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Showing posts with label high speed cnc machining centre. Show all posts
Showing posts with label high speed cnc machining centre. Show all posts

Monday, 8 July 2013

Mold machining: Promises kept with Breton Matrix

Meeting the delivery times and high precision parts are the foundations of company philosophy for Focus on molds. To keep these trump cards in our hand, the company puts its trust in qualified personnel and hi-performance machine tools such as the Breton Matrix 800 K25/2T.

Designing injection or pressure die-casting molds is an interesting challenge for the engineering department, as these components push the designers’ creative energy and come up with new solutions. The special feature of the molding process is that two similar pieces need different dies: just a small geometric variation may mean redesigning the shape and position of elements such as deburring chambers or heat exchangers. This redesigning is frequently required in the automotive industry; imagine how many parts change shape from one car to the next, or even two different versions of the same model.

So similar, so different
“Molds may seem all the same, but every customer has its own special requirements as the mold will be used in different ways on different presses to those of the competition,” says Giuseppe Ghilardi, general manager of Focus on molds, “so there's a study I might even call tailor-made that goes into every die and punch design developed by highly qualified personnel. Here at Focus on molds we dedicate a great deal of time and energy to our employees, concentrating our efforts on their training and rewarding those deserving the highest praise. We're convinced that the quality of the parts and therefore customer satisfaction is the result of their work, rather than just the performance of the machine tools. This has been our philosophy since 2002, when we launched the brand.”

Over a decade of success thanks to an important change of direction in 2002 when the new management took over a company established in 1979, completely restructuring both the staff organization and work method. 
At the end of 2012 we moved to the new works in Cologne (BS) with an area of 10,000 m2, half of which covered. “During the transfer, we took the chance to assess the conditions of our machine tools, to see whether it was worth moving them, or if it was more economically viable to purchase new models,” mentions Ghilardi. “In the case of Breton, in the old works we had a machine with seven years of service, and although it still managed to keep up with the required quality standards of production, some minor imperfections had begun to appear.”

More than words
The positive results in these seven years convinced Focus on molds to continue collaborating with the Italian company, purchasing a Matrix 800 K25/2T. “Until a few years ago I hadn't even heard of the Breton machines,” continues Ghilardi. “During our first meeting I was told their product had certain characteristics and could offer a certain type of performance. I'm happy to say that the promises made by the sales staff and technicians were kept, not just when the machine was purchased but in time too. For this reason, when it was time to renew our machines we were in no doubt whatsoever and contacted Breton immediately.”

Initially Focus on molds asked if it would be possible to retrofit the old model already installed, but the characteristics of the Matrix 800 K25/2T in the catalog convinced the company from Brescia to invest in a new machine. “The Breton technicians explained that the new machine had numerous improvements to reduce head noise, improve recovery from thermal expansion and improve accuracy on some machining types even more than before,” Ghilardi adds. “As the promises made have always been kept, I put my trust fully in the new machine and signed the contract.

As this machine is mainly used for finishing and superfinishing molds, the improvement in precision and maintaining this performance in time were parameters of fundamental importance. As well as the difficulties associated with the dimensional variations of the molded piece in fact, there is also the problem of having to produce net shape components with very close tolerances. 
The Matrix 800 K25/2T meets these requirements with ease, thanks also to its very rigid head and the ability to work at high rotation speeds, which lets you work a wide range of materials.

Punctual precision
This machine is ideal for making the majority of molds, which otherwise would need to go through a spark erosion process, increasing production and delivery times. It's important to emphasize that timely performance is something of a motto for Focus on molds: we're proud to say that over the years we've always managed to deliver our customers' orders by the date of delivery. 
90% of our production is for the automotive industry, and when working with the major names like Audi, Mercedes, BMW and Jaguar you must be fully aware of your potential and times, because delays will surely mean a customer lost,” states Ghilardi. “This is extremely important for us, as first and foremost it's an indication of our professional standards and lets us establish trustworthy relations with our customers: if the customer trusts you, you're sure to be one of the first suppliers they'll contact for future orders. The problem is that the person placing the order takes precision for granted, and requests tighter and tighter deadlines

