Transcript
LASER LASERPROJECTION PROJECTIONTECHNOLOGIES TECHNOLOGIES SYSTEMS SYSTEMS&&SOLUTIONS SOLUTIONS
ADVANCED 3D LASER TEMPLATING AND MEASUREMENT
INDUSTRIES & APPLICATIONS
AEROSPACE ASSISTED ASSEMBLY DEFENSE COMPOSITE LAY-UP SPACE INSPECTION HEAVY EQUIPMENT VERIFICATION AUTOMOTIVE FEATURE SCANNING MARINE PART POSITIONING RAILWAY PAINT TEMPLATING COMPOSITES MEASUREMENT RESEARCH & DESIGN 1
FEATURE RECOGNITION
COMPANY OVERVIEW
Incorporated in 1996, LPT is the leading manufacturer of the fastest, most accurate, and longest range 3D laser projection and measurement systems.
WHAT WE DO
LPT LASER PROJECTOR
Our 3D laser projection systems project a glowing image of
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Reduce manufacturing costs and rejects
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Eliminate hard templates and tooling
template. With an LPT laser projector you will see improvement in
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Improve quality and cycle time
many dynamics of your process.
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Create a repeatable process
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Guide your assembly
parts, components, and/or location points directly onto your work surface. This glowing image provides a highly accurate guiding
WHERE WE FIT LPT
laser
projectors
are
used
extensively
throughout
manufacturing industries to help streamline production and reduce costs in various applications.
WHAT IS 3D LASER PROJECTION? 3D laser projection is accomplished by steering a single eye-safe laser beam through a series of specific points in space. The laser beam is directed at a pair of mirrors that are powered by a set of galvanometers and computer-controlled servo motors capable of extremely rapid movement. The effect produced is a highly visible glowing green template.
LET US STREAMLINE YOUR PROCESS 2
PROJECTION SYSTEMS
LPT3
COMPACT
The LPT3 is a small projector containing the optical and beam steering components and all control electronics in its compact head. This allows it to be used in confined spaces and limited access areas. The projector is connected to a power source through a small brick-style adapter. Communication is via a CAT6 Ethernet cable (RJ 45).
4.5 in (114 mm)
BENEFITS
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Compact and lightweight
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Advanced Trajectory Control (ATC)
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Computer-controlled focus
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Dust-sealed industrial enclosure
6 in (152 mm)
11.9 in (302 mm)
SPECIFICATIONS Power Input
100/240 VAC 50/60 Hz
Laser Output Power
< 5 mW
Laser Class
CDRH IIIa, IEC 3R (60825-1)
Laser Wavelength
532 nm (Green)
Projection Range
2 - 20 ft (0.6 - 6.1 m)
Positional Accuracy
± 0.015 in (0.38 mm)
Angular Field of View
60° (X & Y)
Focused Line Width
0.020 in (0.5 mm)
Weight
8.5 lbs (3.9 kg)
APPLICATIONS ■
Confined space assembly
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Part positioning
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Composite ply lay-up
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LPT8
MULTI-RANGE
The LPT8 is our flagship long-range laser projection system ideal for
17.5 in (445 mm)
assisted assembly, composite ply lay-up, and paint templating. It is unique in projecting highly accurate laser contours at much greater distances than is standard for projectors of its class. Advanced Trajectory Control (ATC) provides superior dynamic accuracy and faster refresh rate.
13.3 in
L-com Cat 6
(338 mm)
9.4 in (239 mm)
BENEFITS ■
Multi-range projection
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Computer-controlled focus
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Dust-sealed industrial enclosure with active thermal management
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Great flexibility: multi-projector operation over a single object or multi-tool operation from a single projector
5
5.5 in (140 mm)
16.5 in (419 mm)
SPECIFICATIONS Power Input
100/240 VAC 50/60 Hz
Laser Output Power
< 5 mW
Laser Class
CDRH IIIa, IEC 3R (60825-1)
Laser Wavelength
532 nm (Green)
Projection Range
6 - 50 ft (1.8 - 15.2 m)
Positional Accuracy
± 0.010 in (0.25 mm)
Angular Field of View
60° (X & Y)
Focused Line Width
0.020 in (0.5 mm)
Weight
38 lbs (17.2 kg)
APPLICATIONS ■
Assembly
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Composite ply lay-up
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Paint templating
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Part positioning
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Factory floor layout
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PROJECTION & MEASUREMENT SYSTEMS
LPT12
TARGETLESS IN-PROCESS VERIFICATION The LPT12 is a long-range 3D laser projection system capable of detecting geometric features - intersections (corners, edges) and dots (holes, fasteners) - for projector alignment, in addition to retro-reflective targets used for aligning standard laser projectors. This patented non-contact laser projection system can project,
20.6 in (524 mm)
scan, measure, and verify locations on an assembly using features to determine if parts are positioned correctly.
