Sumitomo’s AC9115T and AC9125T coated carbide grades feature optimized wear resistance and are well suited for turning titanium alloys. AC9115T is designed for general purpose machining and AC9125T for interrupted machining. 

Titanium alloys are widely used in the aircraft industry due to their light weight, high strength and excellent corrosion resistance, Sumitomo says. Their applications are also increasing in the medical industry due to its high biocompatibility.

The AC9115T and AC9125T grades feature Sumitomo’s physical vapor deposition (PVD) Absotech coating technology as well as what is said to be the industry’s first tungsten carbide (WC) based composition, which suppresses chemical reactions with titanium alloys and increases wear resistance. According to Sumimoto, the results have shown up to 75% reduction in friction coefficient, which supports long tool life in turning of titanium alloys.

Kaiser Tool Co. has expanded its Thinbit Mini Groove ‘N Turn line with Acme threading inserts. Mini Groove ‘N Turn Acme threading inserts are designed to cut thread sizes of six threads per inch and greater. The tools have geometry to cut standard 29-degree Acme thread profiles. The inserts can be used to cut centralizing or stub profiles by overcutting, and they can be used for internal Acme threads on parts with bore diameters of 0.325" and larger.

The inserts are available in submicron-grain carbide grades for ferrous and nonferrous materials either uncoated or with TiN, TiCN, TiAIN or diamond film coatings. Mini Groove ‘N Turn Acme threading inserts can be used on conventional, Swiss and CNC machines.

Toolholders are available in round shank size 1/4", 3/8", 1/2" and 5/8" in steel, heavy metal and carbide. Mini Groove ‘N Turn Acme threading inserts fit existing MGT series Thinbit toolholders.

Thinbit offers an extensive selection of 60 degree and Acme thread forms for both internal and external threading.

SMW Autoblok Group’s Manual Jack (MJ) connection kit for fast power-to-manual chuck conversion is designed to be easily retrofitted to new or existing machines without using costly hydraulic or pneumatic table connection prep. Manual Jack is an alternative to manual chucks on nonhydraulic or pneumatic machines, the company says.

The MJ connection kit is compatible with stationary milling machines, five-axis machines and mill-turn machines, making it well suited for multipallet systems that require versatility and efficiency.

The MJ stand-alone version is engineered for easy installation, enabling users to mount it directly on the machine table or on the pallet of their Flexible Manufacturing System (FMS). This version is not only economical but also compact and lightweight, enabling it to seamlessly integrate into existing setups without adding unnecessary bulk.

Additionally, SMW provides a MJC Cartridge version, which features the MJ mechanism housed in a cartridge. This cartridge can be partially or completely inserted into the machine pallet, tailored specifically by the machine manufacturer in a specially designed pallet. According to the company, the adaptability of the cartridge enables customization to meet the needs of various machine configurations.

Additional features include:

• Adapted to machining centers to manually operate a power chuck
• Well suited for five-axis mill-turn machines without air/oil feed
• Useful for palletized machines due to mechanical irreversible constant gripping force
• Well-suited alternative to a manual chuck with simple integration of power chucks
• Operate virtually any type of power chuck: 2/3/4 jaws, 2+2, 6 jaws, 2+2+2 and so on
• Use with sealed power chucks of the SMW Autoblok Proofline series
• No need for air/oil feeds, making it well suited for pallet changing systems
• Easily interchangeable among several machines
• Adaptable to the machine table/pallet with different centering and mounting threads patterns
• Operate chucks in both external and internal clamping.

Furthermore, the MJ connection kit provides manufacturers with a flexible, tailored solution to turn their power chuck requirements into manual use.

Emuge-Franken USA’s MultiTap NPT/NPTF pipe taps feature universal threading geometry for both job shops and production tapping. The taps feature a specialized, shortened projection length when compared to traditional ANSI standard taper taps, decreasing cycle time and increasing tool life, while meeting all industry standard requirements for gaging.

The MultiTAP line of NPT/ NPFT pipe taps provide an interrupted skip tooth thread profile that helps to reduce cutting forces and chip clogging. The taps feature a premium HSSE base tool substrate and a TiCN physical vapor deposition (PVD) coating to extend tool life. The pipe taps are designed with a C-style semibottoming chamfer length of two-to-three teeth, as well as an enhanced flute helix angle to meet the needs of NPT (righthand 35-degree helix) and NPTF (righthand 15-degree helix) thread profiles.

“We are pleased to offer energy manufacturers a versatile pipe tapping solution designed to meet and exceed even the most difficult applications for the oil, gas and petrochemical manufacturing sectors,” says Dylan Bowles, product director, Emuge-Franken USA. The taps are also well suited for food and dairy equipment, high-pressure pipe delivery systems, valves and fire suppression systems.

