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Venture Manual Vision Systems
Baty’s powerful Fusion software is also available
with full 3D functionality for use with the Venture range of Vision systems.
The measured part can now be dimensioned in all three projections showing true 3D results.
ADDITIONAL AB3-V SYSTEM FEATURES INCLUDE:
*Fully dimensioned part view
*CAD import / export
*Profile scanning and best fit to CAD master
*SPC batch information including control charts
*Output to Excel™
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Advanced Measuring Multisensor fusion. Fully automated performance with rapid and precise inspection through synchronized CCD camera, TTL Laser, and mechanical sensors. All at reasonable savings
- Near Production Use.
Cost savings by production scrap reduction and through immediate results
- High Precision.
Minimizes measurement uncertainty, while maximizing your manufacturing tolerance window
- Rapid Measuring Speed.
Increases manufacturing confidence by rapid and repeatable measurements of significant sample lots
- Automation Ready.
Further reduce overhead cost by virtually eliminating system operator dependency
Features:
- Compact 3D-CMM
- For rapid optical and tactile 3D Measurements
- Optimal Price-Performance Ratio
- The economical Metrology for your Production Control
- Fast, stepless (1%) motor zoom for fast enlargements without recalibration
Application:
- Small 3D parts from a variety of materials (e.g., plastic connectors, watches, etc.)
- Big size 3D parts with complex features (e.g. metal or plastic housings or injection molded parts, medium turned parts, etc.)
- Flat 2D parts for inspection in backlight (e.g., punched parts, lead frames, etc.)
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With the unbeatable combination of precision mechanics, powerful and intuitive software, and support from the most respected name in measurement, Galileo Vision Systems from Starrett's Kinemetric Metrology Systrems Divisiom take camera-based measuring systems to the next level.
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Features:
Particularly suitable for large components and high-accuracy work.
» Pneumatic counterweight for Z axis.
» Smooth and low-vibration motion in axes thanks to granite guides.
» Parallel drive of the two longitudinal axes, therefore no contouring error.
» Robust design with high load capacity.
» Brushless drive systems.
» Low air consumption.
» Wear-free data acquisition thanks to optoelectrical measuring scales.
» Resolution: 0.15µm
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conomical Measuring System for your Production Control
Advanced Measuring Multisensor fusion. Fully automated performance with rapid and precise inspection through synchronized CCD camera, TTL Laser, and mechanical sensors. All at reasonable savings
- Near Production Use.
Cost savings by production scrap reduction and through immediate results
- High Precision.
Minimizes measurement uncertainty, while maximizing your manufacturing tolerance window
- Rapid Measuring Speed.
Increases manufacturing confidence by rapid and repeatable measurements of significant sample lots
- Automation Ready.
Further reduce overhead cost by virtually eliminating system operator dependency
Features:
- Compact 3D-CMM
- For rapid optical and tactile 3D Measurements
- Optimal Price-Performance Ratio
- The economical Metrology for your Production Control
- Fast, stepless (1%) motor zoom for fast enlargements without recalibration
Application:
- Small 3D parts from a variety of materials (e.g., plastic connectors, watches, etc.)
- Medium size 3D parts with complex features (e.g. metal or plastic housings or injection molded parts, small turned parts, etc.)
- Flat 2D parts for inspection in backlight (e.g., punched parts, lead frames, etc.)
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The DM3500 is a compact, overhead dimensioning unit that automatically measures length, width, and height of packages as they are transported on a conveyor through the bar code scanning area.
The self-contained dimensioner is designed for simple installation over existing conveyor systems. No break is required in the conveyor belt. The unit’s overhead location eliminates the potential for damage that side and bottom-mounted systems encounter.
Typical Applications Include:
- Parcel revenue recovery
- Revenue recovery
- Trailer load planning
- Automatic rate charging
- Sortation accuracy
Outstanding Features:
- Accuracy of +/- 0.10” [0.25 cm] at belt speeds up to 600 FPM [3.0 MPS]
- Exclusive “find belt” software functionality enables “one button” setup and plug-and-play operation
- Eliminates the need for alignment of multiple components
- Uses time-tested design incorporating both solid-state laser diode and CCD array to capture package dimensions
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Inspect3D supplies high-capacity gantry machines with air-cushion bearings for highest demands. An open gantry design is the ideal system, permitting easy access to the components to be measured.
Particularly suitable for large components and high-accuracy work.
» Pneumatic counterweight for Z axis.
» Smooth and low-vibration motion in axes thanks to granite guides.
» Parallel drive of the two longitudinal axes, therefore no contouring error
» Robust design with high load capacity.
» Brushless drive systems.
