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300 Ton Lifting Beam

Estimated reading time: 4 minutes

March 7, 2016

ENSER’s 300-ton lifting beam delivers safe, flexible handling for heavy manufacturing applications.

300 Ton Lifting Beam

Customer Challenge

A global industrial manufacturer required a 300-ton lifting beam to safely handle oversized assemblies during construction and repairs.

ENSER’s Solution

ENSER engineered a custom below-the-hook lifting beam with multi-point lift options and optimized weight distribution through FEA. Using principles featured in Innovative Tooling and Fixture Solutions in Manufacturing and Engineering Services, the beam was certified per ASME B30.20.

Value Delivered

  • Compliant, versatile lifting solution.
  • Balanced load control for multi-point operations.
  • Improved operator safety and efficiency.

Ensure Safety in Every Lift

Choose ENSER’s Engineering Services for lifting solutions that combine precision, compliance, and reliability.

About ENSER

Since 1947, ENSER Corporation has been a trusted leader in mechanical engineering, tooling and fixture design, turnkey manufacturing solutions, finite element analysis (FEA), and engineering staffing services. Headquartered in the United States with operations across multiple industries, ENSER partners with manufacturers to bridge the gap between design and production through precision engineering, advanced analysis, and efficient fabrication.

From Engineering Services and custom tooling solutions to turnkey automation and below-the-hook lifting devices, ENSER delivers innovative systems that improve safety, optimize performance, and reduce downtime. Each project is guided by our commitment to quality, reliability, and continuous improvement, helping our clients enhance productivity and achieve lasting operational success.

Contact our team today to discover how ENSER can engineer your next breakthrough.

Industries We Support

  • Aerospace: Optimize weight and structural integrity for flight-critical components. Ensure durability in high-vibration and pressurized environments. Use modal analysis to avoid resonant frequency issues.
  • Automotive: Validate crashworthiness, NVH (noise, vibration, and harshness), fatigue life of chassis components, and thermal stability of underhood assemblies. Support design of electric vehicle battery casings and cooling systems.
  • Energy: Ensure structural integrity of turbines, piping systems, and support structures under thermal and mechanical loading. Analyze thermal stresses in weldments, simulate pressure cycling effects, and model fluid-structure interaction.
  • Industrial Equipment: Optimize weight and structural integrity for flight-critical components. Ensure durability in high-vibration and pressurized environments. Use modal analysis to avoid resonant frequency issues.
  • Defense: Validate crashworthiness, NVH (noise, vibration, and harshness), fatigue life of chassis components, and thermal stability of underhood assemblies. Support design of electric vehicle battery casings and cooling systems.

WE WORK WITH THE BEST


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