galland henning

Brian R. Sternberg is a seasoned executive and technical expert with extensive experience in fluid power systems, controls, and manufacturing processes, making him a trusted partner to decision-makers in the can-making industry. As President and CEO of J.M. Grimstad Inc., Brian leads an employee-owned fluid power distributor and control systems provider, driving innovation and operational excellence tailored to the unique needs of the aluminum can manufacturing sector. Previously, as President of Galland Henning Nopak, Inc., Brian transformed the company into a reliable provider of innovative controls and hydraulic solutions for high- speed aluminum production balers used by the world’s leading aluminum can manufacturers. His leadership style emphasizes customer-focused strategies and strong partnerships to address complex production challenges.

Brian’s technical foundation includes an Associate of Science degree in Fluid Power Technology from Gateway Technical College and a Bachelor of Science in Business Administration from Cardinal Stritch University. This education, combined with decades of hands-on experience, equips Brian with the expertise to collaborate effectively with purchasing managers, engineers, plant managers, and maintenance teams to enhance equipment performance and operational efficiency.

Brian’s career spans roles in engineering, manufacturing, and executive leadership, with a focus on implementing cutting-edge Industry 4.0 solutions to improve uptime, reliability, and productivity. His customer-centric approach and ability to forge lasting partnerships make him an invaluable resource for can-making professionals striving to optimize their manufacturing operations.

Nathan Stine is a driven and customer-oriented sales professional who excels in building strong relationships and delivering consultative, engineering-based solutions to meet client needs. As an Outside Sales Representative for J.M. Grimstad, Nathan has distinguished himself by proactively managing accounts, delivering exceptional customer service, and fostering long-term partnerships. His focus on understanding customer challenges and aligning them with tailored, technically sound solutions has positioned him as a trusted advisor in the fluid power industry.

Nathan ensures that his clients have a seamless connection to the comprehensive expertise and resources of Galland Henning. Acting as a vital window into the organization, he facilitates access to support across all levels, including controls engineering, fluid power engineering, manufacturing, and service. Nathan’s ability to bridge customer needs with the technical capabilities of his team ensures that clients receive the solutions, service, and reliability they require to achieve success.

Committed to enhancing the customer experience, Nathan collaborates closely with clients to identify opportunities where engineering-based solutions can improve efficiency, reliability, and performance. His hands-on approach and dedication to delivering value ensure trust and satisfaction in every partnership.

Nathan holds a Bachelor of Arts in Marketing from Asbury University and is pursuing an MBA at the University of Wisconsin Parkside. His academic background in professional selling, strategic management, and global marketing, combined with his practical experience, equips him with a balanced perspective to deliver results in competitive markets.

With a passion for delivering exceptional customer experiences and ensuring access to world- class engineering and service support, Nathan is dedicated to driving success for his clients and supporting their goals at every level.

Dawn Snyder is a highly experienced inside sales and product management professional with over 35 years at Galland Henning and three years with J.M. Grimstad. As the Inside Sales Manager for both companies, she plays a pivotal role in providing exceptional customer support, managing replacement parts, and overseeing quoting processes to meet the needs of clients in the can-making and recycling industries, ensuring seamless operations and reliable solutions.

In her role, Dawn focuses on managing quoting processes with accuracy, timeliness, and attention to detail. She has designed product catalogs, managed custom quotes, and streamlined processes for replacement parts to ensure clients receive efficient, responsive service tailored to their operational needs.

Dawn is dedicated to delivering outstanding customer support by addressing inquiries, providing product guidance, and facilitating the smooth ordering and delivery of replacement parts. Her ability to coordinate across departments, including sales and manufacturing, ensures clients receive the highest level of service and support.

With a deep background with hydraulic manufacturers and decades of experience, Dawn is a trusted partner for both Galland Henning’s and J.M. Grimstad’s clients, offering the expertise and support needed to sustain productivity and reliability across the can-making and recycling industries.

Chris Rotruck is a skilled mechanical engineer with extensive expertise in production control, manufacturing engineering, and planning. With a career rooted in roles at Galland Henning and J.M. Grimstad, Chris combines technical knowledge with strategic planning to deliver efficient and reliable solutions that meet the diverse needs of customers in the recycling and can-making industries.

As a Production Engineer at J.M. Grimstad, Chris leads efforts in production planning and control, ensuring that resources, materials, and schedules align with customer requirements. His work involves assessing production capacity, addressing constraints, and collaborating with supply chain and engineering teams to balance workloads effectively. By maintaining accurate inventories and analyzing job costing, he ensures timely delivery and seamless operations for clients.