FEATURE DETECTION This technology serves as a foundation for two unique functions: features such as intersections and holes in addition to retro-
L-com Cat 6
targetless alignment, which enables the projector to utilize
12 in (305 mm)
reflective targets, and measurement in model-based definitions. All measurement-capable LPT projectors are equipped with these functions. 9.4 in (239 mm)
BENEFITS
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Multi-range projection
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Dust-sealed industrial enclosure with active thermal management
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Targetless alignment and feature detection
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Precise scanning (holes/fasteners/corners/edges/ply angles)
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Advanced auto focus
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Model Based Definition (MBD) measurement
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Composite fiber direction detection
5.5 in (140 mm)
16.5 in (419 mm)
SPECIFICATIONS Power Input
100/240 VAC 50/60 Hz
Laser Output Power
< 5 mW
Laser Class
CDRH IIIa, IEC 3R (60825-1)
Laser Wavelength
532 nm (Green)
Projection/Measure Range
2 - 50 ft (0.6 - 15.2 m)
Positional/Measure Accuracy
± 0.010 in (0.25 mm)
Angular Field of View
60° (X & Y)
Focused Line Width
0.020 in (0.5 mm)
Weight
50 lbs (22.7 kg)
APPLICATIONS ■
Assembly
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Composite ply angle verification
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Paint templating
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Part positioning
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Scanning
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Inspection
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In-process verification
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LPT15
ADVANCED DIGITAL TECHNOLOGY
The LPT15 is an advanced digital laser projector capable of scanning a laser spot projected by another LPT15 on an object’s surface. Based on the LPT12 targetless projector design and retaining its core capabilities, the LPT15 incorporates a number of distinct
20.6 in (524 mm)
enhancements including a digital beam steering system, precise beam focusing, increased sensitivity, and improved signal and image processing. Two LPT15 projectors used in tandem and controlled by the (LGS).
L-com Cat 6
RayTracer™ Software Suite, constitute a Lasergrammetry System
12 in (305 mm)
BENEFITS
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Multi-range projection
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Dust-sealed industrial enclosure with active thermal management
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Targetless alignment, feature detection, and non-contact measurement
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Precise feature scanning (holes/fasteners/corners/edges/ply angles)
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Laser spot scanning
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Advanced auto focus
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Model Based Definition (MBD) measurement
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Composite Fiber direction detection
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Virtual targeting
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In-process management for Automated Fiber Placement (AFP)
9.4 in (239 mm)
5.5 in (140 mm)
16.5 in (419 mm)
SPECIFICATIONS Power Input
100/240 VAC 50/60 Hz
Laser Output Power
< 5 mW
Laser Class
CDRH IIIa, IEC 3R (60825-1)
Laser Wavelength
532 nm (Green)
Projection/Measure Range
3 - 50 ft (1 - 15.2 m)
Beam Steering Velocity
150 radians per second
Positional/Measure Accuracy
± 0.005 in (0.130 mm)
Angular Field of View
60° (X & Y)
Focused Line Width
0.020 in (0.5 mm)
Weight
50 lbs (22.7kg)
APPLICATIONS ■
Assembly
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Composite ply angle verification
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Paint templating
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Part positioning
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Scanning
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Inspection
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In-process verification
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Lasergrammetry
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Reverse engineering
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LPT100
LASER RADAR
The LPT100 is a patented 3D laser radar, scanning, and measurement system. It can gather coordinate information about a 3D object in the form of a “point cloud” using reflectivity data from each point scanned on the object. Using the LPT100 data processing and control software, the point cloud data is compared to a CAD model to determine those sections of the object that are out of tolerance. The LPT100 can then project a high-speed glowing image directly onto the surface where discrepancies are located.
