Aris Industries

Whether it comes to machining basic suspension brackets or processing complex engine parts, PRI attendees who visited booth 5601 discovered that Mazak has a diverse selection of machine tools ready to tackle any shop requirement. Applications engineers were available to meet with attendees and discuss ways to reduce cycle times, maintain part consistency and boost productivity in fast-paced environments.

During the show, Mazak ran real-world part-cutting demos on three of its latest machine tools. Representing different product lines, these models will showcase the different levels of manufacturing technology Mazak has available to the racing industry, from basic turning machines to advanced multi-tasking solutions.

Perfect for small shops, Mazak developed the compact QUICK TURN PRIMOS 100 S turning center with productivity and value in mind. Throughout the show, the machine will demonstrate how it effectively processes parts up to 7.09″ in diameter and 7.87″ long by way of a robust integral spindle/motor design, 8-position drum turret and user-friendly CNC with conversational and EIA/ISO programming.

Ideal for shops that want full 5-axis machining capabilities but require an affordable solution, the VCU-500A/5X vertical machining center can productively process complex parts up to 19.68″ in diameter and 12″ high. PRI attendees will see how the machine’s trunnion-style rotary/tilt table and new MAZATROL SmoothX CNC allow for the cost-effective production of shifter knobs.

Shops that produce gear-type parts will want to experience the highly advanced performance capabilities of the INTEGREX i-100ST Multi-Tasking machine. Mazak recently added a new Position Controlled Hobbing function to its MAZATROL SmoothX CNC that allows the machine to excel during hobbing and skiving operations. Furthermore, the machine brings high throughput to small, complex parts production by featuring two turning spindles, a milling spindle and a lower turret that allows shops to perform first and second machining operations simultaneously or handle sequential operations on a single workpiece.

Overall, Mazak has unmatched experience developing machines and applications that win races. For more than 20 years, the company has been a Penske Racing technology partner, providing the tools and training the organization needs to keep its parts manufacturing in-house.

To learn more about the technology and support resources Mazak provides to the racing and automotive industries, please visit:
MazakUSA.com

About Mazak Corporation:
Mazak Corporation is a leader in the design and manufacture of productive machine tool solutions. Committed to being a partner to customers with innovative technology, its world-class facility in Florence, Kentucky, produces over 100 models of turning centers, Multi-Tasking machines and vertical machining centers, including 5-axis models. Continuously investing in manufacturing technology allows the Kentucky iSMART Factory to be the most advanced and efficient in the industry, providing high-quality and reliable products through its “Production-On-Demand” practice. Mazak maintains eight Technology Centers across North America to provide local hands-on applications, service and sales support to customers.

For more information, please visit:
www.MazakUSA.com

Or contact:
859-342-1700

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Walter has unveiled the Walter BLAXX M3024 heptagon milling cutter, the latest entry in its line of high productivity milling tools. The M3024, in diameters from 1.5-6.0 in. (40-160 mm) boasts the line’s trademark wear-protected black tool body, plus indexable inserts with 14 cutting edges, which reduces tooling costs.

For increased productivity the inserts are formed of Walter’s advanced cutting tool material, Tiger·tec®Silver.

Tiger-tec Silver is available in two CVD coated grades (WKP25S, WKP35S) for the machining of steel and cast iron, and three PVD coated grades (WSM35S, WKK25S and WSP45S) for the machining of steel, stainless steel, cast iron and difficult to cut materials.

Further, the inserts are secured by Torx Plus screws, adding an extra level of stability, and thus process reliability. In addition, a screw-secured solid carbide shim provides optimum support and high feed per tooth, plus optimal contact in the pocket.

Along with a higher level of reliability and lower tooling costs, the new Walter BLAXX M3024 heptagon milling cutter boasts a high metal removal rate, even on low-performance machines, thanks to its positive cutting action. The M3024 comes in three geometries: The F27, the F57 and the F67, which optimize stability, universal application, and easy cutting action, respectively.

About Walter Tools:
Walter, a global leader in the metalworking industry with over 90 years of experience in precision cutting tools for milling, drilling, turning, boring and specialized tools, helps customers improve process reliability and increase productivity. With Regional Headquarters in Waukesha, WI, Walter markets its competence brands Walter Valenite, Walter Titex, Walter Prototyp and Walter Multiply through a strong network of distributors and field engineers across subsidiaries in the USA, Canada, Mexico, Brazil and Argentina.

