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Showing posts with label vertical machining centre. Show all posts
Showing posts with label vertical machining centre. Show all posts

Wednesday, 8 October 2014

Breton NEWS at BIMU fair - Milano

Good morning,
I visited the BIMU exhibition in Milan last Thursday and I noticed a significant rise in visitors compared to last year: indeed a good sign.
Breton presented the Matrix 1000 Dynamic machining centre while producing a gear wheel 1.100 mm in diameter.

Due to space problems, Breton exhibited only the RAM of the new Breton TITAN” machining centre, a POWERFUL machine with a moving portal making it the ideal solution for high-speed machining of large components made of titanium, superalloys, steel and special alloys.


This vertical machining centre was designed for machining complex workpieces that require various operations such as milling, boring and tapping thus satisfying the requirements of a broad range of applications in the aeronautical, energy, die manufacturing and precision engineering industries.

MIRAGE head
The machine is equipped with a newly developed 45° head (Breton patent). This head, which is unique of its kind, is composed of a “C” axis, equipped with  “Direct Drive” motor and firmly connected to the vertical RAM, on which the head is fixed. 
Inside the head there is both the 45° “B” axis Direct Drive motor and the brushless motor spindle for power-machining operations. 
This solution allows to mount a mechanical spindle on the “B” axis by means of solid clamping devices.
This spindle has been developed so to make maximum use of the motor power included in the head or alternatively to use an electrospindle



This technology grants high flexibility in machining, such as low-speed and high-speed milling operation,   and turning machining operations as well: all is obtained by using only one axis and the same head!
For info write to mail@breton.it
We’ll get back to you promptly.
Well, that’s all for today, thanks for your attention.
Bye-bye.
Sergio Prior

Wednesday, 16 January 2013

Breton vertical machining centre MATRIX 800 and MATRIX 1000 - ideal solution for moulds

hello,
today I'll show you how our high speed vertical machining centres Breton MATRIX 800 and MATRIX 1000 are used excellently in the machining of the molds.
1 - Vertical machining centre MATRIX 800






2 - Vertical machining centre MATRIX 1000

For more INFO and price write to mail@breton.it.
We’ll get back to you promptly.
Well, that’s all for today, thanks for your attention.
Bye-bye
Sergio Prior

Tuesday, 24 April 2012

Breton Flymill - how to make a giant gear wheel

Hello,
Our customer, Pushpak Trademech Ltd., sent me this amazing photo showing a gear wheel completed after a lengthy work.

It is one of the largest gear wheels ever built, with a diameter of some 9.5 metres.
 In the video below you can see how the Flymill 1600/K80, a high-speed vertical machining centre produced by Breton SpA, machines one of the four sectors composing the gear wheel.




Click here for more INFO 

Sergio Prior

Thursday, 22 March 2012

Thursday, 8 September 2011

Breton at EMO Hannover. HALL 13, Stand A54

Breton S.p.A.  is pleased to invite you to the next EMO exhibition in Hannover. On this event we will be glad to personally show you the renewed range of products and solutions we developed to obtain the utmost efficiency in high-precision machining.
 Come and visit us at  Hall 13, Stand A54,  where particular emphasis will be dedicated to:

TITAN - for milling superalloy, special alloy and steel parts
TITAN is a moving portal milling machine, combining  stiffness and power with high dynamics in an absolutely innovative and exclusive way. Thanks to its 5 interpolated axes and its incredible versatility, TITAN  is the optimal milling solution for any material, from titanium to alloy steels, superalloys as well as  high speed machining of light alloys.


XCEEDER - designed for milling medium-size parts made of superalloys, steel, aluminium and composite materials
XCEEDER 1200 RT: highly automated 5-axis machining centre also equipped with a unique software package to process and machine gears having any kind of geometry and market standards.

FLYMILL : A model of machining centres riconfirming its success and keeping expanding
FLYMILL 1600, rapid and extremely accurate, is displaying its constructive quality and remarkable dimensions at the EMO exhibition. In various sizes and configurations, the Flymill series is today available even with shorter delivery times.


You will then discover which further innovations have been introduced as for:

EAGLE –  for milling light-alloy parts, composite and resins 
Wood and resins, plastic and composite materials, aluminium and the most complex light alloys are all gathered in one machining centre: EAGLE, 5 interpolated axes, gantry-type structure with mobile bridge and 
 different  dimensions which can be all customized. In brief, it’s the ideal solution granting versatility, efficiency and cost reduction.

