DFT Tech

ZEISS- O-SELECT - Digital Measuring Projector 
Reliably measure at the push of a button:Thanks to fully automatic setting of both illumination and focus, measuring errors due to operator influence are eliminated. At the mere push of a button, ZEISS O-SELECT evaluates the characteristics and documents the results – also in a professional report if needed.The intelligent ZEISS O-SELECT digital measuring projector:In production environments, optical and contact coordinate measuring machines are increasingly replacing manual equipment such as goniometers, gauges and profile projectors. However, the influence of the operator with these manual tools must not be disregarded. With O-SELECT, ZEISS is reducing this influence to a minimum. Thanks to its high level of automation and ease of use, complex measurements can be completed quickly, traceably and reproducibly.
Serial measurement at the press of a button:Parts for which a measuring plan has already been generated can be tested with ZEISS O-SELECT at the press of a button. The system identifies the positioned part and loads the appropriate program automatically. The alignment is also automatic. ZEISS O-SELECT sets the optimal illumination and focuses automatically. This not only lightens the operator's workload, but also makes the measurement operator-independent and reproducible. If required, the reliable result is automatically output or printed in a report.
Fields of application:Whether it is used in the automotive, electronics or plastics processing industries, ZEISS O-SELECT provides precisely the simplicity and reliability needed in today's industrial environment. The digital measuring projector is particularly suitable for checking the dimensional accuracy of distances, radii or angles. Common test parts include punched and bending parts, or injection-molded and laser-cut workpieces.Automatically focused:Incorrect focusing may lead to measuring errors of several micrometers. In manual focusing an error is easily made, unnoticed by the operator. To eliminate this source of error, ZEISS O-SELECT automatically identifies the characteristics to be tested and sets the focal plane accordingly. In other words, operator errors are eliminated.
Automatically the best light:Optical measurement can only succeed if the illumination is right. To ensure that each characteristic is seen in the best possible light, ZEISS O-SELECT offers a variable illumination system. The illumination is set automatically to each characteristic, ruling out any possibility of operator error.ZEISS NEO select software:The ZEISS NEO select combines ZEISS metrology know-how with innovative, simple operation. Serial measurements are performed at the press of the button – regardless of the operator. Single measurements and measurement plans are no problem with ZEISS NEO select software: because it is so easy to understand, offers clear operator guidance and reduces his or her workload.
Measure directly in the image:Functions and information currently needed are just a mouse click away. Only what is actually required is displayed. – That is the basic idea behind ZEISS NEO select Software. For most measurements, you will never have to leave the main window. Instead of navigating through sub-menus, you measure directly in the image. The clear graphic and logical structure of the software enhances the simplicity of operation. And: the content of individual windows can be defined on an individual basis.Single measurements with Click & Pick:Even unknown parts for which no measurement plan has been generated can be measured quickly, easily and reliably with ZEISS O-SELECT. Using an automatically high-contrast and focused image, ZEISS NEO select software identifies possible features like circles and straight lines.