For more information, please visit:
www.walter-tools.com/us

Or contact:
800.945.5554

Stay Connected:

Walter has unveiled the Walter BLAXX M3024 heptagon milling cutter, the latest entry in its line of high productivity milling tools. The M3024, in diameters from 1.5-6.0 in. (40-160 mm) boasts the line’s trademark wear-protected black tool body, plus indexable inserts with 14 cutting edges, which reduces tooling costs.

For increased productivity the inserts are formed of Walter’s advanced cutting tool material, Tiger·tec®Silver.

Tiger-tec Silver is available in two CVD coated grades (WKP25S, WKP35S) for the machining of steel and cast iron, and three PVD coated grades (WSM35S, WKK25S and WSP45S) for the machining of steel, stainless steel, cast iron and difficult to cut materials.

Further, the inserts are secured by Torx Plus screws, adding an extra level of stability, and thus process reliability. In addition, a screw-secured solid carbide shim provides optimum support and high feed per tooth, plus optimal contact in the pocket.

Along with a higher level of reliability and lower tooling costs, the new Walter BLAXX M3024 heptagon milling cutter boasts a high metal removal rate, even on low-performance machines, thanks to its positive cutting action. The M3024 comes in three geometries: The F27, the F57 and the F67, which optimize stability, universal application, and easy cutting action, respectively.

About Walter Tools:
Walter, a global leader in the metalworking industry with over 90 years of experience in precision cutting tools for milling, drilling, turning, boring and specialized tools, helps customers improve process reliability and increase productivity. With Regional Headquarters in Waukesha, WI, Walter markets its competence brands Walter Valenite, Walter Titex, Walter Prototyp and Walter Multiply through a strong network of distributors and field engineers across subsidiaries in the USA, Canada, Mexico, Brazil and Argentina.

For more information, please visit:
www.walter-tools.com/us

Or contact:
800.945.5554

Stay Connected:

Conceived as a plug-in solution for multi-axis systems requiring accurate position control and an EtherCAT interface, the iPOS4808 MY-CAT-STO intelligent drive offers Safe Torque Off functionality via a dedicated HW implementation.

This allows users to reduce the system’s cost, while increasing the safety level of their application.

Due to its innovative motor control architecture, the iPOS4808 represents a universal drive solution for any motor that fits its power ratings – 48 V; 8 A/20 A. Either brushed DC, brushless DC, stepper or linear motors can be controlled by the drive that supports as well a variety of feedback types ranging from incremental TTL or sin/cos encoders to absolute SSI or BiSS position sensors. One drive for any motor technology brings a big advantage in terms of reducing the stock items as well as the implementation time, due to a unique user interface for all axes.

Another advantage is represented by the plug-in capability of the product that offers a large flexibility in terms of integration into the user’s motherboard — where the size, shape and connectors can be customized to respond exactly to the application requirements.

The iPOS4808 MY-CAT-STO is designed for high-end applications (e.g., dual-loop control), where its advanced control architecture, integrating up to 9 digital filters, makes the difference in terms of motion control performance.

For more information, please visit:
www.technosoftmotion.com

Or contact:
Tel : +41 (0) 32 732 55 00

Conceived as a plug-in solution for multi-axis systems requiring accurate position control and an EtherCAT interface, the iPOS4808 MY-CAT-STO intelligent drive offers Safe Torque Off functionality via a dedicated HW implementation.

This allows users to reduce the system’s cost, while increasing the safety level of their application.

Due to its innovative motor control architecture, the iPOS4808 represents a universal drive solution for any motor that fits its power ratings – 48 V; 8 A/20 A. Either brushed DC, brushless DC, stepper or linear motors can be controlled by the drive that supports as well a variety of feedback types ranging from incremental TTL or sin/cos encoders to absolute SSI or BiSS position sensors. One drive for any motor technology brings a big advantage in terms of reducing the stock items as well as the implementation time, due to a unique user interface for all axes.

Another advantage is represented by the plug-in capability of the product that offers a large flexibility in terms of integration into the user’s motherboard — where the size, shape and connectors can be customized to respond exactly to the application requirements.

The iPOS4808 MY-CAT-STO is designed for high-end applications (e.g., dual-loop control), where its advanced control architecture, integrating up to 9 digital filters, makes the difference in terms of motion control performance.

For more information, please visit:
www.technosoftmotion.com

Or contact:
Tel : +41 (0) 32 732 55 00

The Lista Nexus System is a functional, flexible, ergonomically designed workbench accessory solution delivering easy accessibility with no stretch or strain, reducing the risk of injury and increasing productivity.

