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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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Singleturn - Vert-X 13E
High protection class IP69
Very compact dimensions
Non-contacting measuring method
Very long life
High accuracy of measurement
Use in cramped installation conditions
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The AMS is characterised by guiding rails mounted on the side of the base plate (X-axis) to give the user access to almost the entire measuring plate. The standard AMS model is fitted with pretensioned roller bearings, while the AMS-L and AMS-P variants feature super-precision linear guides. Precision roller bearings are used for the Y and Z-axis. This machine model is available for manual operation, with a motor drive or CNC controlled.
Measuring range:
X: < 13300 mm
Y: 800 mm – 2000 mm
Z: 1000 mm – 3000 mm
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These machines have the following features, in addition to the customary MORA quality elements:
» The machines are completely enclosed including the x-axis guidance system if required
» All machines operate in continuous, 5-axis mode, with the result, for example, that a total of fifteen axes are active for measurements in a coordinate system in the case of an underfloor system
» Travel speeds up to 850 mm/sec
» Guide rails fully hardened and chromium-
plated safety from rust, excellers mounted in special hardened bushes (bearings); smooth and safe running
» Electronic path encoding system (optical or - in case of coarse dust, etc., magnetic)
» Patented cable-breakage safety system
» High-dynamics drive systems with speeds up to 800 mm/sec.
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Mµ-Tos
These machines have the following features, in addition to the customary MORA quality elements:
» The machines are completely enclosed including the x-axis guidance system if required
» All machines operate in continuous, 5-axis mode, with the result, for example, that a total of fifteen axes are active for measurements in a coordinate system in the case of an underfloor system
» Travel speeds up to 850 mm/sec
» Guide rails fully hardened and chromium-
plated safety from rust, excellers mounted in special hardened bushes (bearings); smooth and safe running
» Electronic path encoding system (optical or – in case of coarse dust, etc., magnetic)
» Patented cable-breakage safety system
» High-dynamics drive systems with speeds up to 800 mm/sec.
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The Coordiante measuring machines DIMENSION and DIMENSION-TWIN were especially designed and constructed for use in harsh conditions where fast and percise measuring is paramount. Here only low-friction percision linear guides of the highest quality are used. Air bearings in combination with granit guides can be used when higher accuracy is required. As with all our CMM machines, the motors and guides are sealed. This helps assure protection from dirt, damage, and thermal influences. Highly dynamic, high quality servo-motors provide an exact and vibration-free positioning.
Our manually controlled machines have integrated handwheels, as well as easy to use fixation controls for all axis.
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Description:
LINEAR length measuring instruments from Mahr are ideal for use as setting and adjusting instruments in the manufacturing environment. They allow precise setting of internal and external comparators, internal precision measuring instruments, snap gages with displays and many other measuring instruments.
As an infitnitely adjustable measurement standard, the LINEAR series is also an economical alternative to setting gages.
The simple handling and short measuring time are key advantages.
A measuring force control feature can be activated to allow measuring results independent of the user for both internal and external measurements.
Based on the steel scale, the LINEAR series ensures reliable measuring results over the entire measuring range. Compatability with national standards means that LINEAR length measuring instruments are DN EN ISO 9000-compliant.
Applications :
- Setting measuring instruments with displays such as the Multimar 844T
- Setting two-point internal measuring instruments such as the 844 N
- Checking setting standards
- Checking calipers
- Checking inside micrometers
- Measuring cylindrical parts
- Measuring internal dimensions and bores etc.
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The AMPG permits rapid measurement of tubes and pipes in conjunction with laser tube measuring forks and FUTUREX TUBE software from ZETT MESS. The tube-measuring fork is slipped over the tube at the required measuring point. This interrupts two diagonal laser beams to generate a total of four switching points that are used to define the position. This tube measuring assembly can be used to measure all types of tubes and pipes ranging from the finest hydraulic tubes to exhaust pipes and even large pipes. ZETT MESS supplies tube-measuring forks in four sizes.
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Werth FlatScope FQ
- the new generation of high speed scanning :
- Design: High-grade matrix scanner with telecentric imaging optics.
