2 or Fibre Laser for cutting, cladding and welding and High frequency Diode Pumped Nd:YAG for ablation.
* 5 axis system
* Fanuc control system
* PC process controller
* Trunnion system
* Percussion drilling
* Drilling on the fly
* Trepanning
* Laser scanning / mapping
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ND-T Series
A Twin Drilling Machine of a new trend created by Hitachi
Hole drilling accuracy of ±0.008mm (on the Hitachi-specific conditions) achieved
ND-Q Series
350,000 min-1 Spindles (exclusively for φ2mm shank drills)
Suitable for precision fine diameter of φ50-100µm
Significant improvement of Productivity by Hovering drill
ND-S Series
One CNC capable of simultaneous drilling different-design PWBs. Capable of High accuracy drilling to the pattern by Vision system
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LASER DRILLING makes it possible to machine both very small and precise holes in a variety of shapes and orientations in a wide variety of materials, including difficult-to-machine aerospace alloys. These holes can be tapered or shaped to enhance the amount and direction of air or liquid flowing through them. The drilling of holes in aerospace/turbine engine parts generally serves to enhance the cooling characteristics of the part. These holes can be drilled at extreme angles to the surface. Hundreds or thousands of cooling holes can be drilled in one part with a single set up in cylindrical or unusually shaped parts. A high power pulsed Nd:YAG laser is normally used, although a CO2 laser can be used with non-metallic parts. Processing is accomplished through either percussion drilling or trepanning. In the laser drilling process, high power density is accomplished by using a high power laser and a focused spot size of 0.05 mm (0.002") to 0.75 mm (0.030").
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