LASER RADAR Laser Radar is fully integrated into the LPT100. Advanced signal and data processing, edge detection, and image recognition algorithms are used to obtain coordinates of isolated feature location points such as corners, fasteners, tooling balls, and hole centers. The LPT100 scans at 100,000 points/second and creates a 3D point cloud of the measured surface. Utilizing TOPO* software creates a surface visualization of errors in the form of a topographical projection. *patented technology
BENEFITS
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Highly sensitive time-of-flight laser radar
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Digital galvanometer-based beam steering
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Full support of reverse engineering tasks
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Combination of HD survey and point-and-measure technologies
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High precision 3D laser projection
APPLICATIONS
SPECIFICATIONS
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In-process verification
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Surface error visualization
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Reverse engineering
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Large volume non-contact scanning & measurement
Power Input
100/240 VAC 50/60 Hz
Laser Output Power
< 5 mW
Laser Class
CDRH IIIa, IEC 3R (60825-1)
Laser Wavelength
532 nm (Green)
Projection/Measure Range
3 - 50 ft (1 - 15.2 m)
Beam Steering Velocity
130 radians per second
MODES OF OPERATION
Pointing Resolution
3.4 x 10-5 in (8.6 x 10-4 mm) /3ft (0.9 m)
High Definition 3D Measurement Mode: Raster
5.7 x 10 in (1.4 x 10 mm) /50 ft (15.2 m)
scan of the object’s surface and its features
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-2
Angular Field of View
60° (X & Y)
Focused Line Width
0.020 in (0.5 mm)
Weight
70 lbs (31.8kg)
Angular Resolution
0.30 arc seconds
Distance Resolution
0.0005 in (0.01 mm)
Effective Spot Size
0.020 in (0.5 mm)
Max. Measure Volume
32,000 ft3 (900 m3)
Measure Sample Rate
100,000 points per second
Inspection Speed: Raster Scan
5,000 points per second
Full Field Precision
± 0.005 in (0.125 mm)
delivering a high density point cloud data in the form of X,Y, Z, and R (Reflectivity). Reflectivity data is a key metric for feature detection functionality. Single Point (Stop-and-Step) 3D Measurement Mode: Obtaining X, Y, Z coordinates of isolated object points.
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PRODUCTION SOLUTIONS
LASERGRAMMETRY (LGS) Lasergrammetry* is a high-speed, non-contact measurement technology in which 3D coordinates of points on an object’s surface are determined by projecting laser spots and utilizing advanced scanning methods to measure each spot’s location. A Lasergrammetry System (LGS) consists of two LPT15 laser projectors, a computer running LPT RayTracer™ Software, and an optional certified scale bar. LGS works on a variety of object surface materials, from highly reflective tooling balls to black carbon fiber composites.
*Patent pending
MODES OF OPERATION Verification Mode: In this mode, the LGS system aligns with a set of an object’s known reference points and performs an automated measurement by following a predetermined path based on the known 3D CAD model of the object. Available measurement methods include: ■
Digitizing the object’s surface by a sequence of point-and-scan steps and obtaining a cloud of points (x, y, z).
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Scanning the 3D object’s feature locations with high-definition raster. Applying image recognition, edge detection, and signal processing to obtain x, y, z coordinates of isolated feature location points such as corners, fasteners, holes, etc.
Reverse Engineering Mode: This involves manual and semi-automatic measurement sequences. Results are obtained through utilization of a certified scale bar, measurement points, and a measurement bundle computation. The same measurement methods are available as in the verification mode.
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SPECIFICATIONS Angular Range
± 45° Laser Beam to Surface
Max. Measure Volume
40,000 ft3 (1,130 m3)
Measure Repeatability
± 0.005 in (0.125 mm)
Digitizing Measure Speed
5 points/second
Scan Velocity
10 in2/s (645 mm2/s)
Effective Spot Size
0.020 in (0.5 mm)
Scan Resolution
50 spots/in (2 spots/mm)
APPLICATIONS ■
Reverse engineering
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In-process verification
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3D non-contact measurement & laser projection
COMPOSITE PLY ANGLE VERIFICATION
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LASER PROJECTOR MOUNTS
I-BEAM MOUNT The I-Beam mount is our most basic laser projector mounting bracket. It is adjustable to attach to a 6-10 inch I-Beam, and provides 2 axes of movement. It is ideal for operations which do not require many instances of laser projector maneuverability.