This means we have to take great care when deciding which proposal to accept. Sometimes in fact in spite of everything we've had to turn down interesting projects because of the impossible deadlines, despite the fact that from a feasibility point of view they were well within our scope. A contract we signed recently represents a different case though, as the customer gave us an ultimatum in terms of the number of parts and the delivery date for consigning the job. We accepted, despite the fact the contract would mean a notable effort on our part, putting our trust in the potential of the Matrix 800 K25/2T.”

Precise, versatile, reliable
The Breton machine is a highly versatile milling center that can meet any work requirements, thanks also to its extensive operating range that lets you position a complete mold without having to remove it, if only minor milling is required. Furthermore, thanks to its 5 axes, the Matrix can perform complex operations and the workpiece can be positioned on the machine in one simple operation, so there is no time wasted and there can be no errors in precision as the piece doesn't have to be moved. 
The main advantage is the way the head moves and turns,” explains Ghilardi. “The Matrix can perform complicated movements extremely easily also thanks to the numeric control installed, which may be either a Heidenhain or Siemens NC, and simply transmits the data from the Cam program to the machine, so it responds as quickly and smoothly as possible.” This makes the Breton machine very easy to use, so easy in fact that training here at Focus on molds is limited to new personnel, and is basically only on learning how to use the NC.

On paper, Matrix is a machining center that's easy to use, and in practice it's proven to be highly reliable too: until now the new machine hasn't needed any kind of repair call, even tele-assistance type. This is a very interesting service offered by Breton, and thanks to the tele-assistance support the technicians can remotely run diagnostics and, for repairs that require field service, they arrive just with the right tools and parts to solve a problem, although most of the time problems can be solved over the phone
This is more than just an advantage in terms of image for Breton; it means customers can respect their times, as any repair call will be timely answered and targeted.

In general, we're very pleased with Breton  both from a machinery point of view and for the quality of the pre and post-sale service,” concludes Ghilardi. “They always met our requirements, and above all kept their promises. For us this means added value, because it's exactly the same way we've earned our customers' trust and is the mark of a serious and reliable partner.”
(Thanks to TM - Tecnologie Meccaniche for the article)
Sergio Prior

Friday, 5 July 2013

Wednesday, 3 July 2013

Breton vertical machining centre XCEEDER - 5 axes for Formula 1

It's a common belief that Formula 1 is the realm of speed. Actually, Formula 1 is rather the realm of acceleration, the vector enabling to reach an extremely high speed in a very short time frame.

That's why F1 racing teams ask the specialized manufacturers of rims to perfect their products so as to reduce their weight as much as possible.
In this restless seeking for lightness, the rim is engineered using the most advanced techniques such as the finite element method (FEM) that highlights the stress distribution in the piece, thus revealing the less stressed areas which can be reduced in size or thickness.

Indirectly, the FEM also enables to find the ideal geometry that allows optimizing the strength-to-weight ratio.
In most cases, the very special rims for F1 are hot forged and then turned and milled.
The extent of these machining operations is amazing: just consider that some rims weigh 35 kg when forged but once the machining is over and all the parts which the FEM considers as non-essential in relation to strength are removed, the rim weight is 3,5 kg only.

It goes without saying that high-grade machines are required to perform so complex and delicate machining operations: the control on five continuous axes and a piece holding table enabling to position it wherever it is needed are absolutely necessary.
Furthermore, since small-diameter tools are often used and pieces to be machined are made of light alloys, the spindle must feature an exceptionally high speed which just a few machines can develop.

