|
|
The ML10 Gold Standard laser represents the ultimate in calibration for machine tools, co-ordinate measuring machines (CMMs) and other position and motion critical systems. In combination with the extremely accurate EC10 environmental compensation unit, the system boasts ±0.7 ppm linear measurement accuracy.
The ML10 Gold Standard system can improve performance through targeted maintenance and can correct linear positioning errors using error compensation.
|
|
The MCV-2002 “Two interferometers operating at the same time” utilizes a dual beam laser head module to accomplish simultaneous linear and angular (pitch or yaw, straightness, flatness) calibration of axes on machine tools, CMMs, or X-Y tables as well as surface plates. The software enables the operator to automatically collect linear and angular positions simultaneously or angular data on the fly in accordance with various industry standards. Material temperature, air temperature and air pressure variations are automatically compensated. linear measurement range of 33-feet (10-m) with 1 microinch (10nm) resolution, and an angular measurement range of 16-feet (5-m) with 0.2-arcsec angular resolution. Optional ranges up to 200-feet (60-m) linear and 100-feet (30-m) angular are also available upon request..
|
|
|
|
|
|
ACCUSCAN 5000 - Diameter & Ovality Measurement for Tubes & Cables
AccuScan systems from Beta LaserMike provide on-line precision measurements of the diameter and ovality of cables. Using laser scanning technology, AccuScan systems are able to perform diameter measurements in an intelligent gauge head during production and communicate those measurements to a host system or controller.
The AccuScan 5000 series gauges are dual planer laser scanners that measure both diameter and ovality.
Features :
* (depending on models) measurements of diameter & ovality from 0.1mm to 175mm
* accuracy from 0.5 to 20µm
* 1200 measurements/second (500m/sec on the 175mm gauge)
* window of measurement is always much bigger than product to measure (no problems with product movements)
* communication output: RS232, (analog, Profibus, Devicenet, CanOpen optional)
Benefits:
1- relaiability into industrial applications (cable & tube manufacturers)
2- accuracy in line with robustness of the device
3- flexibility of communications for easy integration
4- User-friendliness (switch on & measure, optional display)
|
|
|
|
|
|
ACCUSCAN 1000 - Intelligent Diameter Measurement
The AccuScan 1000 family of modular gauges is the latest generation of laser
micrometers from the inventors of the laser micrometer. The AccuScan 1000 series has integrated measurement and communications capabilities while maintaining the accuracy and reliability youíve come to expect from Beta LaserMike. Due to in-head Digital Signal Processing, higher scan rates, Fieldbus connectivity and enhance measurement algorithms, the AccuScan 1000 series can go where no laser micrometer has gone before. With a range of models covering dimensions up to 330 mm, the AccuScan 1000 brings precision measurement to your process.
Other systems (Accuscan 5000) are proposed that feature dual axis measurements for ovality, faster measurements for dedicated and continuous applications (Cable, Tube extrusion, ...).
Features :
* (depending on models) measurements from 0.36mm to 330mm
* accuracy from 1 to 20µm
* 500 measurements/second (1000m/sec optional)
* communication output: RS232, analog (Profibus, Devicenet optional)
Benefits:
1- High accuracy for industrial applications
2- Immune to moisture, dirts and product movements
3- Flexibility & easiness of integration
|
|
|
|
|
|
NON-CONTACT MEASUREMENT:
LAP METIS laser sensors measure cross-section and gap without touching the surface. Mechanical micrometers, that may scratch the material, are no longer necessary. There is no wear or tear, neither on the object nor on the sensor. No operator influence affects the measurement.
FAST MEASUREMENT:
Laser scan micrometers may check 100% in the production line. At 800 values per second or even 1600 values per second. No more time consuming samples and offline checks. Instead of momentary images you get errors or tendencies displayed during production, enabeling you to react before crop is produced.
PRECISE MEASUREMENT:
LAP METIS measure at repeatabilities of 2 µm to 8 µm (depending on model) due to calibration and linearisation for every single mirror of the rotating prism. Transparent material can be measured as well as shiny metal or soft and sticky rubber.
SYNCHRONIZED MEASUREMENT:
Sensors are synchronized in multi-axes measurement. Even at high production speeds, there is no mismatch or offset between measurement values in transport direction.
FLEXIBLE MEASUREMENT:
LAP METIS measure precisely up to 10 edges (transitions object - space or space - object). Multi-axes systems also measure non-round profiles as square or polygonal profiles.
|
|
The optoCONTROL 1200 is based on the principle of light quantity measurement. The complete control electronics is inside the receiver and no additional controller is necessary.
High dynamic applications can be measured due to the frequency response of 100 kHz.
|
|
- High-speed linear CCD and telecentric optical system
- 2400 samples/second high-speed sampling
- Repeatability of ±0.06µm
- Maintenance - free LED emitter and design (no laser diode or motor)
- High performance controller with statistical analysis
- Controller with target viewer available for easy setup
|
|
Laser Scan Micrometer LSM-902/6900:
- A high-accuracy type that has attained a linearity of /-0.5 um within the measuring range of 1 to 25 mm
- Resolution: 0.01 to 10 um, Repeatability: /-0.05 um
- For detailed information, leaflet is available on request.
Laser Scan Micrometer LSM-9506:
- A measuring unit/display unit integrated type that assures a linearity of /-2.5 um within the measuring range of 0.5 to 60 mm.
- Resolution: 0.05 to 100 um, Repeatability: /-0.6 um
- For detailed information, leaflet is available on request.
Laser Scan Micrometer LSM-506H:
- A universal 60 mm type that assures a linearity of /-3 um within the measuring range of 1 to 60 mm
- Resolution: 0.05 to 100 um, Repetability: /-0.5 um
- For detailed information, leaflet is available on request.
|
|
|
And' Sistem of Linear Calibration Compact for measures of movement and calibration of blots tools, CMM or tables XY. The Software allows the operator to collect automatically the data of linear positioning in agreement with the several international Standards comprised ISO, VDI and automatic B5.Compensazione ASTHMA of Temp. Material, Temp. and Pressio_ of Air. Field 15m (opzione50m). Precision 1ìm/m (1ppm
|
|
Sensors
We provide a range of different measurement sensor heads with varying fields of view and performance in order to target a wide range of different applications.
In addition to outputing results measured values such as gap, flush, radius, etc, all sensors are also capable of outputing a point cloud consisting of 10,000 data points for each measurement taken.
GapGun3 sensors are the only handheld devices of their type on the market that are routinely used completely non-contact, eliminating product damage during the measurement process, and increasing accuracy and repeatability (see No Surface Contact)
All GapGun3 sensor heads are compatible with all GapGun3 data collectors and are typically bought as a part of a complete GapGun3 system.
Each head ships with a UKAS traceable calibration certificate.
|
|
Versatile system for geometrical measurements. Thoroughly proven reliability and user-friendly design make it easy for you to measure almost anything. Simply add laser transmitters and other accessories to suit your purposes.
Typical applications: Straightness, flatness, squareness, parallelism and spindle direction in machine tools, mechanical constructions, etc.
|
|
| ... products without technical information |
| |
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).
|
|
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.
|
|
|
|
|
|
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.
|
|
- 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.
|
|
|
|
|
|
- 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
|
|
|
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.
|
|
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+
|
|
| ... products without technical information |
| |
|
|
see the results for the following category : 
