With the introduction of Grinding and SPBF, meviy continues to empower design engineers with faster, more reliable, and more comprehensive part production—seamlessly integrated into its instant quoting and manufacturing platform.Highlights of the New Services:Surface Roughness as low as Ra0.4 can be specified and automatically quotedCompatible Materials: Steel, Stainless Steel, and AluminumIncompatible With: Pre-polished bar materials, resin materials, phosphate coatings, and matte black anodized finishesGrinding Specifications:Surface Roughness Range: Ra0.4 – Ra3.2Max Dimensions: 600mm (L) × 400mm (W) × 70mm (T)Inner corners may require corner reliefsSPBF Specifications:Surface Roughness Range: Ra0.4 – Ra3.2Max Dimensions: 600mm (L) × 400mm (W) × 70mm (T)Lead Time:Add 4 additional days for parts requiring Grinding or SPBFExpedited delivery is not available for these finishing optionsFor more information about Grinding and SPBF services for CNC Milling, click here.To learn how to specify Grinding and SPBF on your parts, click here.For quality and inspection information, click here.

About meviy

From concept to reality, meviy enables on-demand sourcing of quality custom parts. As one of the most reliable online manufacturing services in North America, meviy allows you to receive instant quotes for your mechanical parts by simply uploading 3D CAD data, eliminating the need for 2D drawings. Supporting sheet metal fabrication and CNC machining, including milling and turning, meviy has streamlined workflows for over 160,000 mechanical designers and purchasers worldwide.

At the forefront of Wauseon Machine’s credentials is the A3 certification from the Association for Advancing Automation, widely recognized as the gold standard in the robotics industry. This prestigious certification involves a rigorous on-site audit of processes, systems, and personnel to ensure companies meet the highest standards for safety and quality in robotic automation. A3 certification is a benchmark for evaluating technical and robotic safety acumen as well as overall business excellence.

To achieve this certification, Wauseon Machine’s team undergoes comprehensive on-site auditing, including practical assessments of key personnel. This process certifies the company’s processes, systems, and staff, ensuring the highest quality of work. Notably, out of over 2,000 integrators in the United States, only 42 have earned the distinction of being A3 certified robotic integrators.

The A3 certification provides assurance to customers, especially those new to Wauseon Machine, of the company’s proven ability to deliver high-quality work, on time, with excellent craftsmanship. It demonstrates Wauseon Machine’s commitment to maintaining the highest standards in robotic integration and automation solutions.

Wauseon Machine is committed to employing TUV certified engineers and technicians, enhancing its commitment to quality and safety. TUV certification, based on rigorous EU standards, ensures safety and quality assurance beyond standard safety panels, encompassing the entire machine. While TUV is a global standard, it allows Wauseon Machine to reach into EU and international companies and is strongly recognized in Europe and Asia within machinery, automotive, electronics, and medical devices. With certified professionals in-house, Wauseon Machine can design intrinsically safer and superior systems while shortening lead times through internal certification management.

In addition to A3 and TUV certifications, Wauseon Machine is capable of constructing electrical panels for their assemblies that meet rigorous safety standards. The UL certification is crucial for larger customers who require assurance of properly wired, safe, and high-quality electrical components within Wauseon Machine’s assemblies. This certification, which adheres to the UL 508A standard, focuses on safety aspects related to shock, fire, and failure prevention. By obtaining UL certification, Wauseon Machine demonstrates its commitment to producing control panels that meet the highest industry standards for safety and quality.

Wauseon Machine also emphasizes its commitment to quality through ISO recertification. ISO certification signifies that Wauseon Machine adheres to a documented process that includes standard practices, quality assurance, regulatory compliance, customer confidence, and continuous improvement. By maintaining ISO standards, Wauseon Machine ensures predictable outcomes and effective risk management for its customers. By adhering to these certifications, Wauseon Machine not only differentiates itself from competitors but also demonstrates its commitment to delivering high-quality, reliable, and safe solutions to its customers worldwide.