On the other hand, such a high speed may involve vibrations that could compromise the surface finish and the miller service life, that's why an utmost rigidity and static and dynamic stability are required.
At present, very few machines meet all these requirements for real whereas Breton vertical machining centre XCEEDER 1200RT copes pretty well with all of them.
Click here for additional info about XCEEDER 1200RT

Write to mail@breton.it to ask for an estimate
By-by
Sergio Prior

Monday, 15 October 2012

As of today, gears are produced in a short while

Hello,
Sorry to insist on speaking about gears, but I’m sure that Breton system for the design, programming and production of gears is a real R-E-V-O-L-U-T-I-O-N

To this end, enjoy this short introductory video.


Have a nice day
By-by
Sergio Prior

Friday, 5 October 2012

First impressions on BIMU 2012 fair

Good morning
Yesterday I visited BIMU in Milan and I must admit there was a breath of fresh air since I noticed more visitors and a greater interest with respect to the 2010 edition.
A lot of people visited Breton stand (Pavilion 9, stand D15) and were very interested in: 
the NEW Matrix 1000 DYNAMIC
NEW gear machining system
and in all the different workpieces manufactured by our machining centres we exhibited.
Here you can see some pictures I’ve just downloaded from my camera



 Matrix 1000 DYNAMIC







NEW gear machining system











Workpieces manufactured






Next week we will go more deeply into these issues.
Have a nice weekend
By-by

Sergio Prior

Friday, 7 September 2012

NEW high-speed vertical machining centre Breton Matrix DYNAMIC

Matrix DYNAMIC is the ideal solution for applications in the aeronautical and automotive sectors, for molding and design.
The unique rigidity and dynamic positioning mean the machine can be used with a variety of components at the highest operating speeds and maximum machining capacity.
The Matrix DYNAMIC in fact, thanks to the high speed of the linear axes up to 60 m/min and Direct Drive head, with a max. rotation speed of 100 rpm and continuous C-axis rotation, offers truly unique machining qualities on complex sections thanks to the 5 continuous axes providing the highest dynamic precision.
The continuous direct drive bi-rotary head, which can be positioned at any angle in its operating field thanks to the powerful hydraulic brakes, lets you use continuous spindle outputs up to 40 kW (51 Nm or 100 Nm) at speeds of up to 28,000 rpm, giving the machine a notablemilling capacity.
The different configurations of the Matrix Dynamix (Z=1000, X = 2,200, Y from 2,500 mm to 4,000 mm,) make the machine perfect for machining medium and large workpieces made of steel, aluminium, resin and composite materials.
The full casing and kinematic mechanisms located at the top of the machine make it extremely safe for the operator to use with the greatest reliability and accuracy during machining.
The high quality and accuracy of the machining are also a result of the thermo-symmetry of the structure with a thermal stabilization system for the ball nuts, Z-axis bearings and axis drives, to keep the temperature of these components in line with that of the rest of the machine.


Thursday, 12 July 2012

The photos of the Breton Open House 2012 can be found on Facebook profile: Bretonspa












Like us on Facebook and you will receive news, information, event communications with real-time updates!
By-by
Sergio Prior

Friday, 16 December 2011

Breton Flymill working mould


 
Write to mail@breton.it to know the price and receive additional info regarding  Breton FLYMILL.
See you next time.  
By-by
Sergio Prior