* Effective roughness measuring station* Effective contour measuring station* Effective contour measuring station with increased accuracy and automated probing force* Roughness and contour measuring station with two sensors* Roughness and contour measuring station with two sensors, increased accuracy and automated probing force* Roughness and contour measuring stations with one sensor - reference measuring machine with high resolution and a laser interferometer* CNC measuring station with high measuring and positioning speed* Resolution of up to 0.1 nm at a 6.4 µm range and 20 nm at a 1,000 µm range* Best-in-class residual noise (Rz 0) thanks to a low-vibration linear drive that is up to seven times faster* Future proof thanks to multi-sensor capability (optical and contact sensors)* Possible upgrade into a combined contour and surface measuring machine* Higher productivity thanks to fully automatic measurements using an optional CNC kit* Optional topography measurements (optical or contact)* Furniture solutions: space-saving DX variation suitable for production, solid, attractively-priced FX version with integrated active vibration damping or comprehensive SD desk furniture* Two different sizes of granite measuring table available* CNC measuring station with collision protection* Up to 7 times faster thanks to a magnetic, non-contact linear drive* Flexible and future-proof through subsequent add-ons (optical and contact sensors)* Higher productivity with fully automated measurements through optical positioning and rotary axes round off the CNC workstation* Optional topography measurements (optical or contact)* Optional swiveling tracer driver* Standard styli up to 529 mm – for measurements on deep features* Two different sizes of hard stone measuring table* Base: solid, attractively-priced and space-saving FX version with integrated vibration damping, a DX version suitable for production or comprehensive SD desk furniture* CNC contour measuring station with increased accuracy in the Z axis* Automatic probing force configuration in the range of 2 to 30 mm* Up to seven times faster thanks to the patented non-contact linear drive* Subsequent upgrades possible (optical and contact)* Higher productivity with fully automated measurements with optical positioning and rotary axes round off the CNC workstation* Optional topography measurements (optical or contact)* Optional swiveling tracer driver* Standard styli up to 529 mm – for measurements on deep features* Base: solid, space-saving and attractively-priced FX version with integrated, active vibration damping, a DX version suitable for production or comprehensive SD desk furniture* Granite measuring table available in different sizes* Combined roughness and contour measuring station with two sensors* Future proof thanks to multi-sensor capability (can be upgraded with optical and contact sensors at any time)* Resolution of the tracing driver: up to 0.016 µm* Up to 7 times faster thanks to a patented low-maintenance linear drive* Higher productivity through fully automated measurements* Optional positioning and rotation axes complete the CNC workstation* Optional topography measurements (optical or contact)* Two different sizes of measuring table made of granite* Base: solid and attractively-priced FX version with integrated, active vibration damping, a space-saving DX version suitable for production or comprehensive SD desk furniture* Combined roughness and contour measuring station with two sensors* Increased measuring accuracy in the Z axes and automated probing force

The flagship for contour and surface measuring technology from ZEISS features high resolution and a laser-interferometric measuring system. SURFCOM CREST is often used in calibration labs.
SURFCOM CREST:Precise, universal, dynamic – SURFCOM CREST is setting new standards in accuracy and speed. The machine measures surface parameters and contours in one measuring run and impresses with its extremely good ratio between the measuring range and the resolution of 42,000,000:1.This enables the SURFCOM CREST to measure the slightest surface roughness and contours across a very large range – all within a single measuring run. The SURFCOM CREST works in the Z axis using a laser interferometer as a measuring system, making it extremely precise. The measuring station features a linear drive, ensuring that it is significantly faster and with lower vibrations than measuring machines with traditional spindle drives. The swiveling linear X tracing driver also enables greater flexibility with slanted workpieces.
* Measure roughness and contour in a single run* Low measuring error in in the X direction: ± (0.2+L/1.000) µm; ± 0.4 µm at L=200 mm* Tracing driver straightness error: 0.05 + (3L/10,000) µm; 0.11 µm/200 mm* Measuring system (X axis): diffraction scale* Measuring system (Z axis): laser interferometer for excellent precision* Extremely good stylus system resolution: 0.31 nm/50 mm* More universal and exact thanks to the outstanding ratio of the measuring range to resolution: 42,000,000:1* High travel speed of up to 200 mm/s* 200 mm tracing driver with a patented, non-contact linear drive* Swiveling X tracing driver of approx. ± 45° offers greater flexibility* Long penetration depth for measuring deep workpiece components via a cylindrical stylus system* Optional topography measurement* Base: solid and attractively-priced FX version with integrated, active vibration damping that is suitable for production or a space-saving DX version

CARL ZEISS - SPECTRUM II CMM - Entry level

Key features 
Carl Zeiss RDS-C5 articulating probe holder with our XDT multi-point sensor or Renishaw TP20 touch-trigger. Measure angled features in difficult to reach locations. The articulating probe holder offers +/- 180 degrees of bi-directional rotation and permits indexing steps of 5 degrees reaching 5,184 angular positions for either sensor.SPECTRUM can also be configured with the XDT directly for general prismatic applications.CAA (Computer Aided Accuracy) ensures computer-aided error correction of the dynamic deformations of the machine technology.
Machine technology 
The granite machine table underscores the sturdy construction of this measuring machine.4-side air bearings from Carl Zeiss ensure more stability and measuring precision.The controller, software, sensors and additional components are ZEISS products and are optimally matched to each other.The computer-independent standard control panel permits manual control via the joystick at a measuring location away from the computer. Speed during CNC operation is controlled via the overdrive knob.

