

In our normal work, ie, repair and reconstruction is not usual handling large machinery that can not be transported in full.
This Mandrino Juaristi vertical travel of 4,500 mm horizontal and 8000 has allowed us to carry out work on all sections that make up a reconstruction, from the grinding of the spine and the longitudinal axis to guide the construction of the new cabinet containing all equipment and drive systems with digital control.
With modern tools, we are able to certify the level of righteousness values that are difficult to obtain in the ground of new smelters. If we addnew elements such as axes, crowns, ball screws and nuts, water pumps and generally everything is subject to erosion or wear, we have a spectacular result.

With the adjustment tool "Easy-Laser", we can verify the geometry of the shaft and leveling. With the "ball-bar" we have a graph of thedynamic behavior of the relative movements and with the interferometer measurements to make corrections optical systems.
In the pictures we see the old state of some parts and rigorous method of cutting that took place in the preliminary work in preparation for reconstruction.
We have made technical improvements in equipment, mechanical, hydraulic and control for a solid performance sturdy structurecomparable with
With a very smooth, surprisingly, the possibility of operation with an installed capacity of 80 kW for a variety of fast roughing or a glossy finish on the same piece.


The products manufactured meet the goals and finishing dimension, reducing the time expectations of 30% due to increased stability of the cutting tools that have an average and a longer life.



Moving the mouse over the pictures you can see the final result.
IN-SITU MACHINING
THE IN-SITU MACHINING
At the current level of technological development, the industry often use parts with high precision requirements.
So, the manufacture of motor vehicles or the molds for plastic parts we can find two paradigmatic examples.
Similarly, in large mechanical systems, it is common stock demands very small adjustments.
In fact, the tolerances are very small in large structures such as large sections of metal bridges and blocking parts of ships.
In this type of structures that, for reasons of size or use, are considered still in development, replacement or repair of large parts, the machining on the site is presented as the most natural solution if you can get the same standards of accuracy and definition.
Fine and Gomez has developed the ideal solution for on-site machining tolerances of the small pieces by applying the technique and knowledge of CNC. That means we handle large while the motion control using servo systems and digital controls.
This allows us to carry out operations so far only allowed static workshop machines, interpolation, thread, cones, etc, etc, all with traditional details that provide digital operating controls.
With a complex system that adapts to the mechanical dimension of the system to the machine, we can work with very small dimensions or fixed surfaces.
This type of machine greatly simplifies the work of restoration and renewal in civil engineering, machining enabling short periods of time to achieve high quality finishes