Wednesday, 31 August 2011

FLYING TOGETHER FOR 15 YEARS

Breton and Rittal are the choice for Alenia-Aermacchi for the new 5-axis contouring centre. 
Rittal and Breton have been working together for over 15 years providing latest generation systems and machining centres.  Being technologically advanced does not mean just investing in research and innovation but also choosing suppliers who focus on the quality of their products and not on the cost, so as  to offer customers advanced solutions.  Breton was first founded in 1963 as a metal engineering company. 
In the 90’s it moved into the high-speed CNC machining centre market and in just a few years became one of leading companies in this industry.  Breton over the years has developed a wide choice  of machining and milling centres that satisfy the most diverse and demanding production requirements and expectations  across a broad range of industrial applications including: aerospace, aviation, defence, automotive, ship building, motor racing, gearing, energy, die making, model making and prototyping in both the automotive and precision engineering.
The Breton machining centres are acknowledged for their technology, superior production performance, innovative solutions and for the excellent quality offered.  For this reason Alenia-Ammacchi chose a new machine from the Breton Flymill range to be incorporated into their production line.
This company, located in Vengono Superiore, is a major name in the aviation market and partner in a number of defence and civil aviation projects.  The three main areas are:  design, production and support to training military pilots;  collaboration on a number of international military aviation projects; supply of components and parts to the civil aviation industry.
Alenia-Aermacchi decided to buy a  Breton Flymill for 5-axis contouring and boring with the aim of increasing production as well as  revamping their  production line.  Flymill is the new range of  Breton machining centres,  with a mobile crossbeam designed and developed in.-house, to satisfy the new high-speed machining requirements and demand of the aerospace industry.
For Alenia-Ammacchi their  essential requirement was to machine diverse materials and produce parts with a double curved surface and to do this they needed a highly precise machine with a substantial loading capacity to satisfy intense production schedules and times.
Product rigidity and performance allow for machining various types of parts at high speed with an  improved milling capacity.
Flymill thanks to the speed of the linear axes which reaches up to 60 m/min, to the Direct Drive head with a rotational speed of up to 100 rpm and to continuous rotation of axis C,  this machining centre is the perfect solution for specific production requirements  as profiling complex workpieces with 5 continuous axes ensuring and guaranteeing maximum machining precision and performance.
The Direct Drive twist head which can be positioned at any angle thanks to the powerful hydraulic brakes also allows for fitting spindles up to 40 kW with a rotational speed of up to 28,000 rpm incorporating into this machine powerful milling  performance across a choice of materials as light and specials alloys which are used primarily in the aerospace industry  for manufacturing precision components.
As this machine can offer shuttle batch operations, Alenia-Aermacchi can produce special pipes in Inconel which are used for the de-icing system in the engine as well as the external profiles located on the air inlets to the turbines and lips on the engine housing (nacelle) which require precision contouring machining.
The pipes for the de-iceing system in the engine are critical parts and as such require precision
engineering and machining.  The main problem is related to keeping the part clean during machining and precision in the holes which must be positioned correctly and must be dimensionally precise.  This is because the hot air is conveyed through the holes to prevent ice from forming in the engines.
It is of utmost importance to Rittal to launch new products on the market in collaboration with partners as Breton. To develop the automation system for the Breton Flymill machining centre only technologically advanced systems were used as the TS 8 enclosures,  VIP 6000 containers and air conditioning  systems. 
The use of Ts 8 components offers high standards of safety for the electric and electronic apparatus respecting as requested by international market standards.  The specific structure of this enclosure, produced using a 16 fold  process, integrates perfectly with the main machining centre structure. 
The heart of this centre is located in  the VIP 6000 container offering maximum flexibility and safety without neglecting design appearance and ergonomics.  Thanks to the castors the operator's panel can be positioned in any point next to the machining centre allowing the operator to work and monitor production in complete safety.
To ensure both electrics and mechanics function correctly air conditioning systems and chillers have been purposely designed to guarantee the Flymill range satisfies production standards.
Breton for over 45 years has been in the natural and engineered stone cutting and processing industry and in the 90’s moved into the CNC work centre market for metal processing and engineering  companies.  Breton is based in Castello di Godego in the province of Treviso, Italy and employs 500 people, 100 are technicians and engineers,  and incorporates an in-house modern research unit.

Monday, 18 July 2011

BULL'S EYE CENTRED - part 2

HIGH FLIERS
Nearly all of Breton machines are dedicated to the civil aviation and aerospace industries: Eagle, Raptor, Matrix, Flymill, Titan, Xceeder, Ultrix are all work centres designed and developed to machine different materials and different size workpieces. 
For example when machining lightweight structures for aviation especially  in resin and composite materials the 5-axis Eagle and Raptor work centres are the ideal choice. 
Thanks to their structure (interpolated 5-axis mobile gantry beam) these machines are perfect for milling, trimming, edging and boring complex 3D workpieces offering maximum machining precision when performing undercuts.
The family Matrix and Flymill are the choice for high precision machining medium to large size components in aluminium and special alloys used in military applications and for machining carbon fibre
Rigidity and high dynamics are distinctive features of these machines  making them ideal for machining a multitude of components and products at high speeds with maximum milling performance. 
Breton holds the patent for its exclusive  Metalquartz technology which applied to its high speed machining centres improves overall and all around machine and machining  performance.

