Sling Angle Calculations: How to Determine Safe Lifting Loads When planning an overhead lift, the load's weight is only half the equation. The sling attachment angle is equally important in determining whether a lift can be performed safely. A small decrease in sling angle can significantly increase the tension on each sling leg, enough to
OSHA Man Basket Requirements: Crane Personnel Platform Compliance Personnel hoisting is among the most closely regulated lifting operations under OSHA standards, and for good reason. Unlike material lifting, hoisting workers poses significantly greater risks and requires additional planning, inspections, and engineered equipment. Whether you're performing maintenance, steel erection, bridge work, or industrial construction, understanding OSHA's
How to Choose the Right Spreader Bar for a Lift Spreader bars play a critical role in modern rigging operations, where load control, sling angle management, and structural stability are essential. In industrial lifting environments, selecting the wrong spreader bar can introduce unnecessary compressive forces, uneven loading, poor rigging geometry, and increased risk to both
Rigging Inspection and Maintenance: Requirements, Procedures, and Best Practices Rigging equipment reliability depends on its condition. Even properly rated parts can fail if worn, damaged, or poorly maintained. For lifting operations, inspection is not optional—it's essential for safety and compliance. This resource details the inspection requirements, methods, and maintenance practices that professionals rely on to
Understanding Working Load Limit and Breaking Strength in Rigging and Lifting Equipment When selecting lifting and rigging equipment, two important terms are Working Load Limit (WLL) and Breaking Strength. These values are not interchangeable, and confusing them is one of the main causes of equipment failure on site. Whether you're lifting steel beams, precast concrete,
Proof Load Testing & OSHA: Requirements, Standards, and Compliance Tips In lifting and rigging operations, equipment failure is not just costly — it can be catastrophic. Every hook, beam, clamp, and crane component must perform exactly as designed. That’s why proof load testing exists. It provides measurable verification that lifting equipment can safely withstand forces
Advantages of Using a Forklift Boom Forklift booms are among the most versatile lifting attachments available today. When properly selected and used, they enable standard forklifts to perform tasks typically reserved for cranes, hoists, or telehandlers. From extended reach to cost savings and improved safety, forklift boom attachments deliver measurable advantages across construction, manufacturing, warehousing,
Professional Guide to Wire Rope Selection Wire rope is one of the most critical components in modern lifting and rigging systems. It is a highly engineered product designed to transmit load, resist fatigue, control rotation, and perform reliably under demanding conditions. Selecting the correct wire rope and using it correctly requires more than matching diameter
Coil Handling Equipment: Tools That Enhance Safety and Productivity Handling coils is a vital task in industries that process and move materials such as steel, aluminum, copper, and other specialized materials throughout a facility. Coils are dense, heavy, and often tricky to maneuver, which can put workers at risk and slow production if improper equipment
What Is a Below-the-Hook Lifting Device? A Complete Guide to Safe and Efficient Lifting In material handling and lifting operations, below-the-hook (BTH) devices are the unsung heroes that enable difficult and dangerous lifts. These tools attach between a crane or hoist and the load, providing stability, balance, and secure attachment. Whether lifting steel plates, glass