Features ■
Mounts on 6-10” I-Beam.
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Pivots on 2 axes
3 AXIS MOUNT The 3 axis laser projector mount is our most versatile mounting system. It fits around a 4 inch OD tube, just as our basic and standard models do, however it provides movement about 3 axes. This mount is ideal for complex aerial operations.
Features ■
Fits a 4 inch OD tube
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Pivots on 3 axes
MOTORIZED TIP ONLY MOUNT The Motorized Tip Only mount uses our standard tip specifications and adds the feature of electronic movement. It is ideal for complex aerial operations requiring maneuverability about an axis.
Features
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Fits a 4 inch OD tube
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Pivots on 2 axes
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Remote control operated
MOTORIZED LIFT
FEATURES ■
Rocker base system for maneuverability
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Easily rolls through standard doorways
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Ground fault interrupt (ANSI / CSA only)
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Small outrigger footprint
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Overhead crane attachment point
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Wide forklift pockets (front & rear access)
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LED lights confirm proper set-up
The motorized lift is ideal for indoor use as a mobile stand for LPT laser projectors. The lift rises to a maximum working height of approximately 20 ft. (6.1 m). The upper bar of the lift boom can accommodate up to two (2) LPT projectors, one on each side of the “T” split. LPT recommends using LPT 3 Axis Mounts to attach
Mounting configuration, with
the laser projectors to the lift boom.
two 3 Axis Mounts shown vertically oriented on the lift boom
SPECIFICATIONS Maximum Height
20 ft (6.1 m)
Base Dimensions
5 x 2.7 ft (1.5 x 0.8 m)
System Weight (with 3 Axis Mounts)
1154 lbs (523 kg)
Maximum Payload (on Lift Boom)
180 lbs (82 kg)
Chassis
12 V 110/230 V 50 - 60 Hz
Power
AC Power 85 V / 50 - 60 Hz AC Power 110 V / 50 - 60 Hz AC Power 220 V / 50 - 60 Hz DC Power 110 V / 230 V / 50 - 60 Hz
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RAYTRACER™ SOFTWARE SUITE ADMINISTRATOR
RayTracer Administrator organizes and streamlines processes for factory operators. It is intended for use by a manufacturing process engineer who prepares laser projection jobs by selecting, organizing, and storing necessary data into one or more RayTracer databases. RayTracer Administrator is used to set up a RayTracer database, manipulate its components, configure jobs and control parameters, edit projection data and reference tool data, create user names and passwords and more. Its Windows-based GUI allows multiple document handling, copying and pasting, layerized tree structure viewing, and other options. The ‘Build Instructions’ feature allows the administrator to illustrate a procedure with work instructions using text, drawings, images or audio/ video clips that become part of the job file.
FUNCTIONS ■
Assigning user names and passwords
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Determining access and security levels
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Creating jobs, tools, parts, parameter sets, and laser groups
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Matching laser projectors to respective jobs
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Editing target/feature locations and other tool data
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Creating and editing parts in a layerized tree structure
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Importing various types of part/tool data
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In-Process Verification (IPV)
Oval
Square
Diamond
Cliptest
RAYTRACER™ SOFTWARE SUITE OPERATOR
RayTracer Operator is an intuitive and user-friendly program with a windows-based GUI to facilitate projection of 3D templates. It is designed for use in manufacturing environments. Specified user access levels as well as predetermined sequences of operating steps help impose strict production rules on the work process. Projection data and control parameters are stored in a separate data depository – a RayTracer Database. Personnel running Operator can retrieve and execute pre-configured jobs from a RayTracer database, but cannot change the content.
FUNCTIONS ■
Single or multiple-layer 3D projection
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Selecting tools, parts, and laser groups
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Viewing/rotating views of parts and target locations
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Viewing alignment data prior to 3D projection
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Focusing the laser beam
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Marking of layers as “Complete”
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Multi-laser and multi-tool projection
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Zoom
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Aligning projector to tool
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Running/projecting the job
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In-Process Verification (IPV)
SPECIAL FEATURES ■
Auto focus
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Advanced Trajectory Control (ATC)
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Auto next layer
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RAYTRACER™ CAM
RayTracer CAM fully integrates into the RayTracer Software Suite. It allows for model configuration which is immediately reflected in the RayTracer database. From the CAD model, the projection contours for the desired part can be easily selected by selecting the edges or selecting the appropriate surface. Multiple layers can be made to separate groups of projection contours. The targets used for alignment can also be selected right from the CAD model. Each target can also be named to distinguish targets from each other. The program can then take the selected projection contours and the selected targets and generate the necessary part and tool files that can be saved to the desired RayTracer Database. With the IPV Feature, the feature that needs to be verified can be selected, the tolerance for that feature can be adjusted to meet specifications, and the displacement surface where that tolerance is referenced from can be specified. This data can then be exported into the desired RayTracer Database.