- Measuring range: X=400 mm; Y=200mm
- Available Measuring Sensors: Noncontact - Werth image processing (IP) video sensor
- with fixed telecentric objective and
- high-resoluting CCD camera
- Applications: Time critical applications in shopfloor environment.Very suitable for production-integrated quality assurance of profile sections and stamped parts . Measurement of thin foils, printed circuit boards (PCBs), laser-cut and fine stamped parts.
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The AdData 'G' Plus is a revolutionary non-contact measuring machine for use specifically in the tube bending industry—to obtain data for bending machines and provide information for inspection purposes. The machine utilizes the latest 'G-Tube' technology for non-contact measurement.
In addition to its tube measurement capability, the AdData is equipped for use as a component development tool. A number of features are incorporated to assist in the design of new components including:
* Reverse tube
* Produce a mirror image
* Move bends
* Combine bends
* Split bends
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Due to the newly patented Colourmap™ scale system, the VµMaster does not have a conventional stage or encoders just a floating measuring camera that moves anywhere in the measuring range.
The result is fast, accurate, ‘non contact’ measurement over a much larger measuring range – 400mm x 300mm to be exact!
Because the camera moves and the part stays still, there is often no need for expensive and time consuming work holding devices.
*Large 400mm x 300mm measuring range
*Patented measuring technology
*Teach and repeat part programming
*Video edge detection
*Digital zoom
*Fully integrated system – everything is included: built-in PC, 19" flat screen monitor and printer
*Programmable segmented LED lighting system
*Motorised autofocus
*Image grab
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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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DUO System
A complete and truly portable measurement system consisting of a dual sensor, a probing and a computer system.
Our 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, 30kg, for complete system including computer and tripods
• Extended probing capabilities including hidden features (450mm with optional Light pen).
• Operator friendly: Probing without beams, wires or arms
• Fast and easy set-up and use.
• No warm-up or leap-frogging required
• No moving parts eliminate re-calibration
• Can be upgraded DUET system
• High-accuracy and flexibility
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Features:
MarForm MFU 100 offers performance and possibilities in the reference class which in the past were only possible with much larger investments.
Thanks to its active air-conditioned cabin, the machine can also be used on the shop floor. Shorter distances and a faster intervention into the production process control reduce your costs and optimize the quality of your products.
A high degree of automation is achieved through themotorized centering and leveling table, which is a component of Formtesters, and the use of the motorized T7W probe.
Because of the complete separation of machine control and profile evaluation, the MFU 100 is easily expandable and ready for the future. The addition of other languages or special
evaluations is possible, as well as the implementation of new standards. The MFU 100 is already prepared for the use of new sensor technologies.
The MarWin software package offers all the features of a modern measurement and evaluation software. As a matter of course, impressive records and the electronic documentation on company networks are also available.
- Maximum measuring accuracy
- Software package MarWin
- Future-proof
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The FRT MicroProf® Twist was especially designed for the
metrological measurement of cylindrical parts such as
axes, cam lobes, cylinder sleeves, bearing sleeves
(inside and outside), valve tappets, crankshafts, piston
rods and other similar samples. Measurement is auto-
matically performed using the combination of a high precision rotary axis and an additional linear axis.
The sensor is introduced to the part along the cylindrical
axis and then rotated for measurement. Since this measuring
system is capable of automated measurements, it can be easily
integrated for process control into your existing production lines.
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The HOMMEL shaftscan measuring machines have been specially designed for highly accurate and fast measurement of crank shafts and cam shafts. The machine concept offers an improved ergonomic handling with separate, height adjustable evaluation unit with high operating comfort. The unique reverse tension and clearance-free measuring system enables the measurement of fine waviness and therefore detects chattermarks. Both in the measuring room and in production the measuring machines reliably supply maximum possible repetitive accuracy, wear-free parts of lasting quality guarantee a long-term, profitable investment. With the graphically sophisticated Windows TURBO SHAFT software, programming times for new shafts can be reduced considerably. The clearly arranged result logs can be adapted individually.
