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Checking - rolling - measuring machines with automatic or half automatic packing.
Main operations:
-Checking, rolling, measuring any type of cloth.
-Cloth inlet from small/big rolls and from folds.
-Cloth outlet on small/big rolls and on soft folds.
-Infinitely variable speed from 0 to 160 m/min. according to the type and the cloth to be rolled.
-Selvedge alignment of proportional photo-electric type.
-Innovative synchronisation systems of the driven cylinders allow rolling operation with constant tension of any type of cloth, needed compactness besides precise measuring.
-These machines are manufactured till max. working width of 4500 mm.
-You can add, on request, informatic control systems, fault detection, labelling, sewing unit, cutting machines, automatic elimination of second choice cloth without manual intervention of the operator, packing, etc.
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Low-cost rewinding and cutting machine for rolls of fabrics.
Used by wholesalers.
# Fabric width up to 1800mm
# Maximum roll diameter 300mm
# One person operation
# Optiona accurate length measurement system with digital readout
# Varispeed rewinding system
# Machine dimensions 2100x 1000x 950
# Power supply 230V, 50/60Hz, 0.3kW
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The TapTone 4000-DSC - Dual Sensor Compression (DSC) system is designed to inspect a wide variety of flexible containers for micro leaks. The design incorporates our patented dual sensor technology and high speed compression belts for improved accuracy and container handling. The system was designed for harsh, wet environments, like those found in the dairy industry. When combined with the optional X-ray sensor, the system can also perform fill level inspection.
X-ray Technology - measures the product fill level in steel, aluminum, glass, plastic and paper containers. An X-ray tube is used to produce a low-energy X-ray beam. The X-ray beam penetrates the side of the container in the area of the fill level. An X-ray detector is positioned on the opposite side of the container to measure the intensity of the beam after it goes through the container. The intensity of the beam is then compared to acceptable energy levels to determine the relative fill level of each container. The X-ray sensor is used to measure both overfilled and under filled products in all types of containers.
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AutoPoint DT is a fixtureless, gridless flying probe with a unique power-off impedance analysis measurement system. Excellent for Manufacturing Defect Analysis (MDA) testing and Field Return Failures.
Supplied as a Stand Alone System or integrated with the PinPoint II Advanced Diagnostic Test System System
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INSPECTION MACHINE
FRONT-REAR FOR TUBOLAR FABRICS
Mod. ISD 220
The inspection, winding machine, ISN NO STOP,
allows a check the quality of the front and the rear side of the fabric.
Thanks to the linear geometry and to a new system of drew-in of the fabric, the machine is able to check both the fabrics tubular that the fabrics in open, the new system of wrapping allows besides to wind the roll in hourly sense or ant-clockwise.
The machine is excellently for the verification of elastic fabrics to sweater and shuttle.
Besides, thanks to the management from PLC managed to inverter, and to the sensitive system of synchronization and the motorization of all the cylinders of transport fabric, the operator can modify in time real tension plotted and compactness roll.
Technical characteristics:
• Inlet fabric from Roll of plait
• Special draw-in of the fabric
• Double inclined inspection table with rear light
• Up light
• Auto-centring winding unit
• Winding of the roll in clockwise sense or ant-clockwise sense
• Adjustable compactness of the rolls
• Adjustable fabric tension
• ø500 mm diameter knitted fabric rolls
• 3÷60 m/min. speed control without step.
Optional:
• Digital weight measuring system
• Automatic linear cut
• Wood or special light
• Comatex software for store all the faults
• Barcode labelling for more type of error
• Mark-fault one or more fault
• Doubling system in 2 or 4
• Packing system
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- MS Side frames pointed with hardwearing stipple finish stowing enamel . This makes the finish permanent..
- -A cradle with tow M.S. side brackets and 6 rollers running on ball bearing to place the fabric roll. This arrangement allows tensionless unwinding of the fabric.
- Inspection table is laminated black/white, which enhances the defect identification procedure by making defects more easily visible to the operator.
- The angle of the table is changeable in order to allow the operator to select the right viewing angle. Also, mending of the fabric is easily possible due to this arrangement.
- Two overhead and two underneath tube lights are provided to optimize the lighting.
- Positive driven batch winding mounted on M.S. fabricated frames having two rubber strip coated rollers and batching roll guides. The fabric is wound on the batch roll by surface contact.
- A scroll rolls right after the inspection table opens the fabric roll.
- A bow bar is also provided to open the fabric right before the winding, which gives perfectly wound tight rolls.
- This winding arrangements winds rolls by 25% tighter than the traditional winding mechanisms.
- Measuring Counter is provided in front on the inspection table for easy viewing
- FORWARD/REVERSE/STOP push button controls mounted on inspection table on both sides.
- A special jogging (Inching) device is also provided.