BENEFITS ■
Allows for the adjustment of tolerances to meet design specifications
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Easy selection of projection contours and targets straight from the CAD model
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Generates tool and part files that can be exported into RayTracer Database
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Allows for the selection of features and the displacement surfaces for In-Process Verification
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CAD-based 3D laser projection and in-process verification
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Imports file types: IGES, STEP, RHINO 3D (3dm), AUTO CAD (DWG, DXF), SOLIDWORKS (SLDPRT, SLDASM), PDF, VDA, STL, GFT, SLC, SKP
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Additional native importers are available including Catia, UG, Pro/E, and many more
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Remote control capability
RAYTRACER™ TOPO
SURFACE ERROR VISUALIZATION An anomaly was added to the surface of an airfoil in the form of a lump of material. The airfoil part with lump anomaly was scanned. Anomaly
TOPO is a highly accurate surface error visualization software for laser projection of topographical data in near real-time directly onto your work surface. The projected data shows the discrepancies between the original CAD surface data and the recently measured surface data.
A complete map of the surface illustrates the sections of the part that will require modification. Surface Map
BENEFITS
Data Processing Software computed
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Reduce manufacturing cycle time
normal deviations between the nominal
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Reduce costly quality deviations
model and the actual surface with lump
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Generate a more valuable output
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Efficient, safe, & easy to learn
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Near real-time topographical projection
anomaly of an airfoil in the form of a lump of material. The airfoil part with lump anomaly was scanned.
Data Processing
DATA PROCESSING USING TOPO
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IN-PROCESS VERIFICATION
In-Process Verification (IPV) is a means by which users assure that parts were positioned in the correct 3D position by confirming the locations of certain features on the part. IPV is used to validate part placement during the manufacturing process. In-Process Verification works to detect if part placement is out-of-tolerance by scanning features on the part. IPV then generates a report of results. This report will let the operator know if the part has been accurately placed by indicating a green “Pass” symbol. If the part is out of tolerance, as designated by the red “Fail” symbol, the operator will know that there is an error in the part placement and the operator will need to verify the “non-conformance” error.
FUNCTIONS ■
Executed by LPT’s targetless projector (LPT15)
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Detects errors in part placement during assembly
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Checks if the components are out-of-position/tolerance
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Projectors verify location using feature detection ■ ■ ■ ■
Holes Corners Lines Targets
The User will see the option “Perform In-Process Verification” to click on that will initiate the IPV process for that layer. Once initiated, the IPV form will appear and show the identification information about the feature being scanned as well. The identifying information is the Item Name, Feature Name, Feature Type, the Feature Subtype (if there is one) and the Process Type. In this example, you can see the subtype of the corner is the Corner Type.
IPV may have up to 4 lasers scan a single feature for placement. After all the lasers have scanned and the tolerances have been calculated, you will see each lasers’ scan and tolerance results by clicking on the designated tab, as shown here.
When the feature is found to be out-oftolerance, the actual distance can be shown to a user with permissions. At this point the user can choose to click any of the enabled buttons: Assist, Rescan, Override, Resize Scanbox, Move Scanbox, or Cancel. The user can then attempt to fix the tolerance issue, which will make the Accept button useable, and click Accept again or click Override to skip the feature.
Data for IPV is entered on the parts form in RayTracer Administrator. The administrator organizes this data and sets the allowable tolerances in RayTracer CAM, then it can be viewed here. These tolerances will dictate at which point an inspection will fail. Each IPV function belongs to a layer within the part tree so that each projection layer also contains the corresponding IPV data.
The User will see an option called “Perform IPV End Validation” to click on. When this menu item is chosen, IPV runs through all of the features then a form is expanded to the right and a grid is shown that lists the errors found during the processing. At that point, the user can click on the grid and attempt to fix the issues.
