Here is a preview of the brand new Shark One CNC milling machine by Officine Meccaniche Venete which extends and enriches the AM-GO machine park.
Shark One is a 5-axis CNC milling center with fixed bed structure and mobile column and a rapid feed speed up to 40 m / min. Equipped with a 2-axis continuous Torque head mod. TMT-40, the Shark One is able to carry out continuous machining. In addition, the torque motors guarantee a high positioning speed and precision in reading the movements positioned at the center of the rotation axis.
Thanks to the presence of this new machine, AM-GO will significantly increase its quality levels, the speed in high-end milling operations and consequently the speed of response to market needs.
In this article we will talk about unconventional Bologna mechanical machining carried out by AM-GO, customized according to customer requirements and realized, in this case, thanks to the use of traditional machine tools.
In particular, this month’s case study concerns the production of an iron cylinder composed of 2 keyed shirts to obtain a final dimension with a diameter of 350 mm and a length of 450 mm.
Challenging job given the size of the piece, out of the ordinary for any competing company that performs non-conventional Bologna machining, certainly not for AM-GO.
We produced some material about it: a video of the work done published on the YouTube channel of AM-GO, accompanied by some photos.
Working a piece of iron 450 mm in length from one phase to another, setting a machine like the Eolo 450, are not usual operations.
Not all companies operating in the field of precision mechanics have the skills and the ability to complete an artifact of this size.
The piece consists of 2 cylinders welded into each other for about 110 kg of weight on which various treatments have been alternated: mechanical operations such as traditional turning and milling, welding, sanding and polishing also manual, grinding , have characterized the process of the process.
A type of production that, unlike those usually performed by large-scale AM-GO CNC machines, enhances the craftsmanship of the AM-GO skills.
In the gallery photos at the top of this page some of the topical moments are highlighted.
For information and personalized quotes regarding the Bologna machining of AM-GO, click on the link below.
Another challenge for the imminent future, launched by the ambitious Bolognese company, has begun.
AM-GO is pleased to announce the new opening of the AM-GO branch in Quinto di Treviso.
A new operational center, a new presence on the territory, the best technology, to meet the needs of an area, that of the tri-Veneto region, particularly sensitive to the quality of mechanical work carried out by AM-GO.
The branch of Quinto di Treviso, located in via Brondi 16D, in the heart of the industrial center, active since July 2017, using the know-how and expertise of more than half a century of activity of the consolidated Bologna office, performs mechanical turning and milling operations both traditional and CNC with a high degree of complexity.
For any information on our work or to send us a request for a quote, you can contact the branch at the following addresses:
A new machine tool to make our range of action more and more in terms of our specializations: mechanical machining.
This is why we have further enriched our already extremely varied fleet of machines with the new OMV BPF3 CNC milling machine with Heidenhain control and a tilting head.
Its work axes are important for those working in the sector:
X 1803 mm
Y 700 mm
Z 564 mm
Thanks to the help of the tilting head and its operational flexibility, the OMV milling machine performs machining on medium-large size parts, guaranteeing a high dimensional balance accuracy on the pieces.
This will positively impact on the expected delivery times.
The sectors of use of the OMV OMV milling machine are varied: from automotive, to packaging, to heavy industry.
For any kind of information regarding the possible fields of use of our OMV milling machine or for a personalized estimate regarding our mechanical processes, you can contact us by clicking on the link below:
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