RENISHAW Powerheads
Motorized heads allow for repetitive, automated reorientation of measurement probes to enable access to entities on all component faces, increasing CMM capacity and maximizing measurement productivity.
Renishaw PH10T PLUS
The PH10T PLUS head is similar to the PH10M PLUS, but utilizes an M8 threaded probe mount. This mount allows you to attach M8 probes, such as TP20 and TP200. It also accepts extension bars easily. The PH10T PLUS is compatible with all Renishaw probes and module exchange systems. Thus, it offers a versatile and precise solution. It is efficient for various measurement applications, ensuring reliable results and adaptability in different industrial contexts.
Renishaw PH10M PLUS
The PH10M PLUS motorised probe head offers a highly versatile solution for measurements on CMM machines, allowing automatic probe positioning in 720 different orientations. Compatible with a wide range of probes and extensions, including the SP25M, the PH10M PLUS allows quick probe changes without the need for recalibration, increasing efficiency in measurement processes. With its highly repeatable articulation, this system guarantees precision and flexibility for inspection applications in demanding industrial environments.
Renishaw PH10MQ PLUS
Motorized probe head that allows automatic positioning of the probe in 720 different orientations, in 7.5° increments. Mounted directly on the machine shaft, it offers a more compact and rigid mounting. Compatible with a wide range of probes, including TP7M and SP25M, it allows for quick probe changes without the need for recalibration, increasing efficiency in measurement processes. Ideal for demanding industrial applications, the PH10MQ PLUS ensures accuracy and flexibility.
Renishaw PH10M-iQ PLUS
The PH10MQ PLUS system is a variant of the PH10M PLUS that allows the motorised probe head to be attached directly to the bracket, with the probe head's B axis integrated into the bracket itself. This configuration provides a shorter and more precise probe mount, where only the A axis protrudes from the bracket, guaranteeing greater stability and precision during the measurement process.
Renishaw RTP20
The Renishaw RTP20 is an automated probe head that allows you to position the TP20 probe in 168 different orientations, in 15-degree increments. This system improves productivity by eliminating the need for constant requalification, allowing for quick module changes. Plus, it offers flexibility with extensions that increase reach up to 168mm. Collision protection is ensured by the TP20 modules, which have overtravel in all directions and magnetic mounting. Ideal for accurate and efficient inspections in demanding industrial environments.
Renishaw PH20
The Renishaw PH20 is a dynamic measuring probe head that allows automatic positioning of the probe in 720 different orientations using five-axis touch technology. Compatible with a wide range of probes and extensions, including the SP25M, the PH20 allows for quick probe change without the need for recalibration, increasing efficiency in measurement processes. With its high repeatability articulation, this system ensures accuracy and flexibility for inspection applications in demanding industrial environments.
Renishaw REVO
The Renishaw REVO is a five-axis measuring system that enables automatic positioning of the probe in multiple orientations using continuous scanning technology. Compatible with a wide range of probes and extensions, including the RSP2 and RSP3, the REVO allows for quick probe change without the need for recalibration, increasing efficiency in measurement processes. With its high repeatability articulation, this system ensures accuracy and flexibility for inspection applications in demanding industrial environments.
RENISHAW Probes
RENISHAW measuring probes meet the most varied measurement challenges: from point-to-point contact to continuous contact.
Renishaw TP20
The TP20 is a high-precision modular touch probe used in coordinate measuring machines (CMM). It offers flexibility by quickly changing modules without the need for recalibration. Compatible with a wide range of probe modules, it enables efficient and precise measurements in a variety of industrial applications. Thanks to its repeatability and ability to adapt to different types of probes, the TP20 is ideal for inspecting parts with various configurations and complex geometries, guaranteeing consistent results.
Renishaw TP200
The TP200 is an advanced touch probe, with strain gauge transducer technology, that offers high accuracy and repeatability in measurements. Ideal for coordinate measuring machine (CMM) applications, it allows automatic exchange of probe modules without the need for recalibration, increasing efficiency in inspection processes. With modules of different touch forces, the TP200 adapts to a wide range of industrial applications, ensuring reliable measurements on parts with complex geometries and diverse materials.
Renishaw SP25M
The SP25M is the world's most compact and versatile continuous measuring probe, with a diameter of just 25 mm. It offers two sensors in a single system: one for scanning and one for contact measurement, and is compatible with various M3 modules and probes with lengths between 20 and 400 mm. The system easily adapts to PH10M PLUS, PH10MQ PLUS and PH6M heads, allowing precise access to workpiece characteristics. Ideal for complex profiles, the SP25M ensures reliable measurements in industrial applications.
Renishaw SP600
The SP600 is a high-precision digitising probe, ideal for continuous measurements on complex surfaces. With a high repeatability, it offers precise measurement of shapes and profiles through three models: SP600, SP600M and SP600Q, adapting to various CMM system configurations. Compatible with a wide range of measuring probes and with automatic module exchange. The SP600 is the ideal choice for metrological inspections in demanding industrial environments, guaranteeing reliability and efficiency in high-quality measurements.
Measuring Tips
NM3DIbérica is a RENISHAW distributor of tips for a wide range of applications and measurement challenges.