Walter has extended the range of its Walter FMT standard polycrystalline diamond (PCD) milling cutter line with the addition of the MP270, MP271 and MP470 tools. FMT is the designation referring to Walter’s PCD subsidiary Frezite Metal Tooling, which specializes in high-performance tooling for aluminum.

The MP270 is a high-performance ramping cutter for pocketing, the MP271 a  shoulder/slot milling cutter and the MP470 is a ballnose end mill for finish profiling. All three cutters feature a solid carbide shank.

The cutting tools with brazed PCD cutting edges are designed for milling operations that require a high-quality surface finish. The cutters are said to be suitable for machining nonferrous metals, such as aluminum, aluminum-silicon alloys, magnesium and magnesium-based alloys, as well as plastics and fiber-reinforced plastics (ISO N and other non-ISO material groups).

They can be used with emulsion, oil and minimum quantity lubrication (MQL). The targeted areas of use are the automotive industry, aerospace industry and general mechanical engineering. The high service life for these PCD cutters is primarily the result of Walter’s wear-resistant WDN20 grade.

According to Walter, potential benefits of the MP270, MP271 and MP470 cutters include cost-effective, precise milling, reduced cutting forces and minimal vibration tendency due to optimized geometries, and low cutting tool material costs because tool life is 20 to 200 times longer than carbide tools. The PCD tools can be reconditioned and/or reconfigured.

Other tools in the Walter FMT PCD milling cutter range include the MP060 face milling cutter with diameters from 40-125 mm, the MP160/MP170 shoulder milling cutters with diameters from 16-40 mm, with three or four cutting teeth and the MP260/MP270 routing cutters available in diameters from 4-20 mm the MP170 with three or four cutting teeth. The MP160 and MP260 are cylindrical shank, while the MP170 and MP270 are screw fit adaptations.

Sandvik Coromant’s CoroDrill DE10 is a second-generation exchangeable-tip drill engineered for high-volume drilling across all materials. The drill features a specialized geometry that is designed to deliver plug-and-play functionality and optimized performance, the company says.

CoroDrill DE10 provides advanced features that enhance versatility and operational ease, including a pretension clamping interface designed to enhance security. The solution enables quick tip changes, reliable, high-speed drilling and extended drill body life with more tips per tool. Its -M5 tip geometry is said to deliver solid performance across diverse materials and cutting conditions.

CoroDrill DE10 addresses several common drilling challenges, particularly for manufacturers tasked with producing large quantities of holes in a single operation. With high-feed capabilities, the company says the tool achieves optimized penetration rates, boosting productivity and lowering the cost per hole. In addition, both tool inventory and cycle times can be significantly reduced, as CoroDrill DE10 eliminates the need for a pilot hole to guide the drill into place.

CoroDrill DE10 integrates seamlessly into existing setups and is easy to use, while enhancing operational efficiency and performance. The drill is designed to streamline manufacturing processes to deliver consistent results with minimal downtime. It is well suited for high-volume holemaking applications across many industries, for typical components including heat exchanger plates, automotive components, shafts, pumps and valves and I- and H-beam drilling.

CoroDrill DE10 also enhances sustainability by enabling higher cutting parameters, faster metal removal and lower cutting forces, which reduces CO₂ emissions. Its durable design minimizes waste through predictable wear patterns and maximized tool longevity, further supporting responsible manufacturing goals.

For comprehensive tool data and optimized machining practices, CoroDrill DE10 is compatible with Sandvik Coromant’s CoroPlus Tool Guide, which is said to provide users with precise cutting data recommendations.

’s Chip Conveyor Kit for its 1500MX CNC mill is designed to enhance the functionality of the 1500MX by offering an easy-to-use, automated solution to maintain chip pan cleanliness and improve operational efficiency.

The Chip Conveyor Kit seamlessly slots into the flood coolant tank of the 1500MX, providing a hands-free chip removal system. Its programmable capabilities, managed via Tormach’s free and open source PathPilot control software, enable users to activate the conveyor with a manual button or through m-codes for timed operations. This ensures coolant drains back into the tank before chip removal for optimal performance and minimal waste.

The Chip Conveyor Kit offers several key benefits that enhance the efficiency and convenience of the 1500MX. By automatically removing chips, it prevents buildup in filter baskets to provide optimal coolant flow and reduce maintenance tasks. The system is designed to run on standard 220V household power, making it easy to integrate into a wide range of setups without requiring special electrical configurations.