» Low air consumption.
» Wear-free data acquisition thanks to optoelectrical measuring scales.
» Resolution: 0.15µm
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Offers a full range of tools for your three-dimensional metrology
Option Renishaw® Touch-probe system
Compatible with any kind of control: first part checking, process control, development, acceptance control
Selfteach-programming mode and full automatic control
Ergonomic two screens workstation
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MarVision PMC 650
Moving bridge type system with Multisensor capability
Multisensor capable 3D Coordinate Measuring Machine provides assured customer quality
- Multisensor technology.
Saves additional investment in optical gages
- Rapid Measuring Speed.
Increases manufacturing confidence by rapid and repeatable measurements of significant sample lots
- A great price to performance ratio
Features
- Moving Bridge type CMM with stationary table
- For rapid optical and tactile 3-D Measurements
- Optimal Price-Performance Ratio
- The precise metrology for heavy work pieces
- Touch probe TP20, optional fixed lens optics and laser sensor
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Lab grade Multisensor System. Precision acceptable for lab use, yet built to reside in a typical metrology environment.
- Quality lab standard.
Measurement system providing part certification with the highest level of confidence
- High Precision.
Minimizes measurement uncertainty, while maximizing your manufacturing tolerance window
- Rapid Measuring Speed.
Increase manufacturing confidence by rapid and repeatable measurements of significant sample lots.
Features:
- Bridge type measuring center with stationary bridge and moving table
- Separated electronic cabinet
- For rapid optical and tactile 3D Measurements
- Optimal Price-Performance Ratio
- The economical Metrology for your production control
- Multisensor head with fixed lens optics, optional touch probe and laser sensor
Application:
- Small 3D parts from a variety of materials (e.g., plastic connectors, watches, etc.)
- Precision 3D parts with small tolereances (e.g. injectors, medical parts, etc.)
- Complex turning tools, in combination with rotary and swirelling table (e.g. Drill, milling tool,etc.)
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SOLO System
A complete and truly portable measurement system consisting of a single sensor, a probing and a computer system.
The industry-proven solution has been fused with new technology and design to produce the 3rd generation Metronor portable CMM system. More accurate, more portable and even easier and faster to use than ever. New technology and innovations has allowed us to bring the price down to make it the most cost-effective portable CMM available in the market today.
Whether you are building the best possible aircraft, the highest quality car bodies or a new turbine blade you need exact measurements. Metronor has delivered portable CMM systems to the most demanding industries for well over a decade and proven that our systems will deliver excellent accuracy and functionality.
* Complete and truly portable: One box, 24kg, for complete system including computer and tripod.
* Extended probing capabilities including hidden features (450mm plus probe length).
* Operator friendly: Probing without beams, wires or arms.
* Fast and easy set-up and use.
* No warm-up, initialization or leap-frogging.
* No moving parts eliminate re-calibration.
* Can be upgraded to DUO and DUET system.
* Price/performance winner.
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The ZETT MESS AMPG 6-axis articulated measuring arm is a transportable coordinate measuring machine. Its application range extends from quality and production control within production lines, to crash test measurements for measuring points that are not easily accessible and interior space measurements as well as scanning and digitising surfaces in the design area. The AMPG can be optionally fitted with a fixed probe, a touch trigger probe, a laser sensor or a tube measuring fork. Measured values are recorded either at the touch of a button or automatically for transfer to the computer.
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With this new developed measuring machine all kinds of gears, worms, worm gears, bevel gears, shafts and other rotational symmetrical parts can be measured. The scanning of unknown contours is possible as well. An extensive software package is available.
The technology:
The machine base consists of a massive dark granite block mounted on a steel construction. The entire system is installed on passive (or optional active) vibration absorbers. To achieve the same thermal behaviour, all axes as well as the basis are made of dark granite. Outstanding features of this system are the use of air bearing guide ways in all axis as well as on the rotary table and a special controller especially designed for the measuring technique, together with a powerful, easy to use, Windows based measuring software. The machine is equipped with a Renishaw scanning probe head.
Technical data:
- Work piece diameter min./max. 5 - 500 (600) mm
- Internal work piece diameter >12 mm
- Module min./max. (0,2) 0,5-20 mm
- Helix angle < 90 °
- Number of axes 4
- Measuring precision according to VDI/VDE 2612/2613 Gruppe I
- Axes travel X-Axis 500 mm, Y-Axis 320 mm, Z-Axis 650 (800) mm
- Distance between centers min/max 20 / 900 (1200) mm
- Type of Rotary Table L400 (L300)
( ) optional
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With this new developed measuring machine all kinds of gears, worms, worm gears, bevel gears, shafts and other rotational symmetrical parts can be measured. The scanning of unknown contours is possible as well. An extensive software package is available.