- Soft start and instantaneous stoppage of fabric.
- MCB's to automatically stop the machine at the time overloading.
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MAXIknuckle™ ADR is a fully automated x-ray inspection system of different types of knuckles.
Robot takes the part from the tray and presents parts to vision system which
1. Identifies parts
2. Identifies orientation of part
3. Finds large visible defects
4. Finds short shots
5. Verifies serial number after getting serial number on print station
If not prevoisuly rejected (short shots etc.) robot places parts on X-ray rotating table in parts holder. After X-ray inspection, if parts are defective, label is attached to the parts either inside X-ray cabinet or outside on "Reject" station. The complete loading/unloading and visuall as well as x-ray evaluation is executed automatically and no human operator is involved.
Note:
This system is suitable for fully automatic inspection of any complex part. Different parts require design changes to the loading and unloading station.
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MAXIwheel™ Classic is Jacobsen's most popular wheel inspection solution. The system is designed for manual, semi or fully automatic inspection of cast light alloy wheels. If you're in the market for a robust, rugged, time tested wheel inspection system, Jacobsen's MAXIwheel™ Classic is your solution. The system is designed to provide maximum uptime under the most demanding conditions and provide trouble free operation for years. The system is modular, meaning it can be ordered according to your needs today, and upgraded to your requirements should they change.
System components are designed with reliability and servicability in mind. Because of our modular approach, when parts need to be replaced, they can be replaced quickly, in most cases with basic tools. Quick-connect connectors are used extensively to make part changes quick and painless. Even the heart of the system, the manipulator, can be removed from the cabinet to make major repairs easier.
The following video shows a typical inspection cycle. The manipulator speed has been decreased to show detail. In a typical inspection, a wheel enters the cabinet and is picked up by the manipulator. It is positioned in a preprogrammed position in the x-ray beam and is rotated 370°. The wheel is then moved to the next preprogrammed position. After all parts of the wheel have been examined, the manipulator returns the wheel to the conveyor and the wheel is transported out of the machine
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Through work with EPRI and various utilities, Foster-Miller has designed a specialty minimally invasive system for performing difficult visual inspections in gas turbines. Most gas turbine operators have used borescopes or videoscopes to inspect their equipment and are well aware of their limitations. Borescopes are too stiff to do a variety of inspection tasks, and videoscopes are too flimsy to be pushed very far into combustion cans or up rows of blading. Our custom-engineered tool overcomes these difficulties to provide access to the entire turbine from a few easily accessed ports, resulting in cost savings and reduced downtimes.
To perform a complete combustion system inspection, for example, conventional systems require a great deal of combustor disassembly, making them impractical. Our inspection system can be maneuvered throughout the entire combustion system through the easily accessed flame detector and spark plug ports.
From these access points, the tool can then be maneuvered up and down each combustion can from the fuel nozzles at one end to the first stage nozzles at the other end. The tool can go from can to can by using the cross-fire tubes connecting them. No other tool has the combination of stiffness and flexibility required.
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The double flank gear rolling inspection is an easy and quick inspection method for gears. The inspection process can be carried out on the shop floor. It immediately enables the user to evaluate gears with regard to the total errors caused in production.
The double flank gear rolling inspection is, if used with modern evaluation equipment such as a PC, hardware and software, a very efficient and quick way of ensuring quality without any problems.
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Next Dimension - ND300
Designed to maximize uptime and throughput, the ND300 gear measurement system includes:
- Intuitive, user-friendly navigation based on the Microsoft Windows® software platform, making it easy to use, reliable, customizable and easily upgraded
- The ability to measure a gear or related features in relation to functional datums and/or compare measurements to manufacturing datums thus eliminating the need for expensive tooling or fixtures
- A modular design approach to the hardware and software allowing for easy system upgrades and expansions
- The ability to compare output results in multiple gear standards simultaneously
- Complete user control over the format of the analysis reports generated - the user can choose to plot profile, helix, index, pitch, and tooth thickness along with standard analyzed parameters and accuracy class all on one page!
- True 3D measurements in an error-compensated work envelope produced by PECo’s proprietary data acquisition algorithms and Renishaw® 3D probe technology
- A 3-year warranty and world-class service and support
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Our multipoint measuring devices, measuring computers and measuring machines are used for measuring engine, gear and chassis components. With the HOMMEL GAUGELINE we offer our customers dimensional measuring methods which can be integrated individually in the production processes.
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Universal Gear Tester GMX 275, the accurate and fast solution for Gear analysis.The GMX 275 covers a wide range of applications for the gearing world up to 275 mm OD.
- High accuracy gear measurement with a Class 1 gear tester.
- Fast and effective through integrated Power PC technology
- Wide range of applications for gears and gear tools for guaranteed success.
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OTS 50 the industrial thickness meter for sheet glass and acrylic panes.
