Columbus McKinnon Corporation (CMCO), a designer, manufacturer, and marketer of motion control products, technologies and services for material handling, has expanded its portfolio of rigging attachments for synthetic slings to include CM Quick Connect Hooks, CM Flat Eye Rigging Hooks and a more comprehensive line of CM Weblok Assemblies. 

“Columbus McKinnon is excited to offer a comprehensive line of American-made products to meet customer demand for safe and high-quality synthetic sling rigging attachments,” said Troy Raines, Global Chain and Rigging Product Engineering Manager. “We know customers are interested in protecting their investments and their people. We designed our rigging products to help them do just that, offering unique features that extend sling service life, while increasing operator safety and productivity.” 

CM Quick Connect Hooks are a quick and easy way to add load attachment points to any synthetic sling by eliminating the need for additional hardware or assembly tools. Designed with a large, flat bearing surface and recessed area that together prevent the sling from bunching and shifting, Quick Connect Hooks allow synthetic slings to be used safely and at full capacity. In addition, to help ensure easy and proper rigging, Quick Connect Hooks are color coded to match common synthetic sling capacities. 

CM Quick Connect Hooks are a quick and easy way to add load attachment points to any synthetic sling.

To promote longer sling life, CM Flat Eye Rigging Hooks provide a wide, smooth, load-bearing surface that won’t damage synthetic material. The flat eye opening also eliminates bunching and pinching of the synthetic sling to ensure it can be used at full capacity. 

For maximum versatility, CM Weblok Assemblies allow for quick and safe sling attachment, whether you’re attaching chain and a master link to a synthetic sling or a synthetic sling to a synthetic sling. Available in two designs, including synthetic-to-attachment and synthetic-to-synthetic, CM Webloks feature either single or double load pin retention depending on your application’s safety requirements.