Werth Messtechnik

High-precision multi-sensor coordinate measuring machines, optical measurement systems, and industrial computed tomography scanners from Werth Messtechnik for quality control.

Werth TomoScope industrial computed tomography coordinate measuring machines

Industrial computed tomography systems from Werth in the TomoScope XS, S, L, and XL lines provide non-destructive 3D inspection for internal and external workpiece geometries. These metrology stations feature microfocus X-ray tubes and digital flat detectors for dense volumetric capture.

Microfocus X-ray sources with tube voltages of 130, 160, 225, and 300 kV for dense materials
High-precision rotary table guided by aerostatic bearings for stable full-circle tomography
Digital flat panel detector arrays designed for high-resolution volumetric 3D reconstruction
Selection of replacement X-ray tubes, sensors, radiation panels, and filters via nameplate

Werth VideoCheck multi-sensor coordinate measuring machines

Laboratory multi-sensor coordinate measuring machines in the Werth VideoCheck S, FB, HA, and UA lines combine precision optics, laser probes, and micro-styluses on solid granite beds. Aerostatic air bearings ensure submicron measurement uncertainty during demanding metrology cycles.

Fixed-bridge and portal granite structures equipped with precision aerostatic air bearings
Optical zoom processing system with multi-sector programmable illumination for crisp edges
Seamless integration of optical, laser, and tactile measuring probes in a single run
Selection of replacement servo drives, optical linear scales, lenses, and pads via nameplate

Werth ScopeCheck shopfloor multi-sensor coordinate measuring machines

Coordinate measuring machines in the Werth ScopeCheck S, FB, MB, and V lines are engineered for continuous dimensional control directly on production shop floors. Enclosed mechanical guides and real-time thermal compensation preserve measurement accuracy amid shop temperature shifts.

Integrated multi-sensor thermal compensation monitoring machine axes and workpiece temperature
Protected slideways and enclosed covers designed for demanding manufacturing environments
Rapid dimensional verification of precision stamped, milled, and turned production workpieces
Selection of replacement protective bellows, thermal probes, controller cards via nameplate

Werth optical, laser, and chromatic confocal sensor systems

Non-contact measuring sensors from Werth Metrology include the Werth Laser Probe WLP, chromatic focus point sensor CFP, chromatic line sensor CFL, and nano focus probe NFP. These optical instruments deliver high-speed surface scanning without damaging delicate or reflective layers.

Werth Laser Probe WLP engineered for high-speed non-contact 3D surface profile digitizing
Chromatic confocal CFP and CFL sensors optimized for transparent, glossy, and steep surfaces
Interferometer probe WIP and nano focus NFP instruments for microtopography evaluation
Selection of replacement sensor heads, optical fiber lines, lenses, and modules via code

Werth tactile micro-probes and continuous scanning stylus heads

Tactile coordinate measuring sensors from Werth incorporate the patented Werth Fiber Probe WFP with spheres down to 20 microns, contour probe WCP, and continuous scanning heads. These probing devices enable dependable physical verification inside deep micro-holes and tiny bores.

Patented Werth Fiber Probe WFP engineered for micro-holes, fuel injectors, and tiny nozzles
Werth Contour Probe WCP designed for high-resolution 2D surface form and contour scanning
Scanning probe heads including SP25M and SP80 alongside sensitive TP200 touch-trigger units
Selection of replacement stylus shafts, ruby balls, extensions, and adapters via part code

WinWerth universal 3D CAD measurement software and analysis modules

Universal measurement software WinWerth coordinates all sensor technologies on Werth machines: optical optics, tactile styluses, and computed tomography volume arrays. The software provides direct CAD-to-part nominal comparison, 3D color mapping, and standardized geometric reporting.

Unified operator interface controlling optical, laser, tactile, and CT volumetric probes
Native CAD import for STEP, IGES, CATIA, and NX with automated nominal-to-actual alignment
Advanced analysis packages for material void detection, wall thickness, and crack evaluation
Selection of software maintenance updates, specialized add-on modules, and interface keys

Kinematics and radiation shielding of TomoScope CT measuring systems

Werth TomoScope coordinate measuring machines combine a microfocus X-ray source operating from 130 to 300 kV with ultra-precision mechanics on a solid granite base.

