Services
Your Nationwide Electric Overhead Crane Engineers
EOCs, RUNWAYS & MORE
DESIGN EXPERTISE FOR LIFTING DEVICES
Since our inception in 20XX Zenith Engineering Corp. has successfully collaborated on hundreds of electric overhead crane (EOC) and runway projects for clients across the U.S. Our firm’s ability to consistently meet or exceed client expectations has earned us a solid reputation for design and drafting excellence. With a dual focus on your team’s safety and efficiency, our designs are compliant with all applicable codes and regulations, including those from agencies like the National Electrical Manufacturers Association (NEMA), the Occupational Safety and Health Administration (OSHA), the American National Standards Institute (ANSI), and the Crane Manufacturers Association of America (CMAA). Have a question? Contact us today!
We engineer these types of material-handling equipment:
- Custom electric overhead cranes
- Runways
- Hoist systems & trolleys
- Drive systems & gears
- Bridge girders & lifting beams
- Operator cabs & end trucks
- Variable Frequency Drives (VFD) / Programmable Logic Controllers (PLC)
Over XX Years of Experience
Satisfaction Guaranteed
Fully Licensed, Bonded & Insured
Free Estimates
What We Do
YOUR RELIABLE EOC ENGINEERING PARTNER
At Zenith Engineering Corp., our expertise spans all technical and operational aspects of electric overhead cranes (EOCs), runway systems, and other material-handling machinery. As your reliable design and drafting partner, we also understand the unique administrative and specification challenges associated with EOC engineering projects. Lead Engineer Jan Zdrazil is comfortable collaborating with all stakeholders, including owners, contractors, in-house engineering teams, and regulators. Our goal is ensuring that your project is completed in the safest, most timely, and efficient way possible.
- Design Services
- Drafting Services
- Legal Services
- Crane Modification Services
- Damage Repair
- Crane Runway Design
- Specialty Material Handling Machinery Design
- Lifting Device Design
- Lifting Device Capacity Verification