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  • Maria Targońska

Relocation of the injection molding machine between plants



Strategic Relocation of an Injection Molding Machine: A Case Study


The relocation of an injection molding machine between industrial plants is a complex logistical endeavor that demands meticulous planning and execution. This case study provides an in-depth look at the specific steps taken to ensure a smooth and secure transfer of such a machine, highlighting the preparation, disassembly, transportation, and reassembly phases of the process.

Preparation and Disassembly

The initial stage of the relocation process involved extensive preparation of the site to accommodate the disassembly of the machine's individual components. The engine and extruder, critical to the machine's operation, were carefully secured and packed onto euro pallets, a measure taken to safeguard them during the transit. The disassembly was conducted with precision, ensuring that each component was intact and ready for the subsequent stages.

Transportation Mechanics

The core of the injection molding machine was made up of two primary elements, with substantial weights of 14 and 10 tons. The movement of these components was facilitated by hydraulic power, showcasing the reliance on advanced machinery for such industrial relocations. A combination of hydraulic lifts and transport rollers, with a capacity of up to 32 tons, alongside a 3-ton forklift, were strategically used to remove the machine from the hall safely.

Loading and Securing for Transit

Following the detachment of the components, a 45-ton hydraulic crane was brought into play. Its role was to load the parts onto a truck, a task carried out with an emphasis on security to prevent any transit-related damages. The meticulous securing of each part was a testament to the thoroughness of the relocation process.

Journey and Reassembly

The journey from Racibórz to Gorzów Wielkopolski marked the next phase, where the machine was destined for its new operational home. Upon arrival, the unloading and careful reassembly of the components were undertaken in the new hall. The alignment and leveling of the machine parts were performed using a frame level, ensuring that the machine's functionality was optimal for its industrial duties.

Duration and Efficiency


The entire relocation process, encompassing disassembly, transportation, unloading, and reassembly, was completed over four working days. This efficiency was a direct result of the well-coordinated efforts of the team and the machinery at their disposal.

Machinery and Equipment Utilized


The project's success hinged on the use of specialized machinery and equipment, including hydraulic lifts, transport rollers designed for heavy loads, a forklift, and the pivotal 45-ton hydraulic crane. Each tool played a crucial role in the efficient and safe execution of the machine's relocation.

Conclusion: A Model of Industrial Relocation


In summary, the relocation of the injection molding machine was a demonstration of industrial precision and logistical expertise. The process serves as a model for similar industrial relocation projects, showcasing the importance of each step from preparation to the final reassembly. The case study underscores the necessity of a strategic approach to the relocation of heavy machinery, ensuring minimal downtime and continued productivity in the manufacturing sector.

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