The high-precision rotary table incorporates aerostatic air bearings that maintain radial and axial runout below 0.1 microns during full-circle workpiece inspection.

An integrated lead-shielded enclosure completely absorbs scattered ionizing radiation in strict accordance with international safety regulations, eliminating any requirement for external bunker construction.

High-resolution digital flat panel detectors convert X-ray shadow projections into dense volumetric voxel arrays, allowing submicron dimensional inspection across composite parts.

Granite base design and aerostatic air bearings of VideoCheck machines

Multi-sensor coordinate measuring systems in the Werth VideoCheck portal and fixed-bridge lines rely on solid granite guide structures offering exceptional thermal stability.

Axis carriages travel on frictionless aerostatic air bearings supplied with dry filtered compressed air at working pressures between 4.5 and 6.0 bar. Eliminating mechanical friction prevents stick-slip phenomena and guarantees long-term datum repeatability.

Positioning feedback relies on photoelectric linear glass scales offering a resolution of 0.05 microns. The Werth BV optical video sensor integrates motorized zoom optics and programmable multi-sector LED illumination, creating high-contrast edge gradients under diverse illumination angles.

Multi-zone dynamic thermal compensation on ScopeCheck shopfloor CMMs

Werth ScopeCheck coordinate measuring machines are built for direct deployment within manufacturing cells and machining workshops.

To counteract ambient workshop temperature fluctuations, the machine employs a distributed network of PT100 temperature sensors mounted along mechanical slideways, optical scales, and the inspected part.

Controller mathematical algorithms apply real-time linear thermal expansion adjustments across each coordinate axis.

Fully enclosed sheet metal covers and impermeable bellows prevent metal chips and coolant aerosols from penetrating precision guideways, ensuring reliable dimensional tolerances on turned and milled components.

Alignment and calibration of Werth WLP and CFP optical sensor heads

The Werth multi-sensor architecture requires precise spatial coordination of optical and tactile probing channels within a unified coordinate system. The Werth Laser Probe WLP triangulation sensor and the chromatic focus point sensor CFP mount onto a dedicated Z-axis adapter.

Sensor alignment and focal datum calibration run automatically using a calibrated reference sphere and optical mirror artifact.

During calibration, WinWerth software calculates the 3D offset transformation matrix between the video optical axis and the focused laser beam, seamlessly uniting high-speed optical edge finding with high-density laser surface height profiling on steep freeform surfaces.

Werth Fiber Probe micro-stylus technology and scanning probe systems

For tactile verification of tiny micro-holes down to 40 microns in diameter, the patented Werth Fiber Probe WFP utilizes a silica glass micro-sphere mounted on an elastic optical fiber.

Probing deflection is tracked through the machine video camera by monitoring light reflection, reducing probing forces to micro-newton levels and protecting thin-walled geometries from plastic deformation.

Deeper cylindrical bores and internal grooves are scanned using Renishaw SP25M and SP80 analog scanning probes.

Preventive maintenance includes checking kinematic suspension spring tension, verifying stylus shaft straightness, and cleaning magnetic kinematic mounting joints to maintain micron-level repeatability.

Quality inspection procedures and ISO 10360 machine reverification

Technical metrology verification for Werth coordinate measuring machines follows standardized ISO 10360-2 and ISO 10360-5 testing protocols to confirm length measurement error MPEE and volumetric accuracy.

Calibration routines employ calibrated step gauges, gauge blocks, and precision reference spheres distributed across the entire working volume. Specialized WinWerth compensation tables correct residual geometric Abbe errors, pitch, yaw, and axis perpendicularity offsets.

Comprehensive service documentation includes traceable inspection records and diagnostic verification protocols, providing complete measurement traceability for aerospace, automotive, and medical device manufacturing.

Werth Messtechnik and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Werth Messtechnik and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.