What are coil tippers?

Coil tippers are specialized machines used in the industrial sector to safely and efficiently rotate steel, aluminum, or other material coils from a horizontal to vertical position or vice versa. This equipment is essential for handling heavy coils, which can weigh several tons.

How do coil tippers contribute to safety in industrial workplaces?

Coil tippers enhance workplace safety by minimizing the need for manual handling of heavy coils, reducing the risk of injury to workers. They provide a controlled and stable method for rotating coils, thus preventing accidents associated with moving such large items.

What are the common types of coil tippers used in the United States and Mexico?

The most commonly used coil tippers include upenders, which tilt coils between 90 degrees positions; downenders, which work oppositely; C-hook type lifters that pick up and tip the coil; and V-shaped cradle devices designed for secure positioning during tipping.

Are there any specific regulations or standards governing the use of coil tippers in the USA and Mexico?

In the USA, OSHA (Occupational Safety and Health Administration) provides guidelines on machinery safety that would apply to coil tippers. Similarly, Mexico has its own regulations under NOM (Norma Oficial Mexicana), ensuring equipment like coil tippers meet safety standards. Both countries emphasize proper maintenance, operation training, and safety procedures.

What considerations must be taken into account when selecting a coil tipper for an engineering project in these regions?

When selecting a coil tipper in the US or Mexico, consider factors such as load capacity matching your needs; compatibility with existing workspace dimensions and layout; ease of operation; reliability and durability of construction; compliance with local safety regulations; availability of after-sales support and parts within these regions; as well as energy efficiency if electric-powered units are being considered.

What are coil tippers?

Coil tippers are specialized machines used in the industrial sector to safely and efficiently rotate steel, aluminum, or other material coils from a horizontal to vertical position or vice versa. This equipment is essential for handling heavy coils, which can weigh several tons.

How do coil tippers contribute to safety in industrial workplaces?

Coil tippers enhance workplace safety by minimizing the need for manual handling of heavy coils, reducing the risk of injury to workers. They provide a controlled and stable method for rotating coils, thus preventing accidents associated with moving such large items.

What are the common types of coil tippers used in the United States and Mexico?

The most commonly used coil tippers include upenders, which tilt coils between 90 degrees positions; downenders, which work oppositely; C-hook type lifters that pick up and tip the coil; and V-shaped cradle devices designed for secure positioning during tipping.

Are there any specific regulations or standards governing the use of coil tippers in the USA and Mexico?

In the USA, OSHA (Occupational Safety and Health Administration) provides guidelines on machinery safety that would apply to coil tippers. Similarly, Mexico has its own regulations under NOM (Norma Oficial Mexicana), ensuring equipment like coil tippers meet safety standards. Both countries emphasize proper maintenance, operation training, and safety procedures.

What considerations must be taken into account when selecting a coil tipper for an engineering project in these regions?

When selecting a coil tipper in the US or Mexico, consider factors such as load capacity matching your needs; compatibility with existing workspace dimensions and layout; ease of operation; reliability and durability of construction; compliance with local safety regulations; availability of after-sales support and parts within these regions; as well as energy efficiency if electric-powered units are being considered.

What are coil tippers?

Coil tippers are specialized machines used in the industrial sector to safely and efficiently rotate steel, aluminum, or other material coils from a horizontal to vertical position or vice versa. This equipment is essential for handling heavy coils, which can weigh several tons.

How do coil tippers contribute to safety in industrial workplaces?

Coil tippers enhance workplace safety by minimizing the need for manual handling of heavy coils, reducing the risk of injury to workers. They provide a controlled and stable method for rotating coils, thus preventing accidents associated with moving such large items.

What are the common types of coil tippers used in the United States and Mexico?

The most commonly used coil tippers include upenders, which tilt coils between 90 degrees positions; downenders, which work oppositely; C-hook type lifters that pick up and tip the coil; and V-shaped cradle devices designed for secure positioning during tipping.

Are there any specific regulations or standards governing the use of coil tippers in the USA and Mexico?

In the USA, OSHA (Occupational Safety and Health Administration) provides guidelines on machinery safety that would apply to coil tippers. Similarly, Mexico has its own regulations under NOM (Norma Oficial Mexicana), ensuring equipment like coil tippers meet safety standards. Both countries emphasize proper maintenance, operation training, and safety procedures.

What considerations must be taken into account when selecting a coil tipper for an engineering project in these regions?