The Reference Machine in the Compact ClassCONTURA – the broad platform from ZEISS for flexible, reliable and uncompromising quality assurance. The latest generation is even more precise and offers a large package of optical sensors on top of a larger measuring range. Outstanding scanning technology, ZEISS CALYPSO reference software and a highly tuned overall concept enable ZEISS CONTURA to cement its place as the standard in its class
Sensor variations
ZEISS CONTURA comes with a fixed passive sensor, the flexible RDS articulating probe holder or with an active scanning probe. All sensor variations enable scanning. ZEISS navigator technology comes standard with the active version – for smooth measurements without a stop & go.
Robust and precise
Depending on the configuration, ceramic or CARAT guideways are used on ZEISS CONTURA for high rigidity, low thermal expansion and minimal moving weights. Air bearings in all three axes ensure consistent stability even at high travel speeds and acceleration. The floating glass ceramic scales on ZEISS CONTURA are practically expansionfree and therefore do not require any additional temperature sensors or mathematical compensation. They are suitable for the shop floor and are protected against contamination and other influences.

Computer-Aided Accuracy (CAA)
The bridge is subjected to dynamic forces that can affect accuracy, particularly while scanning. ZEISS CONTURA calculates the compensation for such inertia effects. This ensures that the required precision remains intact even at high measuring speeds.Convenient controlThe system is controlled via a userfriendly control panel and does not need a computer. The progressive joystick enables easier and more precise control of all axis movements. The speed can be regulated in CNC mode.
Options
* HTG (High Temperature Gradient) for a larger temperature range (18-26°C) with the same measuring uncertainty. Features temperature sensors for the workpiece and measuring machine. Available for x= 700/1,000 mm* Integrated sensor rack for maximum reproducibility without recalibration* QuickChange fast sensor change-out for active probes* ZEISS AirSaver for up to 60% less consumption of compressed air
Sensor variations
Direkt
The direkt sensor model is ideal for the measurement of small parts with perpendicular geometries without inclined features. Equipped with the ZEISS VAST XXT scanning sensor, ZEISS CONTURA direkt provides a particularly affordable means of entering the world of scanning technology from ZEISS for production and progress inspection of single processing stages. The alternative XDT single-point sensorcan be retrofitted on VAST XXT from ZEISS as needed. ZEISS CONTURA direkt is available up to a size of 10/16/6.
RDSCombined with the VAST XXT sensor from ZEISS, the flexible, RDS articulating probe holder enables the scanning of features in all angular positions. With a total of 20,736 positions at 2.5° increments, RDS can reach virtually any spatial angle. This is particularly advantageous for the measurement of complex parts, for which specific stylus configurations have to be created. Calibration times are kept to a minimum thanks to optimal calibration routines. RDS also enables the use of optical sensors from ZEISS on ZEISS CONTURA.
AktivZEISS CONTURA aktiv comes standard with navigator technology for fast scanning in one smooth run. It can be operated with the VAST XTR gold or VAST XT gold active scanning probes from ZEISS – and is particularly wellsuited for the measurement of deep and offset features with high throughput rates. Both sensors use the same receptacle. Existing measuring programs can be used following conversion. The QuickChange fast stylus change-out system is also an option.

ZEISS MMZ T - The fascinating combination of measuring range and precision
ZEISS MMZ T Bridge-Type CMM with Large Measuring Range:
With a measuring range of up to 14.8 m, the ZEISS MMZ T offers the largest measuring range from amongst the table bridge-type measuring machines. For example: it enables the highly precise measurement of large gears directly on the shop floor.
The open design enables easy loading with a crane. The design of the machine allows for workpieces weighing up to ten tons.

