Machined parts - Import export

The Dörries CONTUMAT VC series, designed as a double column portal system, is ideal for larger swing diameters of 3,500 to 12,000 mm. The VC range combines all of the advantages of the VCE range with the ability to machine large scale components just as effectively. The positive construction properties of the smaller range are taken over here in correspondingly dimensioned main components. The range also provides high levels of flexibility by combining standard modules, providing the customer with a solution tailored to suit their individual needs. The closed portal construction of the double column vertical lathe guarantees high intrinsic rigidity, while the proven cast construction ensures excellent damping and thermostability. Thanks to these characteristics customers obtain a lathe that provides high machining accuracy, with a long service life.

With the addition of a moveable table, traversing through the twin column portal design of the VC machine range, the VCV provides the ultimate flexibility for machining large components. In addition to the «on center» machining capability of a standard lathe the VCV machines are able to machine eccentric features. With the use of our extensive range of standard milling and drilling attachments, the VCV machine range is capable of full 5 sided machining of components up to 12,000 mm in diameter and 350 tons in weight. On machines with a Yaxis the component can be machined in any position. The turning table is set on a sliding bed. The default Yaxis travel corresponds to the swing diameter of the machine size, but can be tailored to suit any application.

With the addition of a moveable table, traversing through the twin column portal design of the VC machine range, the VCV provides the ultimate flexibility for machining large components. In addition to the «on center» machining capability of a standard lathe the VCV machines are able to machine eccentric features. With the use of our extensive range of standard milling and drilling attachments, the VCV machine range is capable of full 5 sided machining of components up to 12,000 mm in diameter and 350 tons in weight. On machines with a Yaxis the component can be machined in any position. The turning table is set on a sliding bed. The default Yaxis travel corresponds to the swing diameter of the machine size, but can be tailored to suit any application.

With the addition of a moveable table, traversing through the twin column portal design of the VC machine range, the VCV provides the ultimate flexibility for machining large components. In addition to the «on center» machining capability of a standard lathe the VCV machines are able to machine eccentric features. With the use of our extensive range of standard milling and drilling attachments, the VCV machine range is capable of full 5 sided machining of components up to 12,000 mm in diameter and 350 tons in weight. On machines with a Yaxis the component can be machined in any position. The turning table is set on a sliding bed. The default Yaxis travel corresponds to the swing diameter of the machine size, but can be tailored to suit any application.

With the addition of a moveable table, traversing through the twin column portal design of the VC machine range, the VCV provides the ultimate flexibility for machining large components. In addition to the «on center» machining capability of a standard lathe the VCV machines are able to machine eccentric features. With the use of our extensive range of standard milling and drilling attachments, the VCV machine range is capable of full 5 sided machining of components up to 12,000 mm in diameter and 350 tons in weight. On machines with a Yaxis the component can be machined in any position. The turning table is set on a sliding bed. The default Yaxis travel corresponds to the swing diameter of the machine size, but can be tailored to suit any application.

With the addition of a moveable table, traversing through the twin column portal design of the VC machine range, the VCV provides the ultimate flexibility for machining large components. In addition to the «on center» machining capability of a standard lathe the VCV machines are able to machine eccentric features. With the use of our extensive range of standard milling and drilling attachments, the VCV machine range is capable of full 5 sided machining of components up to 12,000 mm in diameter and 350 tons in weight. On machines with a Yaxis the component can be machined in any position. The turning table is set on a sliding bed. The default Yaxis travel corresponds to the swing diameter of the machine size, but can be tailored to suit any application.

With the addition of a moveable table, traversing through the twin column portal design of the VC machine range, the VCV provides the ultimate flexibility for machining large components. In addition to the «on center» machining capability of a standard lathe the VCV machines are able to machine eccentric features. With the use of our extensive range of standard milling and drilling attachments, the VCV machine range is capable of full 5 sided machining of components up to 12,000 mm in diameter and 350 tons in weight. On machines with a Yaxis the component can be machined in any position. The turning table is set on a sliding bed. The default Yaxis travel corresponds to the swing diameter of the machine size, but can be tailored to suit any application.

With the addition of a moveable table, traversing through the twin column portal design of the VC machine range, the VCV provides the ultimate flexibility for machining large components. In addition to the «on center» machining capability of a standard lathe the VCV machines are able to machine eccentric features. With the use of our extensive range of standard milling and drilling attachments, the VCV machine range is capable of full 5 sided machining of components up to 12,000 mm in diameter and 350 tons in weight. On machines with a Yaxis the component can be machined in any position. The turning table is set on a sliding bed. The default Yaxis travel corresponds to the swing diameter of the machine size, but can be tailored to suit any application.

How can large, heavyduty and bulky workpieces be processed without adversely affecting the weight and size of the machining result? The Droop+Rein G/GF series has been specifically developed to tackle this difficult task. The gantry machines reliably prevent dynamic losses through the table and workpiece. The G/GF series has many technical highlights to meet the requirements of complex machining tasks, such as the hydrostatic guide in all linear axes or the thermosymmetrical design of the spool milling unit with an integrated Caxis. Milling heads can be changed automatically via a head change interface. Droop+Rein has developed over 300 different milling heads for a variety of applications such as machining large diesel engines. The option to set up in a second working area during the machining time allows increased productivity.

