How does CNC Machining Operate?

CNC (Computer Numerical Control) is a mill that can be instructed what to do by a computer program. Consisting of 3 main components. First, is the mill which has a rotating spindle that can run any number of cutting tools including fly cutters, drills and other examples of end mills. It’s a drill like tool which unlike a drill bit can cut sideways or up (z axis) and down (Y axis). It has a table that moves sideways (x axis). All the (x), (y) and (z) movements are driven by little stepper motors which can be controlled with very tiny and precise increments.

By combining x, y and z movements all at the same time, extremely complex parts can be produced with tolerances in the thousands of an inch range. Additionally there’s a much larger motor that’s responsible for the spindle. All these motors can be made to run slower, faster, backwards, just in any way. There are various add-ons to the machines such as lubricants. You can also control the tool holders by adding a pneumatic gizmo which helps you change tools relatively quickly without tightening or untightening the drawbar which holds tools in this spindle. Addition of enclosures is possible so that the tool won’t splatter all over. You can add a stand, fourth axis tray that accumulates all the waste when you cut. Inside the mill is an electronic control system which tells all four motors what to do controlling speed, direction and movement of the spindle.

How can I use a Milling Machine?

It’s without a doubt that the most adaptable machine instrument is the vertical mill milling machine. A mill can be used to flatten, bore, drill, chamfer, profile amongst other things. There are mini mills, mill drills, side mills and vertical mills. Milling machine is made up of a vertically mounted motor and a spindle, a table that can be moved around with good precision and a mount or body keeping everything together. Milling machines employ small cutters such as ball end mills, four flute mills etc. They however can also drive big fly cutters, boring bars, involute gear cutters and other increasingly arcane cutting tools. The mills fit into high precision Kaulitz which mount to the spindle and are capable of making cuts with a very high degree of accuracy.

You can also mount drilling chucks onto the spindles of mills and perform conventional drilling operations. There are many types of milling machines which can prove difficult to choose when deciding which one to buy. The smallest one is the mini mill which is used by people who make models e.g. model steam engines, model railroads etc. Next up is the mill drill, a tool which borrows attributes from both the drill press and full-sized vertical mill. Mill drills will typically have horsepower in the one horsepower range. On the high end you’ll find the vertical mill, sometimes called the Bridgeport which is the company which introduced it in the first place. They weigh several tons and consist of a motor and spindle, body and knee where the table is mounted and have a greater one a half horsepower range.

Brass in precision cnc machining, wath you need to know

In precision cnc machining, brass is an oxidizable alloy formed by copper (Cu) and zinc (Zn) and optionally other elements. They say the brass rails formed only of copper and zinc, ternary those in which there is another element and quaternary ones where there is a quarter of a chemical element that characterizes the league.

For the brass binary one speaks of α phase when the zinc content is less than 36%. These brasses have an excellent cold workability (drawing and molding) and a good hot workability. The alloys with a 45% higher percentage of zinc have no practical interest.

The copper-zinc binary, also in precision cnc machining work progress, alloys are normally machined by numerical control machine (CNC machining precision), but their toughness causes the formation of very long chips. To obviate this drawback it adds that of lead, remains completely separated from the alloy and, due to its lower melting temperature, is the last element to solidify. So, it will be distributed to the edges of the grains of the copper-zinc alloy making very short chips or even dusty and safeguarding cnc machining services.

The brasses are also referred to lead-dried brass and are used for the pieces machined on a lathe, such as valves and faucets. CuZn39Pb3, in particular is used for gears, pinions and for all those details to complex shapes requiring a machine tool working by removal of very high-speed chip.

Any info about precision cnc machining? If you need more info or a free consulting please contact us: +39 0442 412271 – info@meccanicatmg.it

Precision mechanics for industry: discover T.M.G

Precision mechanics is a discipline of mechanics that deals with the production of machine parts for the industrial, agricultural, medical.

One of the machines used for the construction and maintenance of these machines is the lathe. Its history is very old, there are traces from prehistoric times, when it was used to produce vessels.
Of course over the centuries it has been perfected, and today there are several types, specialized for the type of production.

The latest evolution in the field of precision mechanics of the lathe is to numerically controlled, also called CNC lathe (Computer Numerical Control).
It is a machine completely controlled by a computer, in which are inserted the parameters of the workpiece that is to be produced. The machine parts move in totally automatic mode, and the computer, during processing, the signals received by sensors that allow it to monitor the smooth running of the work. If, for any reason (such as tool consumption) sensors detect abnormalities in the production of the piece, the computer makes the necessary corrections during construction. The precision of the pieces obtained with this machine is measured in the order of hundredths or thousandths of a millimeter.

Who’s T.M.G.?

Our company was born in 1996 in the province of Vicenza as a small company of precision machining and, in 2000 the need to have more space for our production, it led us to choose the venue of Zimella, in the province of Verona, where, still today, all the realization of our products happens.
From the beginning we have augmented the machinery and the organic; since there, today, all our products made by the qualified staff are shipped.
We have 20 years of experience in the field of precision mechanical components, but we continue to invest in the technology innovation and in the quality of the final product.
Our company structure it’s composed of Carlo, Luca, Paola Pasqualotto and Agostino Dalla Gassa, all daily engaged with highly responsibility roles inside the company.

Our team, instead, is composed of more than 20 qualified workers in the precision machining coordinated by a head of production and by a head of quality control, both of them always in direct contact withe their own customers.

For any info please contact us: Tel. +39 0442 412271 – info@meccanicatmg.it

Realizing mechanical details with precision CNC machining

CNC machining? The TMG company deals with design and implementation of specific machine components and adapted to different industrial sectors.

TMG uses the latest technology and the help of a park machines of the highest level such as lathes and CNC precision machining and milling machines, allowing the company to produce high-precision mechanical parts for every specific need and in different materials.

For numerical control, or CNC refers to a programmable electronic system that allows a machine to perform a task cyclically, without human intervention. In this way, the machines work at predetermined pace and in a much more fluid, allowing also a considerable rapidity in the performance of designs.

When a company, such as agricultural, needs a particularly high precision mechanic, send a request to our company. TMG, then, creates a technical drawing, where necessary, and produces a basic budget to be submitted to the client. In case of acceptance of the quotation, TMG provvere processing of mechanical part.

TMG follows the creation process step by step, adapting – when possible – their work to the needs of the customer.

Do you need info about CNC precision machining?

Please contact us: tel: +39 0442 412271 
Email: info@meccanicatmg.it

Machining and processing of high precision mechanical parts

For the production of high precision mechanical parts after the passage from the lathe machines it may be necessary to rectify an additional treatment of the grinding components. This adjustment allows you to also eliminate the last residues of material and to obtain a component conforms exactly to the project. Approfondisci “Machining and processing of high precision mechanical parts”

T.M.G. the company looking for Precision mechanics. Based on customer specifications, always

Leading manufacturer of precision mechanics for machining in CNC: T.M.G. It is the company that you were looking for. What makes us proud of our business is the expertise and experience gained over the years that make our products are indispensable for companies in the hydraulic field, automotive, medical, food and many others. We have a team of experts in the production of precision mechanics has always been committed to ensuring quality and reliability to customers. Approfondisci “T.M.G. the company looking for Precision mechanics. Based on customer specifications, always”