RAPTOR – born for milling, trimming, contouring and drilling composite and resin parts
Moreover, Breton will present the updates concerning  RAPTOR, the high-speed vertical machining centre, ideal for milling, contouring, trimming and drilling composite and resin parts.
We are looking forward to meet you in Hannover , from September 19th  to 24th , getting the chance to send you our best regards.

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, 6 June 2011

Breton Eagle, a gantry machining centre for high speed milling operations on engineered materials and alloys

Eagle is our new gantry machining centre specifically designed for high speed milling operations on aluminium and engineered materials.  The 5 interpolated-axis mobile beam makes this new Breton product the perfect choice for machining complex 3D components used in the aerospace and civil aviation industries.
 
Efficient and flexible 

Even the most demanding  jobs are no obstacle for Eagle. Thanks to the flexible configuration of this work centre you can deal with the most demanding milling operations with maximum performance.  
Eagle has a working range which spans from 2500x2000x1000mm up to 20000x5000x2500 mm and over with the double crossbeam and double ram and is ideal for pendular operations.


High speed machining and maximum milling performance 
The twist head, which can be positioned at any angle, allows for mounting 40kW spindles with rotation speeds of up to 28000 rpm providing this work centre with improved milling efficiency and performance
This symmetrical twist head with continuous axis C rotation and 0° up to +115° rotation of axis A give Eagle extraordinary and unsurpassed performance ideal when machining complex profiles with 5 axes.  The linear axes which travel 85m/min provide this work centre with maximum speed and precision even when milling undercuts.


Safety and improved productivity
This work centre is completely enclosed and all the various assemblies are mounted on the upper part of the machine  allowing the operator to work with maximum precision and in total safety.

Discover more about Eagle
To learn more about Eagle  please contact us at Breton.  Write to mail@breton.it or simply fill in the form provided on our Sales Inquiries page or if you prefer  call us on +39 0423 769220.

Tuesday, 17 May 2011

Blisk machining on Breton Xceeder 900 RT high performances machining centres

Xceeder 900 RT
Blisk is a titanium or inconel aero engine part used in the cold section. In the past blisks was made with many single blades locked in a rotor shaft, but today the new trend is to have the blisk made in only one part.   
For this purpose customers need machines tools more sophisticated and efficient to have the maximum reduction of production time. In this case  the blisk milling process start from a titanium  blank with  diameter of 620 mm, thickness of 130 mm, 19 blades of 180mm height. The single blade thickness vary from 2 mm at the end  to 4 mm at the centre. 
Breton goal was to define tooling and technology to work the blisk in only one set-up cutting down the actual total working time.


The blisk is machined with Breton Xceeder 900 RT, 5 axes high speed vertical milling center with direct drive rotary tilting table with X,Y,Z stroke of 900x900x600 mm rapid axes up to 60m/min and electrospindle of 40 kW continuous power, 137Nm torque and 18000 rpm. 
The toling is studied to accept different kind of blisks and with only one locking procedure the operator can clamp the piece with the right preload. 
Roughing phase  is obtained with two different strategies: at the first the machine open the cavities with  three axes step plonging strategy and than it take away the rest material with three axes step contouring. 
Figure 01: a 19-blade blisk for turbojet bypass aircraft engine
Figure 02: raw part, forged in Titanium (Ti Al6 V4)
Figure 03: workpiece placement on the machine
Figure 04: workpiece rough-cutting in axial penetration
Figure 05: 1st level roughing-out in axial penetration
Figure 06: 1st level roughing-out restart in contouring
Figure 07: 2nd level roughing-out in axial penetration
Figure 08: 3rd level roughing-out in axial penetration
Figure 09 : Bottom semi-finishing
Figure 10: Reduction of the blade bottom union
Figure 12: Ball set-up PHASE before starting the mechanical probe calibration. 
Semi-finishing and finishing blade and bottom phases are realized with continuous five axes strategy. 
Breton for these applications has developed also a special software to measure in process blade’s dimensional and geometrical parameters and it is capable with the measuring result to adjust the final working cycle  to obtain the blade in the defined tolerances.  
The final result is that Breton with its machine and technology has saved the 23.8 % of the total working time.
Figure 13: view of the bottom, blade – bottom union radius machining
For more INFO click here or write to mail@breton.it
By-by
Sergio Prior