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REMOTE API
RayTracer remote API is an application program interface
Simple Post Processor
which, run in conjunction with the Ray Tracer Operator program, allows any API-enabled third-party software to control an LPT
3rd Party
OR
RayTracer™
CAD Package
Advanced CAD Interface
Administrator
Software
laser projector directly from that software’s GUI.
FUNCTIONS ■
Socket-based communications over TCP/IP
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Messages in a text string format
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C++ sample program available
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Graphic scan data transfer
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Single or multiple head control
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Programming for all models of LPT projectors
Measurement
RayTracer™
RayTracer™
X,Y,Z Capture
Remote API
Operator
API MESSAGE STRUCTURE COMMANDS RayTracer™
API-Enabled
Operator
RESPONDS
Software
AVAILABLE API COMMANDS PROJECTOR ORIENTATION
RAYTRACER INFORMATION LOAD DATABASE COMPONENTS
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GetSystemOrientation
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SetSystemOrientation
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Move ToHV
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GetOperatorVersion
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FindTargetByHV
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GetOperatorAlignmentStatus
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SetJob
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SetLaserGroup
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FindTargetByID
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Login
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SetTool
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SetLayers
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CalcPartialOrientation
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GetOperatorDBInfo
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SetPart
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CalcFullOrientation
LAUNCH PROJECTOR OPERATIONS
BEAM STEERING, TARGET SCAN & ALIGNMENT
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StartAutoAlignment
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PreviousLayer
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StartProjection
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SetCrossField
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MoveToHV
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PauseProjection
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SetFieldOfView
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FindTargetByHV
•
ContinueProjection
•
ProjectPoints
•
FindTargetByID
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NextLayer
•
CalcFullOrientation
MEASURE (LPT12 & LPT15) •
ScanFeature
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MoveToXYZ
•
CalcRaysFromRadians
These commands are text messages on a socket, therefore, they can be sent using any (programming) language the user prefers
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SERVICES & TRAINING
SOFTWARE Software training classes are generally facilitated at the customer’s site during installation. Standard training courses are 3-5 days covering all the software material as listed below.
RAYTRACER ADMINISTRATOR Training covers the use of LPT’s RayTracer Administrator software. This is used by the system administrator to organize files, create parameter sets, and tailor each job for the specific application in use.
RAYTRACER OPERATOR Training covers the use of LPT’s RayTracer Operator software. This software is used by the operator on the shop floor to run the projectors and execute the jobs. With a simple user interface and intuitive functionality RayTracer Operator is very user friendly even for novice operators.
RAYTRACER CAM Training covers the use of LPT’s RayTracer CAM software. This software is used to generate the part and tool files directly from the CAD model. The Administrator of the system selects the target positions and the projection data to be used during the job. With Pro, the user will also program any IPV data that pertains to the job.
CALIBRATION LPT offers ‘Enhanced Linearization and Full Factory Calibration’ for all of our laser projection products. LPT recommends Linearization and Calibration of all model laser projectors be performed on a yearly basis to maintain the advertised accuracy and performance that is required for consistent, accurate, and safe laser projection.
REPAIR LPT offers complete repair services for all* of our laser projection products. In-warranty repairs are done at no charge to the customer. Out-of-warranty repairs require an initial Evaluation Fee. This fee is rolled into the final cost if the repairs exceed this amount. *Some older LPT products (>10 years) may require parts that are no longer available. We strive to do our best to repair such products, if at all possible.
Training / Engineering @ LPT (One Day) Application / Engineering Work @ LPT (One Day) Science / Engineering Work @ LPT (One Day) LPT Service Class Non-Measure Projectors (3 Days) LPT Service Class Measure Projectors (5 Days) LPT Training Class / Linearization & Calibration (2 Days) Configuration of System Controller Class for use with LPT Projection System *Service Class is Quoted Per Student at LPT Facility*
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WHY LPT?
DISTANCE, SPEED, ACCURACY Thanks to a highly sophisticated mathematical engine, a unique optical design, and an elaborate linearization procedure, all LPT laser projectors achieve the trifecta of projecting fast at long
OUR FOCUS
distances without sacrificing accuracy. No other manufacturer can boast success in all three key aspects of laser projection.
