Rigging bollards and rigging plates are essential components used in tree work and arboriculture for safe and effective rigging operations. They provide anchor points for attaching ropes and rigging equipment, allowing arborists to control the movement and direction of tree branches during removal or pruning.
Since its launch in 2009, the STEIN RC3001 has proven to be one of the most respected, sought after lowering bollards on the market, used and trusted the world over. For...
The RC-2001 is a medium-duty single bollard lowering device. Weighing in at just over 5kg it can easily be mounted by one person by utilizing the top attachment point as...
Working ropes can easily be wrapped and unwrapped without removing the RC Device from either its main anchor point or the top attachment point. Features The bottom anchor point has...
The Invert-A-Wrap is a lightweight and compact rope friction device. Designed to be used in either orientation and has a working load limit (WLL) of 750kg ideal for lowering timber...
OMEGA-16 Spliced Sling with Friction Ring Insert Low friction rings are an extremely versatile and lighter alternative to a standard rigging block; low friction rings are not designed to replace...
OMEGA-20 Spliced Sling with Friction Ring Insert Low friction rings are an extremely versatile and lighter alternative to a standard rigging block; low friction rings are not designed to replace...
The all-new LD Invert-A-Wrap Range. The Invert-A-Wrap is a cost-effective rope friction device designed for lowering timber / objects from an elevated position in a controlled manner.The user-friendly design can be...
The all-new LD Invert-A-Wrap Range. The Invert-A-Wrap is a cost-effective rope friction device designed for lowering timber / objects from an elevated position in a controlled manner.The user-friendly design can be...
The all-new LD Invert-A-Wrap Range. The Invert-A-Wrap is a cost-effective rope friction device designed for lowering timber / objects from an elevated position in a controlled manner.The user-friendly design can be...