Renishaw Tips
Click below to access the full catalogue of Renishaw Tips.
Other Accessories
CMM Fixture Kit
Metrology Works CMM attachment kits are designed to improve the efficiency and accuracy of inspections on coordinate measuring machines (CMM). These kits include a variety of clamping plates and modular components that allow for quick and safe assembly of parts of different sizes and shapes. With a repeatable clamping system, the kits ensure the consistency and reproducibility of measurements, eliminating variations in the inspection process. Ideal for demanding industrial applications, Metrology Works fixture kits are a versatile and reliable solution for optimizing measurement processes.
Fixing Plates
Designed to offer modular and flexible clamping options for coordinate measuring machines (CMM). These plates have M8x1.25 threads and can be connected to each other using junction plates. They are hard-coated anodized for durability and have XLF coating to reduce friction. The precision of the finish and the flatness are guaranteed by the grinding process. The plates can be firmly attached to the mounting surface using retaining plates (not included).
Stylicleaner SC1
Automated probe probe cleaning device designed to ensure accurate and reliable measurements. This system is compatible with probes up to 8 mm in diameter and a minimum length of 20 mm. The cleaning process is quick and efficient, taking less than 30 seconds to complete. During cleaning, the SC1 uses compressed air and cleaning liquid to remove contaminants, followed by air drying, ensuring that the probe is completely dry after cleaning. Ideal for demanding industrial environments, the StyliCleaner SC1 improves efficiency and reduces the need for frequent recalibrations.
Stylicleaner SC2
Automated device for cleaning probe probes, especially useful for star probes. This system has two cleaning positions and is compatible with probes up to 6 mm in diameter and a minimum length of 20 mm. The cleaning process is quick and efficient, using compressed air and cleaning liquid to remove contaminants, followed by an air dry. Ideal for industrial environments, the StyliCleaner SC2 ensures accurate measurements and reduces the need for frequent recalibrations.
Stylicleaner SC5
Automated device for cleaning probe probes, especially useful for star probes. This system has five cleaning positions and is compatible with probes with a minimum diameter of 6 mm and a minimum length of 20 mm. The cleaning process is quick and efficient, using compressed air and cleaning liquid to remove contaminants, followed by an air dry. Ideal for industrial environments, the StyliCleaner SC5 ensures accurate measurements and reduces the need for frequent recalibrations.
LK TSR Storage Rack
Robust and efficient system for tool storage. Made of powder-coated steel, this rack offers durability and security. With several adjustable shelves and rear safety panels, it allows for the organization and safe storage of tools and accessories of different sizes. Available in mobile versions with swivel castors or as a wall-mounted system, the LK TSR is a versatile solution for optimizing space and functionality in industrial environments.
LK SSR Storage Rack
Robust and efficient storage system, ideal for organizing tools in industrial environments. Made of high-quality steel, this rack offers durability and safety. With several adjustable shelves, it allows the organization of tools of different sizes and shapes. Available in mobile versions with swivel castors or as a fixed system, the LK SSR is a versatile solution for optimising space and functionality in the workplace.
LK MSR Storage Rack
Robust and efficient storage system, ideal for organizing tools and components in industrial environments. Made of powder-coated steel, this rack offers durability and security. With several adjustable shelves and swivel castors, it allows for flexible organization of tools of different sizes and shapes. The LK MSR is a versatile solution for optimizing space and functionality in the workplace, ensuring that all tools are always accessible and well-organized.
LK Verification Meter
Precision verification device for coordinate measuring machines (CMM). This system allows independent verification of inspection accuracy through regular intermediate checks. With UKAS-certified length and shape artifacts, the LK Checking Gauge ensures that measurements taken on 3D platforms are accurate and consistent. Ideal for monitoring and ensuring dimensional quality, this device is essential for industrial environments that require high accuracy and reliability.
Witte Alufix
Witte clamping systems offer optimized flexibility in the measurement of components, allowing precise and efficient adjustments. In addition, they maximize the use of space in your CMM, ensuring a more effective organization and a more agile workflow.
Alufix Classic Basic Sets
High-precision clamping assemblies, designed to suit different applications, include a variety of adaptable components. These systems ensure stability and accuracy during the measurement process, offering versatile solutions for various industrial needs.
New XS
Modular clamping system designed for optical measuring and verification instruments, providing flexibility and accuracy in configuration. Ideal for optimizing inspection processes, it ensures stability and adaptability for different types of equipment and industrial applications.
Fixinspect
They significantly simplify and speed up tactile and non-contact measurement processes, increasing efficiency and accuracy in industrial inspections.
Roughness System
Surfacer (SRP)
The Surfacer SRP is a fully automated surface roughness probe that integrates seamlessly with CMMs, enabling both dimensional and roughness measurements in a single setup. Compatible with Renishaw autojoint heads, it operates via Bluetooth® and supports automatic tool changes without requiring additional hardware or software.
Energy Saving Device
EcoAir
EcoAir is an energy-saving device that automatically reduces compressed air consumption on the CMM after a period of inactivity. With up to 95% reduction in air use when the machine is idle, it enhances energy efficiency and lowers operating costs without compromising precision.