Safety for the operator and the machine:
* Kink protection on the ram to protect the sensor/operator* Optical ram protection to prevent downtimes following a collision* Safety position for the bridge to ensure safe loading of the coordinate measuring machine with large workpieces
Enlarged measuring performance: * Thermofit XL stylus extensions for measuring very deep boreholes (1,200mm)* Rotary tables installed in the base to optimally use the measuring range* Temperature compensation gradients for the axes to selectively capture temperature differences

Measure heavy workpieces efficiently:
* Possible to measure workpieces of up to ten tons without a loss of accuracy* Integrated vibration insulation to prevent the need to construct an expensive foundation* Bearing technology without compressed air to minimize operating costs
Robust and stable over the long term
* Insensitive to dusty and oily air* Resistant to rough environmental conditions for reduced demands on the measuring room* Large bearing clearances and a stable bridge design for exceptional scanning performance
Technical data summary of the ZEISS MMZ T Coordinate Measuring Machine:
Length measurement error = MPE_E150 = from 2.4 + L/400 UmSingle stylus probing error = MPE-PFTU = from 2.0 UScanning probing error = MPE_THP/tau = from 2.8 U / 62 sForm measuring error = MPE RONt = from 2.0 Um

ZEISS-O-INSPECT 543 - Multisensor Measuring Machines
* Measuring range [dm] 5/4/3
Large visual field, high image definition – zoom lens ZEISS DiscoveryZEISS Discovery.V12 comes from the ZEISS Microscopy division. Compared to standard lenses, it provides a 4x larger visual field and very good image definition also in the peripheral zones.The result: reduced measuring time and excellent accuracy.
More measured points, more information – scanning sensor ZEISS VAST XXTWith the ZEISS VAST XXT, O-INSPECT is equipped with a flexible, fast and highly precise contact sensor. This scanning sensor captures a considerable number of points in a single pass to enable informative statements on form and location. A speciality in this machine class. ZEISS O-INSPECT allows scans with probing forces in the millinewton range in areas where other multisensor measuring machines only permit single-point measurements with relatively high probing forces. This enables true 3D measurements of thin-walled parts.
Quickly and precisely. Seeing and understanding – with ZEISS CALYPSOTogether with ZEISS CALYPSO, ZEISS O-INSPECT opens up entirely new dimensions of visualization. You see the actual status, nominal display and deviations simultaneously, making it particularly easy to properly allocate and interpret the measuring results.  
Features:
* telecentric zoomlens Discovery* adaptive illumination system* scanning sensor VAST XXT* probing rack* calibration sphere
Options:
* white light distance sensor* rotary table* loading system with glass pallet and hole grid pallet* calibration pallet
Software:
* CALYPSO

* Measuring range [dm] 8/6/3
Large visual field, high image definition – zoom lens ZEISS Discovery:
ZEISS Discovery.V12 comes from the ZEISS Microscopy division. Compared to standard lenses, it provides a 4x larger visual field and very good image definition also in the peripheral zones.The result: reduced measuring time and excellent accuracy.
More measured points, more information – scanning sensor ZEISS VAST XXT:
With the ZEISS VAST XXT, O-INSPECT is equipped with a flexible, fast and highly precise contact sensor. This scanning sensor captures a considerable number of points in a single pass to enable informative statements on form and location. A speciality in this machine class. ZEISS O-INSPECT allows scans with probing forces in the millinewton range in areas where other multisensor measuring machines only permit single-point measurements with relatively high probing forces. This enables true 3D measurements of thin-walled parts.
Quickly and precisely. Seeing and understanding – with ZEISS CALYPSO:
Together with ZEISS CALYPSO, ZEISS O-INSPECT opens up entirely new dimensions of visualization. You see the actual status, nominal display and deviations simultaneously, making it particularly easy to properly allocate and interpret the measuring results.  
Features:
* telecentric zoomlens Discovery* adaptive illumination system* scanning sensor VAST XXT* probing rack* calibration sphere
Options:
* white light distance sensor* rotary table* loading system with glass pallet and hole grid pallet* calibration pallet
Software:
* CALYPSO

* The standard for a wide range of tasks

Exclusive features for a wide range
ZEISS CARMET is an economical, all-inclusive package that leaves nothing to be desired and offers ZEISS quality throughout.