Since 1996, Laser Projection Technologies has specialized in laser projection and measurement systems and their
Laser Projection Technologies always strives to improve our
accessories. It is precisely because of our strategic focus
products’ performance. Excessive flicker in complex projection
that LPT was able to develop a broad variety of innovative
patterns had always been the bane of long-distance laser
projector models. No other 3D laser projection system
projection systems. LPT’s Advanced Trajectory Control (ATC)
manufacturer offers such cutting-edge technologies as
algorithm has resolved that. Circular and other curved shapes can
targetless
now be projected with minimal flicker at the farthest distance.
verification.
Time and time again, side-by-side demonstrations have shown
You can choose the LPT laser projector (or a combination
LPT projectors’ superiority over competitive products.
thereof) best suited to your specific production needs.
alignment,
lasergrammetry,
and
in-process
Remember, each succeeding LPT model does not displace its predecessors – it builds upon them. An LPT12 has all the functionalities of an LPT8 plus targetless alignment and MBD measurement, an LPT15 has all the functionalities of an LPT12 plus lasergrammetry capability and virtual targeting, and so on. Nothing is lost.
OPEN DOOR POLICY Laser Projection Technologies prides itself on openness to customers. It is the only 3D laser projection systems manufacturer that does not draw a veil of secrecy over its products and technologies.
In fact, LPT encourages customers to attend
maintenance and repair training classes. Many customers have also chosen to build projector linearization/calibration stations to our specifications enabling them to perform calibration and repairs at their own facility.
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NOTES
25
NOTES
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OUR DISTRIBUTORS
SALES AGENTS
Chengdu Hecheng Instruments Co., Ltd.
Geo Informatics Consultants Pvt. Ltd
A3L – Advanced Aerospace Assembly Ltd.
Mail
Zhuanshizuo 17A, Jinjiang Shangdi, Linjiangdong Road No. 36, China
Mail
Mail
8 Rupert Road, Nether Edge Sheffield, S7 1RP, United Kingdom
Phone
+86.28.85481648
Phone
Phone
+44.7817.634.286
“GIC HOUSE” Bldg, No. - 19, 1st & 2nd Floor, Sector - 14, Kaushambi, Ghaziabad - 201010, Uttar Pradesh, India +91.120.2775115, 4160683
Contact Mr. Young He, Managing Director
Contact Mr. Sanjeev Gandhi, Managing Director
Contact Mr. Jim Heley, Director
Email
[email protected]
Email
[email protected]
Email
[email protected]
Web
www.hcinstrument.com
www.gicpl.com
Web
www.a3l.uk.com
Web
Data Design Co., Ltd.
NEVA Technology
Met Optix
Mail
Sakuradoriohtsu Daiichiseimei Bldg, 12F 3-4-6 Nishiki, Naka-ku, Nagoya, Aichi 460-0003, Japan
Mail
Russian Federation, St. Petersburg Marinesco St. 6A pom 7H, Russia
Mail
89 High Street, Kew, Vic 3101, Australia
Phone
+81.52.953.1588
Phone
+812.337.51.92
Phone
+1300.363.409
Contact Mr. Takanori Okamura, Managing Director Email
[email protected]
Web
www.datadesign.co.jp
Contact Mr. Vyacheslav Yakunin & Mr. Aleksey Belozerov Email
[email protected]
Web
www.nevatec.ru
Contact Mr. David Eldridge, Managing Director Email
[email protected]
Web
www.metoptix.com.au
Erodromo Sdn. Bhd & NCM Global Sdn. Bhd.
Tango Engineering, Ltd.
Mail
J-8-5, No 2, Jalan Solaris, Solaris Mont Kiara, 50480 Kuala Lumpur Malaysia
Mail
5 Johnathan St. P.O. Box 10645 TelAviv, 69081, Israel
Phone
+603.6204.0151, +603.6204.0152
Phone
+972.3.6496908
Contact
Mr. Jerry Tyson, Managing Director
Email
[email protected] [email protected]
Web
www.erodromo.com
Contact Mr. Zeev Cang, Managing Director Email
[email protected]
Web
www.tangoeng.co.il
Laser Projection Technologies, Inc. Mail
8 Delta Drive Londonderry, NH 03053 USA
Phone
+1.603.421.0209
Email
[email protected]
Web
www.lptcorp.com
© Laser Projection Technologies, Inc.
En. 6/2015