During his tenure at Galland Henning, Chris developed a strong foundation in manufacturing engineering and planning. As a Manufacturing Engineer Technician, he enhanced productivity by implementing modern machining methods, designing robust tooling and fixtures, and optimizing workflows. In his earlier role as a Production Planner, Chris developed master schedules, addressed capacity challenges, and integrated design changes into production processes, all while improving on time delivery rates.

Chris’s expertise in planning and process improvement enables him to provide clients with tailored, efficient solutions. His focus on aligning production capabilities with customer needs ensures seamless operations and high-quality outcomes. Whether addressing scheduling challenges, optimizing manufacturing processes, or troubleshooting complex production issues, Chris is committed to delivering results that enhance reliability and performance. With a Bachelor of Science in Mechanical Engineering from the University of Wisconsin- Milwaukee, Chris combines technical acumen with hands-on experience to support Galland Henning’s mission of providing innovative solutions to the recycling and can-making industries.

Scott Schiller is a seasoned engineering professional with extensive expertise in mechatronics, electrical systems, and hydraulic controls. With over a decade of experience across diverse industries, including his tenure with Galland Henning, Scott has developed a reputation as a technical leader capable of delivering advanced solutions that drive operational efficiency and reliability. His expertise ensures Galland Henning’s clients in the recycling and can-making industries receive unparalleled support and performance.

As a Sales/Service Engineer at Galland Henning, Scott combined his electrical, mechanical and hydraulics expertise to oversee the installation, commissioning, troubleshooting, and maintenance of high-density hydraulic balers and pneumatic systems. His work in the field extended to supervising complex installations, performing startups, training maintenance teams, and implementing custom controls solutions tailored to unique operational environments. Leveraging his deep understanding of PLC programs, control panel design, and advanced diagnostics, Scott consistently minimized downtime and enhanced system reliability for clients.

Scott has traveled extensively domestically and around the world to different countries to perform startups and troubleshooting of various equipment including balers. Scott’s electrical and controls experience is backed by his ability to lead projects that require precision and adaptability. With a background that includes designing and building custom control panels as a Senior Control Panel Technician, he has collaborated with highly skilled electricians to execute complex installations for critical applications in the offshore oil and gas, pharmaceutical, dairy, and industrial sectors. His ability to integrate controls and automation into hydraulic systems has been instrumental in delivering seamless, high-performing solutions for Galland Henning’s customers.

In addition to his hands-on field expertise, Scott has a proven track record of collaborating with engineering teams to provide performance feedback, driving continuous improvement in product design. His commitment to innovation and customer focused solutions ensures that clients benefit from systems that meet the highest standards of safety, reliability, and efficiency. Scott holds a Bachelor of Science in Industrial Management from the University of Wisconsin- Stout, along with an Associate of Applied Science in Electromechanical Technologies and a Fluid Power Maintenance Diploma from Gateway Technical College. His unique blend of electrical, controls, and hydraulic expertise positions him as a trusted partner for Galland Henning’s clients, ensuring their systems are optimized for maximum productivity and longevity in demanding industrial applications.

Geoffrey Harvey is an electrical engineering leader with over 25 years of experience in designing, programming, and troubleshooting complex control systems for industrial applications, including high-performance equipment like Galland Henning balers. With a strong foundation in electrical engineering technology and industrial management, Geoffrey excels in solving complex electrical and programming challenges while implementing forward-thinking strategies. He has a proven track record of developing company-wide procedures for design and testing, managing vendor relationships, and optimizing departmental goals for employee development and performance.

Geoffrey’s technical contributions to Galland Henning balers involved designing advanced control systems to optimize the performance and reliability of this high-speed, precision equipment widely used in aluminum can manufacturing. His role required programming sophisticated systems, integrating technologies such as RSLogix 500 and Studio 5000, and troubleshooting electrical and process challenges to ensure seamless operations and best-in-class uptime in demanding production environments.

As the former Director of Electrical Engineering at Centrisys Corp, Geoffrey led a team of six engineers, driving innovation and operational excellence in electrical system design, programming, and testing. His hands-on expertise and leadership were recognized with the company's MVP award in 2013. Geoffrey’s technical expertise includes RSLogix 500, Studio 5000, FactoryTalk View Studio, Modicon Unity, Siemens TIA Portal, and advanced VFD programming with Allen Bradley and ABB systems. He is skilled in analytical problem-solving, ensuring reliable operations across electrical, programming, and process systems. His international experience and proficiency in ISO9000 auditing further underscore his ability to operate in dynamic, global environments.