Like all Lista systems, the Nexus System is modular and allows for easy reconfiguration or expansion to meet changing needs. It can also be retrofitted to any existing workbench, whether it’s from Lista or another manufacturer. Nexus System benefits include:

Reduced strain, increased ergonomic ease:

• Articulating arms mount to Nexus uprights, leaving full surface available for task
• Heavy-gauge upright frames have notches in both the front and back, enabling the user to mount accessories on either side
• Accessories can be chosen and positioned to best suit each user, delivering ultimate ergonomic adaptability

Workstations equipped to suit your needs:

• Extensive selection of heights, widths, and depths, allowing custom configuration
• Accessories include tool rails, lights, shelves, pivoting arms, and monitor/accessory trays
• Electrical and air power attachments can be added
• Overhead cabinets can be added for storage of larger, bulky items and books
• Available in ESD paint for static-sensitive environments

About Lista:
Lista is an ISO 9001 certified global leader in modular storage. Lista offers the industry’s broadest line of storage systems and customized solutions that precisely fit specific needs. ListaWorks® survey and design services is how we make storage and workspace solutions for you. It’s our process for providing the highest-quality, custom-configurable solutions that precisely fits you unique requirements. We have the design tools, consulting skills and experienced staff to optimize your space and usage, now and in the future. Our Sales and design teams are ready to provide ListaWorks free of charge.

For more information, please visit:
ListaIntl.com

or call:
800-722-3020

Customers interested in receiving a quote can email:
sales@listaintl.com

Stay Connected:

The Lista Nexus System is a functional, flexible, ergonomically designed workbench accessory solution delivering easy accessibility with no stretch or strain, reducing the risk of injury and increasing productivity.

Like all Lista systems, the Nexus System is modular and allows for easy reconfiguration or expansion to meet changing needs. It can also be retrofitted to any existing workbench, whether it’s from Lista or another manufacturer. Nexus System benefits include:

Reduced strain, increased ergonomic ease:

• Articulating arms mount to Nexus uprights, leaving full surface available for task
• Heavy-gauge upright frames have notches in both the front and back, enabling the user to mount accessories on either side
• Accessories can be chosen and positioned to best suit each user, delivering ultimate ergonomic adaptability

Workstations equipped to suit your needs:

• Extensive selection of heights, widths, and depths, allowing custom configuration
• Accessories include tool rails, lights, shelves, pivoting arms, and monitor/accessory trays
• Electrical and air power attachments can be added
• Overhead cabinets can be added for storage of larger, bulky items and books
• Available in ESD paint for static-sensitive environments

About Lista:
Lista is an ISO 9001 certified global leader in modular storage. Lista offers the industry’s broadest line of storage systems and customized solutions that precisely fit specific needs. ListaWorks® survey and design services is how we make storage and workspace solutions for you. It’s our process for providing the highest-quality, custom-configurable solutions that precisely fits you unique requirements. We have the design tools, consulting skills and experienced staff to optimize your space and usage, now and in the future. Our Sales and design teams are ready to provide ListaWorks free of charge.

For more information, please visit:
ListaIntl.com

or call:
800-722-3020

Customers interested in receiving a quote can email:
sales@listaintl.com

Stay Connected:

The Coordinate Metrology Society, in collaboration with UNC Charlotte, has announced the completion of the first working meeting of the PrecisionPath Consortium for Large-Scale Manufacturing. The new project is funded by an Advanced Manufacturing Technology Consortia (AMTech) Grant from the National Institute of Standards and Technology (NIST), an agency of the U.S. Commerce Department.

At the 2015 CMSC (Coordinate Metrology Society Conference) in July, the PrecisionPath Consortium held their inaugural meeting to discuss team building strategies, short- and long-term goals, and project timelines. The group is tasked to identify and prioritize the technology needs of the aerospace, defense, energy, and other industries that manufacture large-scale, high accuracy parts and products.

“The PrecisionPath Consortium is building a solid foundation to identify barriers that hinder progress in the large-scale manufacturing sector,” states Ron Hicks, CMS AMTech Committee Chair. “This working meeting was the first step in prioritizing the technology needs of the aerospace, defense, energy, and other industries that manufacture large-volume, high accuracy parts and products. The partnership between the Coordinate Metrology Society, UNC Charlotte, and leading industry players is critical to locking down the practical knowledge needed to move manufacturing and metrology forward in a meaningful way. This is a trailblazing project laser-focused on building a roadmap for both short-term and long-term objectives.”