Flush-floor access:With the flush-floor model, ZEISS CARMET offers free access from all sides. An onfloor version is available for use with an existing foundation.
Single measuring ranges [mm]
Type                  X Y Z40/16/25        4000    1600 250050/16/25        5000    1600 250060/16/25        6000    1600 250070/16/25        7000    1600 2500

Duplex measuring ranges [mm]
Type           X Y Z40/30/25         4000   3000 250050/30/25 5000 3000    250060/30/25 6000 3000    250070/30/25 7000 3000    2500
Precision and dynamics:The ZEISS CARMET Z column has a trapezoidal shape. A wide base providesstability and rigidity for maximum precision. The upward taper saves on weight, which benefits the dynamics. In this way ZEISS CARMET combines precision and dynamics in a superior design.
Linear guideways with ball chains:Linear guideways with ball chains ZEISS sets in all axes linear guides withball chains, which are characterized by high rigidity, smooth operation and lowmaintenance.
Integrated control:ZEISS CARMET is controlled by a moving control unit integrated in the measuring machine. This reduces the number of interfaces, speeds up the installation process, and reduces space requirements. The control unit housing also serves as a holder for the control panel.
Safety:The horizontal arm of the ZEISS CARMET is equipped with space-saving collision protection on both sides to protect people and material from injury and damage. The proven friction drives in the ZEISS machines that simply slip through when there is a blockage also contribute to safety.
Temperature stability:For all structurally relevant components, ZEISS consistently uses steel, which allows for even, controlled heat expansion. In addition, the Z column is also thermally insulated by F.I. technology. The result: The machine can be used in a broad temperature range from 16 to 24°C within the specified measuring error. Furthermore, the machine does not have to be cooled, and temperature compensation is not required. In addition, the light insulation cover can be removed quickly and easily for maintenance.
Options and accessories:On-floor machineWireless control panelSwiveling control unit with TFT monitor, keyboard, trackball and control panel holder for programming directly at the measuring point ZEISS FalconEye optical sensor system
length measurement error E0 :From 35 + L/50 < 80 [um] - At 16-24C

* Ultra-precision, high throughput and long-term stability.* Spindle form tester for heavy workpieces.* Spindle form tester for heavy workpieces with increased accuracy.Using granite for the base, columns and the R axis makes the machine durable and stable. The RONDCOM 65 B features an incremental glass scale in the R axial direction, and the thermal and vibration insulated table ensures excellent measuring stability. * Table is thermally insulated and actively insulated against vibrations, ensuring excellent measurement stability* Large deflection range of ± 1,000 µm and a high-resolution IMR sensor of 2 nanometers* IMR sensor with safety function in all orientations for maximum protection of the stylus* Incremental glass scale for highly accurate measurements in the R axial directionThe RONDCOM 65 B is a universal form tester for the analysis of roughness, cylinder form, perpendicularity, parallelism, straightness, flatness, coaxiality, concentricity, thickness error and radial runout. With a rotational error of just 10 nanometers, the RONDCOM 65 B is ideal for a wide range of precision parts with a maximum diameter of 420 mm and weighing up to 60 kg.RONDCOM 73 AThe working range of the RONDCOM 73 A is exactly where other form testers reach their limits. The form measuring station features excellent rotational accuracy and a substantial measuring range in spite of its compact design. Heavy workpieces also pose no problem for this precise spindle form tester. Comprehensive collision protection, fully automated alignment of the workpiece and automated CNC measuring runs set the RONDCOM 73 A apart. The ACCTee PRO software included offers an intuitive user interface and guides the user through the entire measuring process.* Higher throughput thanks to automated alignment and CNC runs* Excellent rotational accuracy with a large measuring range* Collision protection in all directions* Ideal for heavy workpieces* Safety device and automatic weight counterbalance of the R axis* Automatic measurement of different diameters without manually moving the sensor* Intuitive operation with ACCTee Pro* Granite construction ensures long-term stabilityThe RONDCOM 73 A is very flexible thanks to extensive accessories and fixture designs tailored to the customer's needs. The RONDCOM 73 A is ideal for measuring jobs such as cylinder heads, engine blocks, crankshafts and cam shafts, and for highly accurate measurements on heavy workpieces.
RONDCOM 76 A
The RONDCOM 76 A is a universal CNC form measuring station with outstanding rotational accuracy. The high travel speed of up to 100 mm/s in all axes (R, X, Y, Z) shortens the measuring time considerably while automated CNC measuring runs enable the excellent efficiency of the RONDCOM 76 A. On the RONDCOM 76 A, the machine bed and columns are made of high-quality granite which also ensures accuracy and stability. Accurate air bearings in the X, Y, Z and rotary axes make this spindle form tester extremely reliable and low-maintenance. Even heavy workpieces can be fed in without any friction or disruption because the RONDCOM 76 A features an integrated anti-vibration table with active damping.* Greatest possible rotational accuracy with excellent efficiency* Reduced measuring times through an extremely high travel speed* Outstanding cost effectiveness thanks to fully-automated CNC runs* Fully automatic control of the 7 axes and excellent straightness values in all axes* High-quality granite ensures long-term stability* Highly accurate air bearings in the X, Y, Z and and rotary axes* Comprehensive safety and collision-protection design* Ideal for heavy workpieces* Parallelism measurements via accurate and specified axes* Informative multi-flatness evaluation in the R axis* Precise diameter measurements* Easy to use and program using ACCTee PROFast CNC inspection plans via Teach-in or offline programming

