Ametek Inc and Faro Technologies have entered into a definitive agreement under which Ametek will acquire all outstanding shares of Faro Technologies’ common stock for $44 per share in cash, which represents an approximate 40% premium to Faro’s closing price on 5 May 2025. The transaction values Faro at approximately $920m. The boards of directors of both companies have unanimously approved the transaction.

Founded in 1981 and headquartered in Lake Mary, Florida, Faro Technologies is a provider of 3D measurement and imaging solutions, including portable measurement arms, laser scanners and trackers, software solutions, and service offerings. Faro’s precision manufacturing and digital reality solutions serve a diverse range of end markets. The company has annual sales of approximately $340m.

“Faro is an outstanding acquisition for Ametek and an excellent strategic fit with our Ultra Precision Technologies division,” says David Zapico, Ametek chairman and CEO. “Faro’s differentiated 3D metrology and imaging solutions expand our presence in attractive growth markets. Its strong brand, global customer base, employees and technology capabilities complement our existing Creaform business and provide compelling opportunities for growth and margin expansion.”

Peter Lau, president, CEO and director of Faro Technologies adds: “With Ametek’s global scale, operational excellence and commitment to innovation, we’re well-positioned to accelerate our growth and continue delivering cutting-edge solutions to customers around the world.”

The transaction is subject to customary closing conditions, including applicable regulatory approvals. It is also subject to the approval of shareholders in Faro Technologies. The transaction is expected to complete in the second half of 2025.

More information www.ametek.com

At the annual Control 2025 exhibition in Stuttgart, Germany earlier this month, Italy-based ViciVision showcased the potential to combine confocal and touch probes in a single machine with its new Techno 914 series. This combination allows for dual non-contact and tactile measurement capabilities to meet a wide range of complex measurement demands.

The confocal system can perform fast, accurate, non-contact measurements of complex surfaces and hard-to-reach areas for splined shafts, while the touch probe supports shaped-defect measurements needs such as axial run-out, flatness, perpendicularity and keyway dimensions.

According to ViciVision, the result for users is efficiency, precision and seamless integration by providing multiple measurement modes within a single device. In turn, this enhanced efficiency and reliability optimises production workflows.

Through the strong combination of non-contact and contact measurement technologies, ViciVision says its Techno 914 series “redefines the possibilities of precision measurement”. Its multifunctional design not only enhances production efficiency but also significantly optimises quality control processes, making it an indispensable tool in modern industrial environments striving for excellence.

Notably, the machine is designed for use directly on the shop floor, allowing for immediate inspection and feedback on the production line. By enabling on-site measurements, the Techno 914 reduces downtime, eliminates bottlenecks and helps operators make adjustments before parts go out of tolerance, leading to fewer rejects. 

ViciVision’s Techno 914 is well-suited to measuring a variety of turned parts, including those used in the automotive, aerospace and medical industries. The machine features an ergonomic workpiece clamping lever for easy handling and a large open front for convenient loading and unloading.

More information www.vicivision.com

With increasing market demand and growing technological innovation, Jintongling Technology Group Co Ltd is facing new challenges: the wind turbine components it manufactures are becoming increasingly larger, and measurement requirements are becoming more complex. Existing measurement devices can no longer meet the demands for high precision and efficiency. A new measurement solution was therefore necessary to meet both current requirements and provide future expansion options.

For this reason, Jintongling decided to collaborate with Wenzel to upgrade its existing Wenzel LH Gantry CMM (built in 2015). The goal was to future-proof the existing system and meet increasing demand for precision and flexibility. Wenzel’s professional team conducted a comprehensive inspection of the original measuring system.

“We not only inspected the core components but also conducted a detailed performance evaluation to find the optimal solution for Jintongling,” reports a Wenzel engineer. After intensive technical co-ordination, a custom modernisation plan was developed. The main modification consisted of converting the original bridge-type CMM into a gantry-type CMM to ensure greater measurement accuracy and stability. Furthermore, the measuring range was expanded from the original 2 m to 2.5 m in the X axis, and from 1.5 m to 2.8 m in height. Thanks to underground construction, the load-bearing capacity also saw a significant increase – a decisive advantage for the large-format measurement requirements in the fluid power and wind power industries.

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In addition to the improved workpiece holding capacity and load capacity, the expanded inspection function is particularly noteworthy. The modernised CMM now also enables gear inspection, enabling Jintongling to measure large gearboxes for wind turbines with high precision.

“With this solution, we can not only meet the increasing demands of the market but also gain a competitive advantage,” says a Jintongling representative.

More information www.wenzel-group.com

Mitutoyo’s Formtracer Avant series now welcomes the FTA-H3000, a model that seamlessly integrates surface roughness and contour measurement into a single drive unit. This addition completes a robust line-up, which includes the FTA-S3000 for surface roughness, the FTA-C3000 and FTA-C4000 for contour analysis, and the FTA-D3000 and FTA-D4000 featuring dual drive units. With the Formtracer Avant series, Mitutoyo says it offers a versatile and comprehensive range to meet the demands of precision measurement. 

Traditionally, measuring surface roughness and contour required two separate devices or drive units. The FTA-H3000 enables both measurements in just one operation, reducing user error while maximising productivity.

One of the defining features of the FTA-H3000 is its Z1-axis measuring range of 16 mm, a 3.2-fold increase compared with the previous model. This enhancement allows the device to measure workpieces with large height differences effortlessly, offering versatility for diverse applications. Whether dealing with intricate components or larger structures, Mitutoyo says the FTA-H3000 enables precise, high-quality results.

Precision lies at the heart of the FTA-H3000. With a Z1 accuracy of (0.5+0.02H) µm and low straightness noise, users can have confidence in their measurement data, reports the company. The system is compliant with ISO21920 and other industry standards, ensuring reliable and consistent performance. Additionally, its stylus attachment and removal mechanism allows for interchangeability, offering a range of styli with different geometries to meet various measurement needs.

A key advantage of the FTA-H3000 is its retrofit capability, providing existing Avant customers with a simple and cost-effective upgrade path. The ‘hot-swap’ function enables users to replace their drive units quickly and easily using a tool-free rotary clamp system, ensuring minimal downtime and uninterrupted workflow.

More information www.mitutoyo.eu