The technology:
The machine base consists of a massive dark granite block mounted on a steel construction. The entire system is installed on passive (or optional active) vibration absorbers. To achieve the same thermal behaviour, all axes as well as the basis are made of dark granite. Outstanding features of this system are the use of air bearing guide ways in all axis as well as on the rotary table and a special controller especially designed for the measuring technique, together with a powerful, easy to use, Windows based measuring software. The machine is equipped with a Renishaw scanning probe head.
Technical data:
- Work piece diameter: min./max. 5 - 400 mm
- Internal work piece diameter: >12 mm
- Module: min./max (0,2) 0,5-15 mm
- Helix angle: <90 °
- Number of axes: 4
- Measuring precision according to: VDI/VDE 2612/2613 Gruppe I
- Axes travel: X-Axis 400 mm, Y-Axis 220 mm, Z-Axis 500(650) mm
- Distance between centers: min/max 20 / 650 (900) mm
- Type of Rotary Table: L300
( ) optional
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With this new developed measuring machine all kinds of gears, worms, worm gears, bevel gears, shafts and other rotational symmetrical parts can be measured. The scanning of unknown contours is possible as well. An extensive software package is available.
The technology:
The machine base consists of a massive dark granite block mounted on a steel construction. The entire system is installed on passive (or optional active) vibration absorbers. To achieve the same thermal behaviour, all axes as well as the basis are made of dark granite. Outstanding features of this system are the use of air bearing guide ways in all axis as well as on the rotary table and a special controller especially designed for the measuring technique, together with a powerful, easy to use, Windows based measuring software. The machine is equipped with a Renishaw scanning probe head.
Technical data:
- Work piece diameter min./max. 5 - 1000 mm
- Internal work piece diameter > 12 mm
- Module min./max. (0,2) 0,5-25 mm
- Helix angle < 90 °
- Number of axes 4
- Measuring precision according to VDI/VDE 2612/2613 Gruppe I
- Axes travel X-Axis 1200 mm, Y-Axis 550 mm, Z-Axis 1000 mm
- Distance between centers min./max. 50 - 1200 mm
- Type of Rotary Table H750/1500 (H750/3000)
( ) optional
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Measurable work pieces
- all types of gears with the standard Software package
with optional Software package:
- measurements of prismatic parts and Free Form Surfaces with Wenzel CM-Software
- Worms and Worm gears
- Bevel gears
- Tools like hobs, shavers and shapers
- Other rotational symmetric parts
- Special profiles
- Scanning of unknown contours
Technology:
- Bridge type GMM with rotary table integrated in the machine base
- Machine base of massive dark granite
- Active damping system
- Thermal stability through the use of identical material for base and axes
- Air bearings on the linear axes
- Wenzelgeco CNC-Controller designed to meet the spezial requirements of high precision measuremts
- Scanning 3D probe, optional probechanger
Technical data:
- Work piece diameter w/o probe changer min./max. 5 - 1000 mm
- Internal work piece diameter > 12 mm
- Module min./max. (0,2) 0,5-25 mm
- Helix angle < 90 °
- Measurable face width max. 600 mm
- Number of axes 4
- Measuring precision according to VDI/VDE 2612/2613 Gruppe I
- Axes travel X-Axis 1000 mm, Y-Axis 1200 mm, Z-Axis 800 mm
- Type of Rotary Table L400 (L300)
() optional
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Measurable work pieces
- all types of gears with the standard Software package
with optional Software package:
- measurements of prismatic parts and Free Form Surfaces with Wenzel CM-Software
- Worms and Worm gears
- Bevel gears
- Tools like hobs, shavers and shapers
- Other rotational symmetric parts
- Special profiles
- Scanning of unknown contours
Technology:
- Bridge type GMM with rotary table integrated in the machine base
- Machine base of massive dark granite
- Active damping system
- Thermal stability through the use of identical material for base and axes
- Air bearings on the linear axes
- Wenzelgeco CNC-Controller designed to meet the spezial requirements of high precision measuremts
- Scanning 3D probe, optional probechanger
Technical data:
- Work piece diameter w/o probe changer min./max. 5 - 500 mm
- Internal work piece diameter >12 mm
- Module min./max (0,2) 0,5-20 mm
- Helix angle <90 °
- Measurable face width max. 300 mm
- Number of axes 4
- Measuring precision according to VDI/VDE 2612/2613 Gruppe I
- Axes travel X-Axis 500 mm, Y-Axis 600 mm, Z-Axis 400 mm
- Type of Rotary Table L300
() optional
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