* Greatest accuracy in its class.* Precision measurement for form and roughness in three axes.The high-precision RONDCOM NEX form tester offers a broad spectrum of applications and a rotational accuracy of 20 nanometers. The patented CNC offset stylus mount enables CNC-guided rotating and pivoting of the stylus and allows deep insertion and also measurement below the R axis. RONDCOM NEX additionally features an on-board R axis ceramic with high rigidity and reduced weight, allowing even more accurate measurement of large cone angles, diameters and straightness. The form tester has an extended centering range of ± 5 mm and a precise, wear-free rotary table on air bearings. Thanks to the improved design, the form tester is even more stable against air circulation. RONDCOM NEX is available with a different range of functions than the RONDCOM NEX 100 (manual machine), the RONDCOM NEX 200 (automatic part alignment) and the RONDCOM NEX 300 (full CNC) and is upgradable at any time.* Highest accuracy in its class with a broad spectrum of applications* Patented CNC offset stylus mount for CNC-guided rotating and pivoting of the stylus* Measurement of narrow tolerances also below the R axis* More accurate measurement via a CNC pivot around the measuring sphere* Large deflection range and high resolution of the detector and stylus system for higher throughput* Linear scale for exact measurements in the R axis direction* Ultra-accurate, wear-free rotary table on air bearings* Available as RONDCOM NEX 100 (manual machine), the RONDCOM NEX 200 (automatic part alignment) and the RONDCOM NEX 300 (full CNC)* Higher throughput through fast, fully automatic alignment for RONDCOM NEX 300* Available as a sturdy, space-saving and attractively-priced FX version with integrated, active vibration damping, as comprehensive SD desk furniture or as a DX version suitable for productionRONDCOM NEX evaluates form and position tolerances such as roundness, cylinder form, perpendicularity, parallelism, straightness, flatness, coaxiality, concentricity, thickness error and radial runout. With rotational error of just 20 nanometers, RONDCOM NEX is ideal for a wide range of precision parts that have a maximum diameter of 580 mm and weigh up to 30 kg.The RONDCOM NEX Rs form tester enables the precise measurement of roundness and roughness in the R, T and Z axes and features best-in-class rotational accuracy. The CNC-guided rotating and pivoting of the stylus allows automatic control of the surface measurement. The workpieces are measured without any influence of the R axis. The integrated ACCTee PRO software offers an intuitive user interface and guides the user through the entire measurement. RONDCOM NEX Rs is also upgradeable with a function for shaft structure or twist measurement. RONDCOM NEX Rs is available with a different range of functions than the RONDCOM NEX 100 (manual machine), the RONDCOM NEX 200 (automatic part alignment) and the RONDCOM NEX 300 (full CNC) and is upgradeable at any time.* Universal form tester for roundness and roughness with best-in-class rotational accuracy* CNC-guided rotating and pivoting of the stylus* Precise, wear-free rotary table on air bearings* The ACCTee PRO integrated evaluation software has a simple user interface.* Flatness measurement and measurement of the external diameter possible* Optional measurement of shaft structures and optional twist measurement* Available as a sturdy, space-saving and attractively-priced FX version with integrated, active vibration damping, as comprehensive SD desk furniture or as a DX version suitable for production  RONDCOM NEX Rs is a universal form tester for the analysis of roundness, roughness, cylinder form, perpendicularity, parallelism, straightness, flatness, coaxiality, concentricity, and thickness error. With rotational error of just 20 nanometers,