Roadmap for Innovation
The PrecisionPath Consortium held their Planning and Visioning Council during the Quality Show in late October at the Rosemont Convention Center in Chicago, IL. The first session of the meeting focused on refining the project scope and boundaries. The Council discussed the critical challenges in producing large products to precision tolerances, and then transitioned into identifying metrology technology families used by industry.  This segment was followed by the team compiling the most important attributes of these systems for measurement and inspection.

The afternoon session progressed with dynamic group interactions and the use of sophisticated meeting facilitation technology to capture the input. The Consortium took up usage scenarios and amassed data on how portable metrology is being used to support diverse applications across different disciplines. The group proceeded to pinpoint sources of expertise and data for use in the roadmapping process, and firmed up the framing and vision of the PrecisionPath Roadmap project. The organizational structure and operational model were finalized, and the meeting concluded with the election of a Board of Directors and an overview of marketing objectives.

Representatives from leading manufacturing companies attended the meeting including Michael Jones, Siemens; Bob Elliott, Lockheed Martin; Chris Barrow, Lockheed Martin; Glen Cork, Spirit AeroSystems; Matthew Ilardo, Brookhaven National Labs, and Mons Lee, The Boeing Company.  OEMs and metrology service providers were represented by Ron Hicks, Automated Precision (API); Patrick Welch, New River Kinematics (NRK), Joel Martin, Hexagon Metrology; Rina Molari, Hexagon Metrology and 2016 CMSC Chair; Ray Ryan, ECM Global Measurement Solutions; Eric Brandt, Nikon Metrology and Ron Rode, Planet Tool and Engineering. Consortium organizers are Ron Hicks, CMS AMTech Chair and UNC Charlotte representatives Ed Morse, John Ziegert, Ram Kumar, and Antonis Stylianou. Other supporting attendees included Tom Lettieri, NIST; Danuta McCall, Facilitate.com; and Belinda Jones, HiTech Marketing.

The next meeting will be held in February 2016 in the Charlotte, NC area. Interested metrology professionals from the large-scale manufacturing sector who can commit to attending PrecisionPath technical meetings and associated conferences in the next two years are invited to contact Ron Hicks, CMS Committee Chair at ron.hicks@apisensor.com.

About the PrecisionPath Consortium:
The PrecisionPath Consortium for Large-Scale Manufacturing is an industry-driven coalition led by the Coordinate Metrology Society and UNC Charlotte.  The alliance is supported by an Advanced Manufacturing Technology Consortia (AMTech) Grant from the National Institute of Standards and Technology (NIST). The PrecisionPath Consortium will develop strategic roadmaps to solve universal technology challenges faced by manufacturers of large, high-precision parts and assemblies. PrecisionPath members hail from industries such as aerospace, defense, power generation, and more. For more than 30 years, the Coordinate Metrology Society has served industrial measurement professionals involved in large-scale manufacturing ¾ end users, OEMs, software developers and service providers. UNC Charlotte supports industry-academia collaborations in search of next-generation manufacturing technologies. For more information, contact Professor Ed Morse of UNC Charlotte’s Center for Precision Metrology at emorse@uncc.edu.

About the Coordinate Metrology Society:
The Coordinate Metrology Society is comprised of users, service providers, and OEM manufacturers of close-tolerance industrial coordinate measurement systems, software, and peripherals. The metrology systems represented at the annual Coordinate Metrology Society Conference (CMSC), include articulated arm CMMs, laser trackers, laser radar, photogrammetry/videogrammetry systems, scanners, indoor GPS and laser projection systems. The Coordinate Metrology Society gathers each year to gain knowledge of the advancements and applications of any measurement system or software solution that produces and uses 3D coordinate data.

For more information, please visit:
www.cmsc.org

Or contact:
425.802.5720

Stay Connected:

The Coordinate Metrology Society, in collaboration with UNC Charlotte, has announced the completion of the first working meeting of the PrecisionPath Consortium for Large-Scale Manufacturing. The new project is funded by an Advanced Manufacturing Technology Consortia (AMTech) Grant from the National Institute of Standards and Technology (NIST), an agency of the U.S. Commerce Department.

At the 2015 CMSC (Coordinate Metrology Society Conference) in July, the PrecisionPath Consortium held their inaugural meeting to discuss team building strategies, short- and long-term goals, and project timelines. The group is tasked to identify and prioritize the technology needs of the aerospace, defense, energy, and other industries that manufacture large-scale, high accuracy parts and products.

