Case study: Powerclear and the Magni 6.30
We recently worked with Gold Coast-based arboriculturalists Powerclear to help improve their efficiency in tree removal using the Magni 6.30 with the forestry kit. Previously, it took their team four workers and eight hours to complete tree removal jobs. However, since implementing the Magni machine, the same task was accomplished in just three hours. This accounts for a 50% increase in productivity, demonstrating the time-saving potential of the machine.
Powerclear's integration of the Magni 6.30 with the forestry kit highlights the functional improvements and benefits of this machine in arboricultural work. With a 50% increase in productivity and improved safety during tree removal operations, the Magni machine proves to be a valuable addition to Powerclear's equipment fleet. These positive results have generated additional interest from other arborists, indicating the potential for broader adoption of the Magni 6.30 with the forestry kit in the industry.
Powerclear made the decision to purchase the Magni 6.30 with the forestry kit as an additional feature to their existing equipment. This decision was driven by the machine's demonstrated ability to improve productivity and enhance safety in their arboricultural work.
The Magni 6.30 is not a new machine, but the addition of the forestry kit has introduced new capabilities for arboricultural work. The focus of this case study is on the functional improvements and impact of the forestry kit specifically.
This case study explores the effectiveness and functional improvements of the Magni 6.30 with the newly added forestry kit. We will examine the experiences of Powerclear, an arborist company that integrated the Magni machine into their operations. By analyzing their feedback and productivity improvements, we aim to understand the benefits of this machine in arboricultural work.
Powerclear also reported that the combo of machine and extender made for a much safer option onsite for clearing large trees. The enhanced functionality and reach of the machine allowed for more efficient and secure operations, reducing the risk associated with manual tree removal.