The OTS 50 is a sensor especially developed for measuring on transparent, parallel and highly reflective surfaces. Directly aimed at the glass industry for on-line control of the production of double glass units, DGU’s, also known as thermo windows.
The sensor is controlling thickness of the window units providing precision measurement of the thickness of one or more glass/acrylic panes. The measuring principle is based on total/direct reflection from one side of the object/window. The OTS 50 sensor is a very rugged and compact unit. All optical and electronic elements are contained in the sensor unit, this is a valuable quality for many industrial applications.
In addition to the competitive palette of ODS standard sensors and O2DS scanners, DSE design and customize special sensors to our customers needs. The OTS 50 is a good example of this appreciated DSE activity.
For further information please study the PDF/datasheet available at our website www.sensor.dk
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With highly demanding requirements to maintain glass thickness in the micron and sub-micron ranges for many applications, only the most accurate sensors will do. Using special laser lighting and image processing software to extract thickness information from the image of the laser beam as it passes through the glass, accurate measurements are achieved in real time, with sensors able to deliver instant data throughput.
Our Glass applications division works closely with System Integrators & Original Equipment Machine Suppliers to deliver the most effective solutions for their particular sensor vision needs.
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Grindometer acc. to Hegman, Model 232
A robust instrument for gauging the degree of fineness of grind of liquid dispersions of pigments in the range 0-15/25/50/100 ìm. The substance is filled into the wedgeshaped grooves and drawn down with a blade. Rippling occurs at the point where pigments particles are bigger than the depth of the groove measured in ìm.
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●Especially suitable for testing the thin workpieces
●I-E testing mode and E-E testing mode
●Sound velocity testing and single point calibration
●Sound alarm and differential mode are available
●Chinese/English, mm/inch are selectable
●Data store, view and delete
●Result can be print out and transfer to PC
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COMPACT HIGH RESOLUTION DIGITAL RADIOSCOPY SYSTEM.
- Real time high resolution digital radioscopy
- Dense material inspection thanks to large energy range
- Horizontal flat sample holder
- Motorized zoom axis
- Single image inspection of parts up to 24 cm long
- Very small footprint
- Ergonomic, fast and easy to use
Our equipements are customed-designed to best meet you needs.
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Designed to meet a wide range of rigorous needs of the electronics, automotive, telecom, medical devices, military and aerospace industries, the versatile Y.Cheetah offers unmatched high-level performance at previously unknown ease of operation. The comprehensive expertise acquired by Feinfocus - the pioneer of microfocus X-ray inspection technology with more than 2500 system installations worldwide - steered the development of the high-end versatile inspection solution, the Y.Cheetah. The result is a high performance X-ray solution that is easily adapted to continuously changing inspection needs. An unmatched manipulation concept supported by smart technological solutions for 1-click operation lead to ultimate system flexibility and highest quality imaging. The Y.Cheetah system is the most efficient solution for advanced yet effortless real-time microfocus inspection ranging from manual single part to automated series applications.
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The v|tome|x s is an ultra high-resolution CT system, equipped with a special image grabbing and processing software.
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Features:
» Handling of two LVDT transducers, for continuous and interrupted surfaces gauging.
» Compact size.
» Bench and built-in versions.
» Application customisation by the user through the set-up of:
- Gauging formulas;
- Arms ratio for self-learning;
- Metric or British measurement units.
» Analogue indicator for the continuous measurement
display, with x1 and x10 automatic scale change.
» Digital I/O, SINK or SOURCE type, for the connection to CNC/PLC.
» The operator's panel provided with sensitive waterproof sandwich keyboard allows:
- Setting the three gauging thresholds for the output contact;
- Setting the delay of cycle start input contact and zero quota output contact;
- Setting the zero correction value (offset);
- Selection of the reading of individual transducers for the mechanical manual zeroing;
- Measure electronic, manual and automatic zeroing.
» Memory and LEDs test performed at start-up.
Advantages:
» Accurate.
» Simply to configure and to programme.
» Can be integrated in any architecture both in a new machine or in an already operating machine.
» Comfortable to use.
» Tough and reliable.
» Affordable.
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Features:
Resolution: 0.1 µm
Linearity: +/- 1 µm (Diameter)
Linearity: +/- 0.5 µm (Position)
Standard gauge fingers for measure of diameters from 5 mm to 90 mm.
Watertight.
Measure of smooth or interrupted surfaces.
Gauge slides driven by air or oil.
Fine adjustment on slide.
Wearproof fulcrums.
Advantages:
Accurate.
Sturdy, suitable for installation on grinders.
Fits pre-, in-, and post-process applications.
Quick set-up and retooling.
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Features:
Overall dimension: 20x40x76 mm.
Measuring range: up to 12,5 mm
Repeatability: < 0,05 µm.