About Wauseon Machine

Wauseon Machine is your single-source partner for automation solutions, tube forming technologies, precision machining, and fabrication. WM started as a small contract machine shop in 1983 and is proud to be celebrating its 40th year in business. WM has five separate focus plants located in Wauseon, Ohio , Delta, Ohio and Greenville, South Carolina. By combining our advanced knowledge and engineering expertise with state-of-the-art equipment and technologies, we are able to craft the right solution for your unique needs.

About Neptune Aviation Services

“Typically, we have 2 – 3 custom jobs going at any one time,” said TJ Davies President Sherry Davies. “Customers like our short lead-times, so we get a lot of custom work. They also appreciate how our quality keeps older equipment productive and profitable.”

All TJ Davies custom retention knobs are manufactured from All knobs are machined in-house with single point threading to Imperial (Class 2A UNC) or Metric (Class G6) standards. After threading is completed, each component is heat treated to 58-62 HRC then treated with hot black oxide to military specifications for protection against corrosion. Each retention knob is magnetic particle tested and then pull tested to 2.5 times the pulling force of the drawbar it is designed for.

The use of 8620 ensures that the components will work harden over time, rather than becoming brittle as is the case with the use 9310 alloy steel. Single point threading ensures that the threads are balanced (lead-in/lead-out at 180 degrees) which is very difficult to achieve when rolling threads. Full depth is also attained for each thread. Because all machining is done with a single set-up, concentricity is achieved.

Each component is heat treated to a case depth of .020 to .030. No carb is applied to coolant through hole to ensure there is no shrinkage. Core hardness of 40HRC is standard. All retention knob surfaces (not just mating surfaces) have a precision finish of 32 RMA micro or better, ISO grade 6N. Certifications are maintained for each step and each batch to ensure traceability and quality control.

Overtightening can overly stress the retention knob, leading to premature failure, and can cause toolholder swelling and expansion. TJ Davies provides recommended torque guidelines with each retention knob shipped. Machine builder recommendations should always be used when available.

Sockets for the proper installation of retention knobs are available, individually or as a complete set of 4. All sockets and retention knobs are manufactured to exact specifications that exceed industry standards and are available through distributors nationwide.

About T.J. Davies

Founded in 1965, T.J. Davies Company, Inc. is a leading manufacturer of retention knobs located in Mantua, Ohio. The vision of T.J. Davies Company, Inc. is to produce world-class, made-in-America retention knobs and to provide exceptional customer service. Veteran Founded, Certified Women Owned Business. Their products are available through a nationwide network of distributors.

“With more than 15 years of experience in manufacturing operations, engineering and quality roles, Kyle brings a particular expertise in cross-functional team management,” said Mack South President Bryan Campbell. “Additionally, his background in safety, employee engagement and customer satisfaction make him a versatile leader prepared to guide the Statesville team to success as they bring our customers’ programs into production.”

Prior to Mack, Teeter served as plant manager for Parker Hannifin’s Precision Fluidics Division in Mooresville, N.C., where he was responsible for all site-wide functional activities, including production, quality assurance, engineering, supply chains, EHS and HR. Teeter built leadership and engineering skills in roles of increasing responsibility at Parker Hannifin such as applications engineer, design engineer, sustaining engineering lead and plant quality manager. He is a graduate of North Carolina State University, where he earned bachelor of science degrees in biomedical and biological engineering. He has a 6 Sigma Green Belt and is a certified auditor for ISO 9001 and 13485.

Account Management and Engineering Teams Grow

Mack’s Southern Division also is announcing new appointments to the Sales and Engineering, and Manufacturing Engineering, teams at the Company’s Inman, S.C., plant. Devon Knight has joined the Mack South Sales and Engineering team as a Program Manager. Knight brings 10 years of experience in project management to the role, along with strong communication and organization skills. She most recently worked as a packaging support engineer for Spartech, LLC, in Greenville, S.C., where she provided technical and commercial support for customers, including facilitating communication with internal team members. Knight gained previous project management experience as a project manager for new product development with D&W Fine Pack and as a commercial and engineering project coordinator with Jarden Plastic Solutions, both in Greenville. She has a bachelor’s degree from the University of South Carolina Upstate in Spartanburg, S.C.