With the FOGS NEO series, Droop+Rein has developed a powerful machine concept for complex machining. The range of services covers processes from machining standard geometries and prefinishing contours to final finishing. For dynamic machining with the highest feed rates, the concept caters for the movement and acceleration of constant masses, regardless of workpiece size and weight. Dynamic and flexible With its new, highly flexible and fast Caxis (±400°), the Droop+Rein FOGS NEO highspeed machining centre is ideal for the complete multifunctional machining of very large workpieces. Of course, the series also features automatic pallet or tool change, tool diameter and length measurement and automatic billing of contour deviations. Thanks to a variety of components and peripheral devices from their modular system, Droop+Rein can create an efficient and processoriented overall system that is tailored to the customer.

With the T/TF series, Droop+Rein offers gantry machining centres for heavyduty machining in many sectors Applications range from tool and mould making, aircraft component manufacturing and engine manufacturing to general mechanical engineering. Based on the robust, highly accurate and powerful basic machines, the T/TF series offers an extensive system of innovative automation and expansion stages that enable the machines to be adapted flexibly to each machining task. The optional automatically changing forktype milling head makes complex and demanding machining possible. Through extensive application knowhow, a variety of different milling heads are available including vertical milling heads, angle milling heads, and forktype milling heads for positional or simultaneously controlled applications.

Ecospeed is the synonym for the most economic method of machining complex aluminium structural components in the aerospace industry. Based around its’ unique parallel kinematics Sprint Z3 machining head, Ecospeed represents by far the most productive solution for the high performance cutting of monolithic aluminium aerostructures. The Ecospeed family has been continuously developed to meet market demands. New challenges imposed by the market are implemented within a team framework, by maintaining intensive contact with end users. Yet another recent customerdriven requirement placed on the Starrag Technology GmbH management board was to supply an optimized economic Ecospeed variant for machining long and narrow structural components at high cutting rates and using complex 5axis geometries with 5side access to the work piece.

This highspeed machining center for long aluminium stringer components combines the advantages of SprintZ3 technology with rapidity and accuracy to provide efficient work piece machining with optimised workpiece handing. The machine is specially designed for machining aluminium profiles (or stringers) of up to 30 metres in length. Thanks to the excellent precision and speed the ECOLINER user can achieve high cutting rates (average machining time of 12 minutes per linear meter), optimum accuracy and excellent surface quality, even with extremely long stringers.

These fiveaxis horizontal machining centres are spacesaving miracles, but they remain true to our stringent quality standards in every respect. They guarantee maximum precision for your work processes thanks to our guiding values of accuracy and rigidity. These are values embodied by Heckert machining centres throughout their decadeslong history on the market.

Thanks to the integrated DBF spindle head, the complex production in the processes turning, drilling and milling can be realized in one single workspace. Available in 5 and 6axis versions

Ever since it was founded in 1862, the Genevabased Société d’Instruments de Précision (SIP) has been a benchmark for precision machine tool engineering. The basic design of SIP machines can still be found today in all traditional machining centers, both for vertical and horizontal models. SIP 5000/6 / 5000/7 The SIP vertical range is a must for all producers of parts with high levels of value creations. It enables ultraprecision positioning and the closest of dimensional tolerances for drilling and milled surfaces.

The SIP SPC Series not only provides the user with the ultimate in precision but also with tried and tested sophisticated automation. Investment in SIP technology produces returns, thanks to aboveaverage longterm precision and many years of durability.

High performance simultaneous 5 axis machining center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries.

The mediumsized all round machining centers guarantee maximum efficiency, high machining quality and reliability. The Heckert Athletic series are perfect for a wide field of application in all areas of the metalworking industry.

High performance 6 axis machining center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries.

High performance simultaneous 5 axis machining center for aluminum structures Efficient high performance machining requires a rugged machine buildup without weakness. All technical parameters such as axis strokes, forces, torques and accelerations are set according to application requirements. The design of the STC X series has no bottleneck reducing the maximum possible material removal rates. With its design, unmatched productivity is possible. The STC X machine enhancement is ever ongoing. The goal is to continuously increase the customer benefits, i. e. increase productivity, increase accuracy or expand the application options

High performance simultaneous 5 axis mill turn center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries.

High performance simultaneous 5 axis machining center for aluminum structures Efficient high performance machining requires a rugged machine buildup without weakness. All technical parameters such as axis strokes, forces, torques and accelerations are set according to application requirements. The design of the STC X series has no bottleneck reducing the maximum possible material removal rates. With its design, unmatched productivity is possible. The STC X machine enhancement is ever ongoing. The goal is to continuously increase the customer benefits, i. e. increase productivity, increase accuracy or expand the application options.

High performance simultaneous 5 axis mill turn center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries.

High performance simultaneous 5 axis machining center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries.

High performance 6axis machining center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries.

High performance simultaneous 5 axis machining center for aluminum structures Efficient high performance machining requires a rugged machine buildup without weakness. All technical parameters such as axis strokes, forces, torques and accelerations are set according to application requirements. The design of the STC X series has no bottleneck reducing the maximum possible material removal rates. With its design, unmatched productivity is possible. The STC X machine enhancement is ever ongoing. The goal is to continuously increase the customer benefits, i. e. increase productivity, increase accuracy or expand the application options.

High performance simultaneous 5 axis mill turn center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries.

High performance simultaneous 5 axis trunnion machining center The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries.