Positioning table - Import export

In forging mills, rolling and gravity die-casting foundries, and steel finishing works, these machines provide the ideal answer for dealing with large dimensions. They are perfect for preproduction in tool and mold making factories, helping to save valuable milling time. The material support table is recessed in the foundation. Its low-level transition to the hall floor makes for simpler material handling. The moving saw frame can be positioned by axis control precisely at the point of cutting. Where no sawing is taking place, the table is freely accessible. This also allows space for a second piece of material to be loaded while the saw is cutting. This system helps reduce downtime between cuts and enhances productivity. Benefits of the Gantry Machines - Space-saving installation - Durable material support table - Simple positioning of the saw frame - Optional: blade guide with 90° rotation facility for vertical and horizontal sawing to allow notching of materials

Their flexibility and high performance make BEHRINGER tabletop machines the ideal solution for the medium ton range. The table moves the weight BEHRINGER tabletop machines are ideal for use in forges, rolling mills and die casting factories, in steel finishing works and for tool and mold making. Their individually traversable material clamping vices and blade guide arms make these ideal for cutting bulky materials. The low table height makes this type of machine ideally suited for use on normal hall floor level. BEHRINGER tabletop machines are supplied as standard in semi-automatic form. Automation is possible by upgrading with an additional material clamping vice at the end of the table. Positioning takes place on an axiscontrolled basis. Optionally available is 90° rotatable blade guide for vertical and horizontal sawing to allow notching of materials.

n the micro and micro-drive sector, IAI offers small mini slider types that easily replace pneumatic cylinders due to their identical design and simple control mode. They are suitable for mounting fixtures, workpiece positioning, table motion and many other applications. In the RCP3 series, the smallest models are available as a slider types with sliding spindle. The latest developments are the space-saving mini slider types of the RCA2 series with 24 V servo motor.

The WCE700 is a semi-automatic system designed to produce RFID inlays for ID documents (ID-1 and ID-3 format). Based on a 4-station roundtable concept with manual load and unload, this very economical solution can handle both small jobs and high-volume runs with ease. Depending on the configuration, it can produce up to 1,600 inlay sheets/hour. The machine can also be used solely for antenna embedding, with unrivalled speed, accuracy and the quality of antennas that it produces. This modular system is equipped with ultrasonic wire embedding, automatic chip module punching and module placement at defined positions on the table. The electrical connection between antenna and module is accomplished either by thermo-compression bonding or soldering method. The operator will feed and take out the inlay sheet manually. The WCE700 is capable to work with a wide range of materials, and variables like the size and shape of the antenna can easily be adapted to the specific requirements. Our...

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.

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.

The optical contact angle meters of the OCA series are high-precision measuring systems for the characterisation of interfaces and surfaces. They combine high-resolution optics, pinpoint liquid dosing and precise sample positioning to create powerful, reliable measuring systems. The OCA 25 standard model is the all-purpose system for contact angle measurements and drop shape analysis. The high-performance camera makes it possible to measure contact angles even on adsorbent surfaces such as tissues or powders. Compared to the entry-level OCA 15, additional measurements at temperatures of up to 700 °C are possible. Further advantages are the more precise positioning of the sample table as well as the compatibility with many more dosing systems, which allow electronic dosing and droplet volumes down to a minimum of ten nanolitres. Measurements: - static contact angle - dynamic contact angle - interfacial/surface tension - surface energy - viscoelastic modulus - work of adhesion

It is of vital importance that the oriented mat be conveyed precisely from the forming line into the infeed head of the ContiRoll®. Otherwise a dependable production process and a symmetrical heating of both surfaces could not be guaranteed. We therefore use an intermediate belt, which is perfectly tuned to the exible infeed head of Siempelkamp’s ContiRoll® and which adjusts automatically to the respective recipe and process Parameters. Features Basic frame including belt drive Belt tracking unit Tensioning device Motorised slide table, swivelling and moving in production direction Pulley unit Advantages Preassembled unit, modular design integrated in the forming line Positioning of the slide table in the press infeed in dependence on the recipe Options Belt cleaning brush Seamless, endless belt

The O-forming press applies a press force of 4,000 metric tons per meter of pipe. This is necessary to form today’s material grades above X100 to the desired round shape at the optimum level of reduction. The control concept with (patented) multi-cylinder parallelism control ensures that the moving beam maintains a position parallel to the press table with a tolerance of +/-1 mm/m over the entire length. Combined with our tools, this results in a precise pipe gap which leads to signicant time and material savings for the subsequent welding process. The intelligent sensor and control concept of all main cylinders ensures that dierent sheet lengths (e.g., residual lengths) can be processed. The press is powered by either conventional drive concepts or via frequencycontrolled drive concepts. Our ECO Drive uses the high moving load of the moving beam to generate energy during the controlled quick lowering of the beam. This energy is fed back to the power network.

The ND 280 digital readout for one axisis designed for simple measuring and positioning tasks, such as infeed for a circular saw, the stroke of press travel, or the position of an additional rotary table on a machine tool. Design The ND 200 series features a sturdy aluminum die-cast housing. The splashproof full-travel keyboard is built for the workshop. A large graphic TFT monitor displays the measured values, the status and the soft-key row. Functions The standard ND 280 readout provides the basic functions for simple measuring and positioning tasks. The ND 287 evaluation unit (see catalog titled Evaluation Electronics for Metrology Applications) offers expanded functions such as metrological acquisition and statistical evaluation of measured values. With its switching inputs and outputs, it also permit operation in simple automated environments.

Whether while milling (rough and finish machining), drilling, sawing, welding or assembling, the EPM modules or module systems offer a large selection of clamping options, for example, to clamp during edge milling or deburring (without mechanical clamping equipment) or for the simple and quick fastening of workpieces during assembly. Workpieces can be easily and quickly fastened with the Triplemag magnet clamping elements. The Triplemag series has additional positioning magnets, ensuring a constant position on the machine table and which are separately switched. Through the use of pole extensions, any unevenness on the workpiece can be compensated for and a deformation of the workpiece can be prevented. Using pole extensions, plane-parallelism of up to 0.01 mm is possible on the workpiece. The processing runs without vibration and an even distribution of holding force is guaranteed throughout the entire ferrous clamping surface.