Jonathan Shafer also has been appointed as a Southern Division Program Manager, bringing 20 years of transportation and heavy equipment experience to the role. Prior to Mack, he served as global factory project manager and supplier performance engineer with Caterpillar in Greer, S.C. He previously built project management and engineering experience with SABIC and BWXT in Mt. Vernon, Ind., and Navistar in Lisle, Ill. Shafer has a master’s degree in business administration from Bob Jones University in Greenville, S.C., as well as a bachelor’s degree in computer integrated manufacturing from Purdue University in West Lafayette, Ind. He is a 6 Sigma DMAIC Black Belt and IATF 16949 internal auditor, and holds American Society for Quality and Society of Manufacturing Engineers certifications.

Inman’s Manufacturing Engineering team has welcomed Cate Lewis as a Manufacturing Engineer. Lewis is a recent graduate of Clemson University, in Clemson, S.C., where she received her bachelor’s degree in mechanical engineering. Prior to Mack, Lewis gained valuable manufacturing engineering experience as an intern with Crane Instrumentation and Sampling in Spartanburg, S.C., where she worked on the design and development of a deburring cobot system, as well as work order automation, fixture design and shop floor layouts. She also previously served as a mechanical / electronic intern with the Clemson University Professional Internship and Co-Op Program, managing product development of a robotic cotton harvester designed for small farms.

“Devon, Jonathan and Cate are strong additions to our team,” Campbell said, “bringing an excellent mix of experience and fresh perspectives.”

About Mack Molding

Mack Molding is a leading custom plastics molder and supplier of contract manufacturing services. Mack specializes in plastics design, prototyping, molding, sheet metal fabrication, full-service machining and medical device manufacturing. Founded in 1920, Mack is a privately-owned business that operates 12 facilities throughout the world. Will Kendall is President and CEO.

Green’s background includes notable roles such as Chief Operating Officer at ELG Alloys, Principal at a Private Wholesale Food Distributor, and Senior Vice President of Global Operations at ICU Medical. Her skill set includes LEAN, Six Sigma, quality control, systems integration, profit & loss management, supply chain optimization, contract manufacturing, inventory reduction, global sourcing, logistics, and multi-site operations. Green’s academic credentials include a Bachelor of Science in Mechanical Engineering from Worcester Polytechnic Institute and an MBA in Business Administration and Management from Western New England University.

As the newly appointed COO at MicroCare, Green will play a vital role in the company’s ongoing commitment to manufacturing excellence and operational efficiency. She will be responsible for overseeing all manufacturing operations across MicroCare’s Connecticut-based operating locations, with a focus on planning and prioritizing customer, employee, and manufacturing requirements. Green’s experience in developing and implementing processes to improve operational performance, strengthen customer and vendor relationships, and mitigate health, safety, and environment risks will be invaluable in her new role.

In her capacity as Chief Operating Officer, Green will also collaborate closely with the executive team to develop and optimize organizational capabilities in alignment with the company’s strategic objectives. Her expertise in supply chain management, global sourcing, and contract manufacturing will contribute to MicroCare’s ability to meet its performance targets and drive manufacturing and operational capabilities to match sales activity.

Commenting on this appointment, Tom Tattersall, MicroCare CEO, said, “We are thrilled to welcome Lu Anne Green to the MicroCare team as our Chief Operating Officer. Her experience in various industries and her track record of implementing LEAN, Six Sigma principles, and quality control measures will be instrumental in further elevating our manufacturing and operational capabilities. We are confident that Lu Anne’s expertise will help us deliver even better solutions to our customers and continue our commitment to excellence.”

With Lu Anne Green’s appointment as the Chief Operating Officer, MicroCare is poised to enhance its position as a leading provider of manufacturing solutions in its industry. Her leadership will contribute significantly to the company’s growth and operational success, and she will be a key member of the MicroCare senior executive team.

About MicroCare, LLC

MicroCare, LLC is a globally recognized provider of critical cleaning, coating, lubrication, and infection prevention solutions for a wide range of industries. With a commitment to sustainability, innovation, and customer satisfaction, MicroCare delivers superior products that meet and exceed industry regulatory requirements. By combining expertise with state-of-the-art manufacturing facilities, MicroCare provides effective, dependable, and environmentally friendly solutions to customers.