The animation shows a Konecranes Die Gripper Crane in a Stamping Plant at a Press Line with five moving bolsters on both sides of Press doing a die set change. Idle station for bolster number 5 is not shown in the animation for simplification.
The animation shows a Konecranes Die Gripper Crane in a Stamping Plant at a Press Line with five moving bolsters on both sides of Press doing a die set change.
Konecranes delivery to the plant:
Two Gantry Cranes,
One (1) pulpit chair,
One (1) Remote Operator Station (ROS),
One (1) Main User Interface (MUI) which interfaces with both cranes,
Two (2) sets of electrical control panels (one for each crane), Three (3) orange peel grapples as well as semi and full 3-shift automation capabilities.
Konecranes delivered a train loading system for Metsä Group’s bioproduct mill in Äänekoski, Finland in 2017. The train loading system is of a new innovative application design, which is able to move 1,100 tons of pulp per hour onto the railway wagon.
Lifecycle Care is our comprehensive and systematic approach to maintenance, supported by world-class tools and processes. In order to deliver Lifecycle Care in Real Time, we use the Industrial Internet, connecting data, machines and people.
The yourKONECRANES.com customer portal gives you quick and easy access to your crane maintenance information. Aggregated data can be viewed, analyzed and shared quickly, for a single asset or an entire fleet. Insights can be drawn by observing anomalies, patterns and trends, helping you make informed, fact-based, maintenance decisions.
Learn what it's like to be a Konecranes Service Technician by following one of our own throughout his daily service activities.
The Konecranes Training Institute conducted a study to determine the source of overhead crane incidents including an analysis of fatalities and injuries.
Lifecycle Care is a systematic, consistent, comprehensive and professional approach to crane maintenance that is supported by world-class tools and processes.
All cranes have a finite service life. The Konecranes Crane Reliability Study (CRS) is an engineering assessment that studies the current condition of your crane and provides a theoretical estimate of its remaining design life. The study looks at structures, mechanical components and electrical systems, and highlights possible maintenance and modernization needs.