Connection to the electronics through cables long up to 30 m
Memory chip for process optimization.
Pneumatic recoil.
Quick manual retooling of the fingers.
Wide range of fixed or manually adjustable supports.
Fingers available with breakaway pin.
Advantages:
COMPATIBILITY
Fits all measurement applications related to:
- diameter
- position
on new or operating machines
No limits of installation due to the loss of the signal.
ACCURACY
Within the measuring range:
- sub micron, through automatic calibration on the master for every measure.
- micron, through automatic calibration on one master only for all measures.
PRODUCTIVITY
No manual retooling within the measuring range.
Quick manual retooling for adjustment to a new family of pieces.
Prevention from machine breakdown due to accidental impacts.
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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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The IP321 combines conversion of Gerber data and the automatic recognition function for ease of programming. New data can be created easily and rapidly as compared with manual input.
The IP321 supports lead-free solder inspection and analyzes placement quality - it's optimally efficient.
Features & Benefits
Real time 100% inspection at in-line speeds
High resolution of up to 10 µm enables inspection of printed solder with a 0.4mm pitch
Handles solder-paste printing inspection for a wide variety of components
In-process control, including real-time monitoring
Easy operation & 3D Color Display
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AM413ZT - Dino-Lite PRO (Polarizer)
The handheld digital microscope AM413ZT is a product extended from
handheld digital microscope AM413T by adding rotatable polarizer filter.
Simply by rotating the polarizer filter, the handheld digital microscope
AM413ZT could amazingly decrease the reflection glare to almost any extent, and could thus help the user see through the surface of fully or partially transparent materials, such as jewerly, skin, glass, and plastic, or see clearly the high reflectivity materials, such as metal or soldering. The handheld digital microscope AM413ZT could be very userful in some application including PCB, printing, machining, textile, jewerly, or skin care etc.
Product Features:
*Resolution: 1.3M pixels
*Adjustable magnification: 10x~50x, 200x
*Built-in 8 white-light LED illumination (software switchable)
*MicroTouch snapshot
*Frame rate: up to 30fps
*Interface: High speed USB image transmission (PC)
*Dimension:10cm (Height) *3.2CM (R)
*Software: DinoCapture
*With measurement & calibration capabilities
Support Operation System: Windows Vista, XP Professional x64 Edition, XP, 2000, or Windows Server 2003
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GOLD MCXI700
Inverted Metallurgical Microscope
Inverted microscopes are used for inspection, analysis and testing of microstructure of materials. The special design is necessary for observing large and heavy objects, e.g. metallurgical or electronic parts which are integrated in a compact body without special and expensive sample preparation.
OPTICS:
Objectives: MET ICO PLAN 5x/0.12, 10x/0.25, 20x/0.40, 50x/0.75; Eyepieces: EWF 10x/22 high eyepoint
MECHANICS
Body: stable, sturdy base, 360 x 280 mm; Head: ERGO head with variable inclination from 5° to 35°; Nosepiece: Quintuple ball-bearing nose-piece; Stage: Plain stage with glass insert plate; Illumination: 6V30W halogen for 100 - 240V / 50 - 60 Hz
OPTIONS
Photo/video port for ERGO head, binocular or trinocular head, objective MET ICO PLAN 100x/0.9, WD 0.7 mm, various eyepieces, attachable mechanical stage, auxiliary stages, photo/video adapters, digital cameras, aluminium carrying case
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Mantis Compact excels in the low magnification range for inspection or manipulation tasks where bench magnifiers have traditionally been used. Mantis Compact has a small footprint and low investment cost giving a superb price / performance ratio.
Patented optical technology allows operators freedom of head movement for superb ergonomics and hand-eye co-ordination, with the ability to wear glasses if required. Operators can increase productivity and improve quality, at an affordable price.
Mantis Compact offers: Superb hand-eye co-ordination for inspection and manipulation tasks; a choice of x4, x6 quick change objectives; Bright white, true colour, LED illumination providing over 10,000 hours of shadow-free viewing.
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The VDM-E/Z™ is available with two interchangeable optics options:
- Patented Extended Depth of Field (EDF) Objective with on-axis lighting
- Zoom Objective with fiber optic ringlight and add-on lenses
The system is complete with fiber optic lighting and is available with a number of options to enhance its versatility. When inspecting small parts from any angle, VDM is the effortless clear choice.
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MicroInspector II with microscope optic and big TFT
Inspection system for optical inspection with rigid endoscopes and microscope optics
The modular design allows all types of inspection using one system. This includes a sophisticated XYZ manipulator with a special object mount system, a MegaPixel camera set-up and an innovative Xenon lamp illumination system. One system provides both overviews and microendoscopic details.
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Inspection machines: NDT, Visual inspection, ...