Additionally, the kit’s programmable functionality enables users to set precise run durations to enable efficient separation of coolant from chips before disposal. This tailored approach to chip management not only reduces waste but also streamlines workflows and allows operators to focus on production rather than clean up.

HCLSoftware announces the release of CAMWorks for 3DExperience Solidworks with the release of HCL CAMWorks 2025. HCL CAMWorks is now seamlessly integrated with 3DExperience Solidworks, facilitating data management and cross-discipline collaboration in the cloud. Cloud-connected technologies enable companies to collaborate and combine expertise during new product development from several disciplines, including engineering, design and manufacturing.

CAMWorks for 3DExperience Solidworks is fully compatible with the CAMWorks and Solidworks CAM data from the Solidworks desktop version, so companies have the flexibility to coordinate CNC part programming across multiple platforms and share data between the new CAMWorks for 3DExperience Solidworks and the desktop versions of Solidworks CAM and CAMWorks.

HCL CAMWorks 2025 also includes several additional enhancements, including machine-aware programming, which has been extended to include machine components, collision detection and an option to pause on collision. Machine-aware programming provides the ability for CAM programmers to create a CNC setup and program a part on a digital twin of the CNC machine. By including a digital twin of the CNC machine in the process, HCLSoftware says CAM programmers are provided with instant graphic awareness of the machine’s table size, travel limits, rotational limits and available tooling to ensure the viability of the planned machining process.

According to the company, machine-aware programming enables the CNC machine to become an interactive part of the CNC programming process, meaning CNC programmers can identify potential issues earlier in the programming process, increasing productivity and improving part quality.

Other enhancements in HCL CAMWorks 2025 include bar break chamfers, additional tool options for automatic deburring and the ability to specify collets as a workholding device for turn and mill-turn machines.

Wintriss Controls Group’s Tracker hardware solution for its ShopFloorConnect overall equipment effectiveness (OEE) and production tracking software is designed to simplify and maximize data collection, while minimizing operator involvement. For capturing and tracking process parameters, users can choose from several preprogrammed digital inputs such as run/idle and counting, and analog inputs including temperature, pressure, voltage and electrical current. Run/idle or count data is particularly well suited for metal forming and fabricating operations. Inputs are viewable in different formats, depending on operator preference.

The Tracker device automatically collects important data without requiring job information or a downtime reason to be manually entered by the operator. For example, a fabricator installed Trackers on four air compressors using the run/idle digital inputs to get a signal when each compressor is running, and an analog input connected to a pressure transducer to measure air pressure. The duty cycle and pressure information provided by the Trackers through ShopFloorConnect supply the user with the data needed for modifying air usage to balance the load on the four compressors.

“Based on customer feedback seeking a reimagined, easy-to-use hardware solution for tracking a range of inputs, we developed the new device to enable unique machine data to be automatically sent to ShopFloorConnect software, ” says Keith Magnant, general manager, Wintriss Controls Group. The Tracker is WiFi-enabled and pre-programmed to be easily integrated into existing and new ShopFloorConnect installations on virtually any type of machine, the company says.

Zeiss Industrial Quality Solutions showcases its ATOS Q blue-light 3D scanner, a compact 3D scanner that acquires high-definition and precise, 3D scans of various objects ranging from small to medium-sized parts across diverse industries. It features interchangeable measuring lenses and a compact design for added portability.

The ATOS Q can be used throughout product development, quality control, near-line and in-line production to accurately obtain a digital twin of parts, components, assemblies, tooling and molds. The scanner can be used accelerate digitalization in diverse industries including medical, new energy vehicles/automotive, aerospace, power generation and electronics. Whether the object material is cast, metal formed or injection molded, the ATOS Q captures millions of accurate points through quick scans to create a high-definition file with intricate feature detail.

Designed for industrial use, the ATOS Q is engineered with 8 million or 12 million points per scan (PPS), a bright blue LED light equalizer and Triple Scan technology, reducing the number of individual scans needed and accelerating measurement time, even on complex parts. Its compact design makes it well suited for dimensional inspection, reverse engineering, rapid prototyping, CFD/finite element analysis (FEA), digital assembly and other manufacturing processes. It also features a fiber-optic connection to enable rapid data transmission, an intelligent self-monitoring calibration system and active temperature management.

The sensor can be configured with a tripod, industrial camera stand, desktop stand or fully automated with the Zeiss ScanCobot or Zeiss ScanBox Series 4 automated measurement cell options. It is also easily integrated with rotation tables or the tilt and swivel for semi-automated applications. Catering to various measurement requirements, it has five interchangeable measuring volumes from 100 × 70 mm² to 500 × 370 mm². The ATOS Q is designed to meet high metrological requirements and is supported by the latest Zeiss Inspect Optical 3D software.