M135L

Epslink is EPSILON’s patented link-rotator combination. It features an extraordinarily robust four-eye-cast link with internal hose routing – and combines with Epscope to provide a practical, professional solution.

Epscope is EPSILON’s patented extension boom system, available in both single and double telescope variants. The extension cylinder and hose equipment are mounted internally, which allows operators to work safely without the risk of mechanical damage to key components.

This specialist surface treatment lays the foundations for long-lasting surface protection. PALFINGER’s Marburg and Lengau production facilities feature fully automated cathodic dip coating lines.

This treatment starts by degreasing and rinsing components before activating them, applying a zinc phosphate coating and then rinsing again. This is followed by passivation and a final rinsing step with ultra-pure water before the components undergo cathodic dip coating. Sophisticated robotic systems then finalize the process.

At EPSILON, we apply the finite element method to optimize our crane construction processes. We have deployed this state-of-the-art modeling technique for several years to refine all supporting elements made from fine-grain steel.

We develop every shape and detail based on function and practical application. Our designs follow a clear technical logic that ensures efficient, intuitive operation and high performance. This approach combines technical precision with a clean, functional aesthetic.

The High-Performance Stability Control (HPSC) system optimizes operator comfort and safety, even during deployments in confined spaces.

In dense urban areas or when surrounded by moving traffic, it may only be possible to stabilize the crane unilaterally – if at all. HPSC ensures that crane operations can be performed safely in such situations by removing the need to ensure that predefined stabilizer conditions are met.

Compared with conventional proportional systems, the optional HPSC system from PALFINGER EPSILON comes the closest to achieving true stability. The HPSC and HPSC-L systems offer real-time calculation of the lifting capacity, taking account of factors including the support situation and slewing angle.

The High-Performance Stability Control (HPSC) system continuously monitors the extension of each outrigger and adjusts the crane’s lifting capacity accordingly. This ensures safe crane operation, regardless of whether one or both outriggers are partially or fully extended.

The High-Performance Stability Control Light (HPSC-L) system relies on a simple two-step monitoring process, in which outriggers can either be fully retracted or fully extended. The crane’s full lifting capacity is only available when the corresponding outrigger is fully extended – for a straightforward safety solution.