|
|
|
|
|
|
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
|
|
|
|
|
|
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
|
|
|
|
|
|
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
|
|
|
|
|
|
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
|
|
|
|
|
|
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
|
|
If you work for a company that
* creates or posts video and audio content
* distributes video or delivers it to the viewer at home
* designs or manufactures professional or consumer video equipment
* provides engineering support to any of the above
Tektronix can provide you with the most comprehensive range of test, measurement and monitoring tools for digital video/audio. Our solutions are designed to provide information, not just data, to help you protect video quality, prevent failure, and solve complex digital video problems quickly and efficiently.
Tektronix' See and Solve™ capabilities deliver precise, reliable information that can be counted on to preserve signal integrity as well as deliver industry leading quality.
|
|
|
RT - 100 optional Package that can be used for the calibration of Rotary Tables and the Rotary aces of blots some to 5 or 6 Aces. The operating field is of 360° with increments until 10 degrees. Precision 0,2 second of degree arc (0,06 millesimi). Automatic compensation for the assembly eccentricity. Portable Versione.economica and to motorized manual or automatic drive with servocontrol.
|
|
|
The Verimet U1000 System is a Modular Automatic Universal Instrument (MAUI) designed to perform gaging, nondestructive eddy current testing, and other real time measurement data acquisition operations. The U1000 replaces all the eddy current and gaging instruments previously sold by K. J. Law Engineers over the years with a single modular instrument system having all their capabilities and more. The U1000 can perform eddy current testing from ultra-high frequency flaw detection to low frequency hardness verification and case depth prediction. Its gaging capabilities process input from LVDTs and Air Circuits to perform difficult dynamic measurements, and includes advanced filtering and spindle-compensation capabilities. The U1000 was developed using the latest hardware and software standards to allow it to integrate with other devices and systems and to evolve with emerging standards.
|
|
Base MA 331ES
- Co-ordinate table MA 143-5, range 50 x 50 mm
- 2 digital micrometers Sylvac
- Zoom-optic MA 705-Z1 with CCD colour camera
- LED incident ringlight MA 114-029-14
- Measuring software Metric
|
|
i-Nexiv VMA-2520
The iNEXIV VMA-2520 is a new multi-sensor measuring system that’s lightweight and compact enough to be used in the factory on the bench top, with fast, fully automatic and high accuracy features that make it ideally suited for a wide variety of industrial measuring, inspection and quality control applications. The iNEXIV is designed to measure 3D workpieces, is touch probe ready, integrates the latest imaging processing software and incorporates a new 10x optical zoom system and Laser Auto Focus option.
|
|
|
|
|
|
Vision Engineering’s Falcon incorporates over 50 years of proven optical experience, in a high accuracy 3-axis non-contact video measuring system. Packed with technical innovations, Falcon delivers high accuracy measurement results in a compact footprint, yet is suitable for both shop-floor quality control and manufacturing inspection applications.
Falcon provides fast and accurate 3-axis measurement of both routine and complex precision component parts. From simple, single-feature operation to multi-point video edge detection measurements, Falcon combines amazing simplicity with high accuracy and repeatability.
The simplicity of Falcon allows consistent results to be obtained no matter how many operators use the system, so you can have complete confidence in your results.
The powerful and intuitive touch-screen video microprocessor is suitable for both multi-user shop-floor use and advanced manufacturing inspection applications.
A high precision NLEC-calibrated* measuring stage ensures accurate results in X & Y axes, with unique camera iris control and SLEC† calibration ensuring accuracy and repeatability of Z-axis results.
From the start, Falcon was designed to fit your budget without compromising quality. Expect to pay more for other comparable accuracy and specification systems.
|
|
| ... products without technical information |
| |
|
|