Amongst the machines presented at the Aerospace Meeting 2011 in Kuala Lumpur, was Titan a new product designed and developed  for machining  and milling high-performance alloys and titanium. 

Titan This range consists of 3 models with a mobile gantry structure with 5 interpolated axes and which differ in terms of vertical and transverse travel (from 2500mm up to 4000mm), whereas longitudinal travel spans from 3000mm up to 8000mm and over upon specific request.
These machines have been designed for high-speed machining requirements when milling titanium and high-performance alloys, steel and light alloys. 
Titan is designed for machining complex  3-D (prism) workpieces which require various operations as milling, boring and tapping satisfying production requirements across a broad range of applications in the  aeronautical, energy, die manufacturing and precision engineering industries.

To satisfy specific  production requirements of the civil aviation and aerospace industries it is of utmost importance to be able to not only machine and mill highly complex components but all in turnaround production times whilst maintaining  superior standards of quality.  And Breton knows this.
There are four models in the 5-axis Flymill range:  1000, 1300, 1600 and 2000. The main difference between  the models is vertical and horizontal travel – 2500mm, 4000  mm and 3500mm – whereas longitudinal travel spans from 2000mm to 8000mm and over. 
The twist heads, with a continuous rotation of axis C,  axis A rotation from  -105° up to +120°, rotational speed up to 100 rpm and 40kW electrospindle,   make this solution the perfect choice for high-speed machining operations of complex workpieces as it operates along the 3 dimensions in simultaneous. Machine operation and programming is simple and user friendly.
The Flymill range of CNC vertical work centres has been designed to offer the end user an amp work area all in a compact design becoming the perfect choice when factory space is at a premium. The wide choice of accessories allow customers to customise the machine to satisfy specific production requirements.

Matrix is the new range of  Breton machining centres, with a mobile crossbeam designed and developed in.-house, to satisfy the new high-speed machining requirements and demand of the aerospace industry.
Matrix thanks to the various machine configurations and choice of models offered it is possible to have  axis X from 2500 mm up to 3900 mm, axis Y starting from 2000mm up to 8000 mm and axis Z from 1000 mm up to 1600 mm, and the perfect solution  for machining medium and large size workpieces in special alloys,  steel, aluminium, resin and composite materials.
Xceeder is the range of work centres Breton offers  for high-speed machining requirements satisfying the most demanding customers in the civil aviation and  aerospace industries.  
The gantry structure, Metalquartz technology and rotary tilting  table with direct drive are significant and important features for demanding production needs all in a compact design.
Maxima is a vertical multi-purpose 6-axis high-speed machining centre designed for milling and turning operations and machines parts with diameters up to 3500 in superalloys (titanium, Inconel etc), steel, aluminium and composites.
The linear axes can reach speeds of up to 60 m/min and worktable rotary speeds of up to 500 rpm. The axes are structurally robust and the milling/turning worktable can be supplied with  diameters of up to 3000mm,  operational torques up to 28000 Nm and loading capacities of 12000 kg.
The automatic high-speed 5-axis Breton Ultrix range is designed for milling, turning and gauging workpieces with diameters measuring up to 1200mm.  The Ultrix work centre is fitted with a powerful 75 kW spindle, 300 Nm, 14000 rpm and a specific software for manufacturing gears
This is Breton’s fully-automated answer to satisfy high quality production standards and machining precision for producing small to medium size workpieces.
For info and price write to mail@breton.it.

(by TECNE' june)