When selecting a coil tipper in the US or Mexico, consider factors such as load capacity matching your needs; compatibility with existing workspace dimensions and layout; ease of operation; reliability and durability of construction; compliance with local safety regulations; availability of after-sales support and parts within these regions; as well as energy efficiency if electric-powered units are being considered.

Hyster-Yale Group Recognizes National STEM Day with Manufacturing Engineering and Innovation Programs

Greenville, N.C. (Nov. 8, 2023) – Coinciding with National STEM Day, Hyster-Yale Group announces several milestones and opportunities for engineering students through its longstanding collaborations with academic and career development programs from coast to coast. The company is sponsoring dozens of senior capstone projects, providing mentorship and internship opportunities, opening a new innovation lab and lending industry perspective to new university engineering programs.

Innovation Lab at the University of Portland

The Hyster-Yale Group Innovation Lab will resume in January 2024 at the new Shiley-Marcos Center for Design and Innovation at the University of Portland. The lab was paused due to the COVID-19 pandemic and construction of the new facility. The lab, which has been a model for other industry-university cooperation, immerses student interns in real engineering and product development projects. Four interns have already been hired into development and innovation roles with the company. The lab is led by Chief Technologist of Innovation for Hyster-Yale Group, Ed Stilwell, who created and taught an innovation course for several years at the university.

Internships and Advisory Councils

The company works with other colleges in the communities where it operates to provide internship opportunities, including East Carolina University, Berea College, Eastern Kentucky University and the University of Kentucky. Hyster-Yale Group also serves alongside companies such as Lockheed Martin and Lexmark on the Eastern Kentucky University engineering advisory council. Anthony Wasson, Value Stream Manager, and Ken Deters, Director of Service Operations, are active on the council, which was established to provide industry perspective to the development and operation of the school’s new degree program in manufacturing engineering. At East Carolina University, the Warranty and Quality Improvement Manager for Hyster-Yale Group, John Roberson, also serves on an engineering advisory council.

Hyster-Yale Group’s Counterbalanced Development Center (CBDC) in Oregon is in the planning process for 2024 internships with the Multiple Engineering Co-Operative Program (MECOP), a non-profit that works with member companies and universities in the Pacific Northwest to cultivate the highest level of engineering and business graduates by bridging academic theory with industry reality. Since 2000, more than 95 interns across mechanical, electrical, computer engineering and computer science disciplines have worked at the CBDC supporting various product development projects. At least 15 former MECOP interns are employed across the development team, working in design, validation, program management, software and simulation or virtual testing.

Hyster-Yale Group posts internship opportunities for fall, spring and summer semesters at several locations. To learn more about all available internship opportunities or to apply, visit hyster-yalecareers.com/.

University Capstone Projects

Each year, the CBDC sponsors capstone projects for 35 to 40 seniors from local universities. The students work in teams on eight to 10 real-world and often multi-discipline engineering problems provided by Hyster-Yale Group. In Greenville, North Carolina, the company’s Warehouse Product Development Center and manufacturing facility also host engineering students from East Carolina University completing their capstone projects. In both cases, students are guided through the process of developing viable solutions by mentors from the company, accessing valuable experience and insight to the field and developing relationships in the industry as they progress. Student teams have created specialized test equipment, innovative human-machine interfaces, improvements to forklift operator comfort, new sensing methods and other innovations at the leading edge of the materials handling industry.

About Hyster-Yale Group

Hyster-Yale Group, Inc., designs, engineers, manufactures, sells and services a comprehensive line of lift trucks, attachments and aftermarket parts marketed globally primarily under the Hyster® and Yale® brand names. Subsidiaries of Hyster-Yale Group include Bolzoni S.p.A., a leading worldwide producer of attachments, forks and lift tables marketed under the Bolzoni®, Auramo® and Meyer® brand names, and Nuvera Fuel Cells, LLC, an alternative-power technology company focused on fuel cell stacks and engines. Hyster-Yale Group also has an unconsolidated joint venture in Japan (Sumitomo NACCO). Hyster-Yale Group, Inc. is a wholly owned subsidiary of Hyster-Yale Materials Handling, Inc. (NYSE:HY). Hyster-Yale Materials Handling, Inc. and its subsidiaries, headquartered in Cleveland, Ohio, employ approximately 8,300 people worldwide. For more information about Hyster-Yale Materials Handling, Inc. and its subsidiaries, visit the Company’s website at www.hyster-yale.com.

Contact

Melissa Cashwell

Hyster-Yale Group

252-864-3571

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