Geoffrey holds a Master of Science in Engineering Management from MSOE, a Bachelor of Science in Management with an Industrial Management Focus from University of Wisconsin-Stout, and multiple associate degrees in Electrical Engineering Technology and Supervisory Management from Gateway Technical College. His expertise in developing and troubleshooting control systems for critical industrial equipment, like Galland Henning balers, combined with a customer-centric approach, make Geoffrey an invaluable partner to manufacturing and industrial professionals striving to enhance system reliability and performance.

Sudarshan Sharma is a highly experienced Chief Engineer with specialized expertise in fluid power systems, industrial equipment design, and the development of high-performance metal balers. At Galland Henning, Sudarshan oversees the engineering of advanced baling systems used in the recycling, waste management, and metal processing industries. His leadership has ensured the seamless integration of hydraulics and controls to deliver highly efficient and durable balers capable of meeting the most demanding industrial applications.

Sudarshan was instrumental in driving innovation in the design and production of hydraulic cylinders and high-density balers, ensuring compliance with multiple standards and optimizing performance for diverse global markets. His expertise extended to special material selection, weld procedure development and non-destructive examination, ensuring structural integrity and long-lasting durability in baler systems subjected to rigorous operating conditions. Additionally, he played a critical role in aligning designs with various industry regulations, including CE, ASME BPVC, API, ABS, DNV, and NFPA, while streamlining engineering processes to support business.

With a focus on engineering design and analysis, Sudarshan successfully led the introduction of new baler products tailored to meet the recycling industry’s evolving needs, particularly in managing ferrous and non-ferrous metal scrap. His deep understanding of production planning, supply chain management, and cross-functional collaboration ensured the delivery of reliable, high-quality equipment on time and within budget. His efforts have consistently contributed to supporting Galland Henning’s reputation as a trusted partner for beverage cans manufacturers, hand sanitizer canister manufacturers, recycling, automotive, and industrial clients worldwide.

Sudarshan’s academic credentials include a Master of Engineering Management from Duke University and a Master of Science in Mechanical Engineering from the University of Wisconsin-Milwaukee. He is a Licensed Professional Engineer (P.E.) and holds certifications as a Certified Associate in Project Management (CAPM). His additional training in Lean Six Sigma reinforces his dedication to continuous improvement and operational efficiency.

With unparalleled expertise in metal balers, fluid power systems, engineering design, and regulatory compliance, Sudarshan is a recognized leader in advancing innovative solutions for industrial and recycling applications.

Joe Nelson is a seasoned engineering professional with over a decade of expertise in fluid power systems, hydraulic system design, and engineering leadership. With a strong foundation in hydraulic testing, system design, and team leadership, Joe combines technical expertise with strategic vision to lead engineering initiatives that shape the future of fluid power innovation.

Since joining J.M. Grimstad, Joe has played an integral role in advancing the company’s capabilities. As the Fluid Power Engineering Manager, he leads and mentors a multidisciplinary team of engineers, ensuring the seamless design and implementation of fluid power and electrical systems. Joe’s contributions at J.M. Grimstad also include overseeing the design and production of hydraulic power units for Galland Henning balers, a critical application in the recycling and waste management industries. His hands-on approach and dedication to quality have been instrumental in creating robust
solutions that drive operational efficiency for clients. Joe began his career at the MSOE Fluid Power Institute as an Undergraduate Research Assistant, where he gained foundational experience in hydraulic component testing, data acquisition, and contamination control. He further developed his expertise at The Oilgear Company, specializing in axial piston pump performance and endurance testing, PLC integration, and contamination analysis. As a Hydraulic System Design Engineer at Titan Systems, Joe contributed to designing automated hydraulic component test stands, troubleshooting complex systems, and advancing instrumentation calibration techniques.

A graduate of the Milwaukee School of Engineering with a Bachelor of Science in Mechanical Engineering, Joe’s career reflects a strong commitment to advancing fluid power innovation and delivering reliable, high-performing solutions for industrial and mobile applications. His leadership has fostered a culture of excellence, collaboration, and continuous improvement, empowering engineers to deliver efficient, reliable solutions that meet and exceed customer expectations.