Multi-talent for fast, high-precision measurement of crank shafts and cam shafts
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The flexible shaft measuring system MarShaft CNC inspects shafts automatically with highest precision directly in the production line.
- Automatic measuring process
- Highest flexibility due to nearly no change-over times
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HOMMEL TESTER C8000
The contour measurement system for demanding applications.
The exact measurement of workpiece contours demands high precision metrology in connection with an efficient evaluation software. The stationary contour measurement systems from HOMMEL-ETAMIC combine both requirements and therefore offer reliable measurement results with simple handling. Evaluations of distances, radii, angles or nominal/actual profile comparisons also takes place automatically if necessary and thus guarantee reproducible results without operator intervention. With the CNC option the whole measuring process runs fully automatically and requires much less time than a manual measurement sequence.
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The new generation of combined roughness and contour measurement systems. The MarSurf XCR 20 is ideal for combining contour and roughness depth evaluation. The roughness software and contour software each have their own user interface. MarSurf XCR 20 is Mahr's top surface measurement system and enables even semi-automated operating sequences such as measuring stand positioning (ST 750 CNC) to be performed with ease.
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Features:
- Simplest to use roundness gage on the market
- Touch Screen user interface
- No keyboard or mouse required
- Precise and fast measurement results
- Mobile due to its low weight and convenient size
- Fast workpiece alignment thanks to computer support
- Centering and tilting screws for rough and fine adjustment
- Suitable for use in workshop since no compressed air connection is required
- Encoders in X and Z feed position directly to the sw (MMQ 100 PLUS)
Application :
- Roundness (also in a sector)
- Flatness (out of one circle)
- Concentricity
- Coaxiality
- Radial run-out
- Axial run-out
- Circular parallelism of top and bottom faces
- Harmonic Analysis
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Features:
MMQ 400 can be used in all circumstances for comprehensive workpiece evaluation to DIN ISO 1101. High-precision Z and X measuring axes make it possible to perform any form measuring
task. There are versions of MarForm MMQ 400 for
- High-precision workpieces
- Unusually long workpieces
- Large and heavy workpieces
- Use in production environments or the precision inspection room
You can select between a variety of modules which can be used to customize the MarForm
MMQ 400 to your precise requirements:
- Motor-driven or manual centering and tilting table
- Vertical axis (Z) with measuring length of 500 mm/19.7 ' or 350 mm/13.8 "
- Horizontal axis (X) measuring axis with length of 180 mm/ 7.1 " or 280 mm/11.0 "
- With digital linear scales in X and Z axes
Description:
The MarForm MMQ 400 is available as a 'semiautomatic measuring station' with a manual centering and tilting table or as a 'fully automatic measuring station' which is conveniently fitted with a motor-driven centering and tilting table and the T7W probe. This makes it possible to test parts with high precision without operator intervention. The Marform MMQ 400 Formtester can be used in all applications for comprehensive workpiece evaluation to DIN ISO 1101.
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Inspection systems for surfaces in cylinder bores
- fast, reliable testing of fine-machined surfaces of cylinder bores
- can be used in development in the laboratory and in production
- evaluation of the complete surface by scan with a compact measuring probe
- enables a number of optical measurements at any position in the bore
- tactile testing of the surface roughness with all standard DIN and ISO parameters possible
- determination of honing angle, valley structure and radius of curvature
determination of the size of silicon crystals, blowholes and other flaws
- simple operation with only a few function keys
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Manual Type Vision Measuring Machine Quick Scope:
- Color CCD camera
- Auto-focus is provided (QS-L/AF)
- For detailed information, leaflet is available on request.
2-D Manual Type Vision Measuring Machine Quick Image:
- Field of view 32 x 24 mm Long depth of focus /-11 mm
- 1.3million pixel Digital camera & Digital zoom
- For detailed information, leaflet is available on request.
CNC Vision Measuring Machine Quick Scope:
- Program control zoom lens
- Color CCD camera
- For detailed information, leaflet is available on request.
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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 - 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 - 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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