Zeiss - RONDCOM TOUCH - Form Testers and spindle 
Direct and uncomplicated measurement during the manufacturing process – thanks to its easy operation this is no problem for RONDCOM TOUCH. The form tester features a movable X axis, allowing it to reach workpieces from all sides without difficulty. Another key benefit is the rotary table on air bearings that achieves extremely high rotational accuracy thanks to its excellent rigidity. In addition, the non-contact travel ensures measurement results that are totally uninfluenced by drive vibrations. RONDCOM TOUCH also captures very narrow tolerances and the blue tooth function of the form tester allows simple and wireless printing of the measurement results. The compact design makes the standard R axis unnecessary. The ACCTee PRO software provides support in the semiautomatic alignment of the part. Just three touches of the touch screen suffice to receive a detailed measuring report. Alternatively, RONDCOM TOUCH can also be operated via a conventional desktop PC.
* Compact design – perfect for any workbench* Movable X axis* Precise results through highly accurate rotary table on air bearings* Faster thanks to patented semi-automatic alignment* Simple touchscreen operation (optional)* Wireless operation and printing via blue tooth or USB cable* Available with tablet or desktop PC* Ideal for measuring precision workpieces up to 15 kg
RONDCOM TOUCH is ideal for self-tests directly in production. Thanks to its compact design, the form tester is suitable for any workbench. The touchscreen operation is simple and intuitive.

ZEISS Xradia Context is a large field-of-view, non-destructive 3D X-ray micro-computed tomography system. With a robust stage and flexible software-controlled source/detector positioning, you can image large, heavy (25 kg), and tall samples in their full 3D context, as well as small samples with high resolution and detail.

ZEISS Xradia Context is a large field-of-view, non-destructive 3D X-ray micro-computed tomography system. With a robust stage and flexible software-controlled source/detector positioning, you can image large, heavy (25 kg), and tall samples in their full 3D context, as well as small samples with high resolution and detail.
* Obtain 3D data on entire intact electronic components, large raw materials samples, or biological specimens.* Perform non-destructive failure analysis to identify internal defects without cutting your sample or workpiece.* Characterize and quantify performance-defining heterogeneities in your materials, like porosity, cracks, inclusions, defects, or multiple phases.* Perform 4D evolutionary studies, through ex situ treatment or in situ sample manipulation.* Connect to the ZEISS correlative microscopy environment and perform nondestructive 3D imaging to identify regions of interest for subsequent high resolution 2D or 3D electron microscopy imaging.
Full context 3D imaging
A high pixel density detector (six megapixels) enables you to resolve fine details, in their full 3D context, even within relatively large imaging volumes. Or maximize geometric magnification with small samples to identify and characterize micron-scale structures with high contrast and clarity. Rapid sample mounting and alignment, a streamlined acquisition workflow, fast exposure times and data reconstruction, and an optional autoloader system make Xradia Context a high throughput workhorse to meet a wide range of 3D imaging and characterization needs.
Based on proven Xradia platform
Xradia Context is built on the time-tested and well-regarded Xradia technology, repeatedly proven in the field to provide consistent and reliable system stability, image quality, and usability. The user-friendly Scout-and-Scan control system provides you with an efficient workflow environment. Expand your system with Autoloader for automated handling and sequential scanning of up to 14 samples. Or perform 4D studies to measure changes in the microstructure of materials under varying conditions.
Convertible to X-ray microscopy (XRM)
As your imaging needs evolve, so should your instrument. Xradia Context now joins the ZEISS X-ray imaging portfolio, benefiting from ZEISS’s ongoing commitment to extend the capabilities and functionality of its systems in the field. And providing guaranteed investment protection, your Xradia Context microCT is the only microCT that can be converted at any time to a ZEISS Xradia 5XX Versa 3D X-ray microscope (XRM), the instrument that set a new standard in laboratory X-ray imaging with its high resolution at large working distance (RaaD) technology and advanced acquisition and contrast methods.
Fields of Application:
Materials Science, Engineering, Geoscience, and More:
Serve a variety of needs in your central or R&D lab today – materials science, engineering, geoscience, life science, and more – and be ready to expand your capabilities when your imaging needs develop. Xradia Context provides 3D imaging for applications in the fields of materials, life and geoscience research, raw materials characterization, and manufacturing and assembly failure analysis and quality control.