“The PrecisionPath Consortium is building a solid foundation to identify barriers that hinder progress in the large-scale manufacturing sector,” states Ron Hicks, CMS AMTech Committee Chair. “This working meeting was the first step in prioritizing the technology needs of the aerospace, defense, energy, and other industries that manufacture large-volume, high accuracy parts and products. The partnership between the Coordinate Metrology Society, UNC Charlotte, and leading industry players is critical to locking down the practical knowledge needed to move manufacturing and metrology forward in a meaningful way. This is a trailblazing project laser-focused on building a roadmap for both short-term and long-term objectives.”

Roadmap for Innovation
The PrecisionPath Consortium held their Planning and Visioning Council during the Quality Show in late October at the Rosemont Convention Center in Chicago, IL. The first session of the meeting focused on refining the project scope and boundaries. The Council discussed the critical challenges in producing large products to precision tolerances, and then transitioned into identifying metrology technology families used by industry.  This segment was followed by the team compiling the most important attributes of these systems for measurement and inspection.

The afternoon session progressed with dynamic group interactions and the use of sophisticated meeting facilitation technology to capture the input. The Consortium took up usage scenarios and amassed data on how portable metrology is being used to support diverse applications across different disciplines. The group proceeded to pinpoint sources of expertise and data for use in the roadmapping process, and firmed up the framing and vision of the PrecisionPath Roadmap project. The organizational structure and operational model were finalized, and the meeting concluded with the election of a Board of Directors and an overview of marketing objectives.

Representatives from leading manufacturing companies attended the meeting including Michael Jones, Siemens; Bob Elliott, Lockheed Martin; Chris Barrow, Lockheed Martin; Glen Cork, Spirit AeroSystems; Matthew Ilardo, Brookhaven National Labs, and Mons Lee, The Boeing Company.  OEMs and metrology service providers were represented by Ron Hicks, Automated Precision (API); Patrick Welch, New River Kinematics (NRK), Joel Martin, Hexagon Metrology; Rina Molari, Hexagon Metrology and 2016 CMSC Chair; Ray Ryan, ECM Global Measurement Solutions; Eric Brandt, Nikon Metrology and Ron Rode, Planet Tool and Engineering. Consortium organizers are Ron Hicks, CMS AMTech Chair and UNC Charlotte representatives Ed Morse, John Ziegert, Ram Kumar, and Antonis Stylianou. Other supporting attendees included Tom Lettieri, NIST; Danuta McCall, Facilitate.com; and Belinda Jones, HiTech Marketing.

The next meeting will be held in February 2016 in the Charlotte, NC area. Interested metrology professionals from the large-scale manufacturing sector who can commit to attending PrecisionPath technical meetings and associated conferences in the next two years are invited to contact Ron Hicks, CMS Committee Chair at ron.hicks@apisensor.com.

About the PrecisionPath Consortium:
The PrecisionPath Consortium for Large-Scale Manufacturing is an industry-driven coalition led by the Coordinate Metrology Society and UNC Charlotte.  The alliance is supported by an Advanced Manufacturing Technology Consortia (AMTech) Grant from the National Institute of Standards and Technology (NIST). The PrecisionPath Consortium will develop strategic roadmaps to solve universal technology challenges faced by manufacturers of large, high-precision parts and assemblies. PrecisionPath members hail from industries such as aerospace, defense, power generation, and more. For more than 30 years, the Coordinate Metrology Society has served industrial measurement professionals involved in large-scale manufacturing ¾ end users, OEMs, software developers and service providers. UNC Charlotte supports industry-academia collaborations in search of next-generation manufacturing technologies. For more information, contact Professor Ed Morse of UNC Charlotte’s Center for Precision Metrology at emorse@uncc.edu.

About the Coordinate Metrology Society:
The Coordinate Metrology Society is comprised of users, service providers, and OEM manufacturers of close-tolerance industrial coordinate measurement systems, software, and peripherals. The metrology systems represented at the annual Coordinate Metrology Society Conference (CMSC), include articulated arm CMMs, laser trackers, laser radar, photogrammetry/videogrammetry systems, scanners, indoor GPS and laser projection systems. The Coordinate Metrology Society gathers each year to gain knowledge of the advancements and applications of any measurement system or software solution that produces and uses 3D coordinate data.

For more information, please visit:
www.cmsc.org

Or contact:
425.802.5720

Stay Connected: