Welded parts - Import export

With high demands on accuracy and dynamics, the base frame in welded construction or hard stone is also a possible and reasonable part of the scope of supply. Here, all axes are specified, assembled, aligned, measured, tested and recorded - according to desired specifications. By means of hard stone, the required accuracies can be achieved. Hard stone offers all the characteristics required - ranging from a small coefficient of expansion, high abrasion resistance, optimum vibration damping, absence of unwanted residual stresses up to the necessary accuracies regarding flatness, parallelisms and angularity.

This low cost tension/compression load cell is an especially robust component, which can be easily integrated in a girder assembly between two cables or chains for measuring force. The standard model comes with internal thread, allowing any adapter parts, for instance eye brackets, to be fitted in the axis of symmetry. Alternatively, the optionally available adapters with external thread can be used for quick and easy screw-fitting into a threaded hole made for the purpose. The radial connection cable is extremely flexible and designed for a wide range of motion. In order to achieve the greatest possible stability for such a small sensor, making it suitable not only for the laboratory but also for industrial use, all parts have been welded together including the cable guide bush in the sensor housing. burster TEDS with an electronic sensor datasheet or standardization of the output signal in the sensor connecting cable are offered as options

Customized Solution Component supply and emissions over hand-operated turret Application Quality assurance in the electronics industry. Batch testing; Test equipment for testing and optimization of weld two part housings of SMD components. Batch testing; Test device for checking and optimizing the welded connection on two-part housings of SMD components. Test device for small SMD parts Documentation of the maximum torque achieved and the tear-off angle. Documentation of the maximum achieved torque and angle of demolition.

Laser welding is a very gentle welding technique, as the heat input takes place in a locally very limited area. In this way, it is possible to reliably connect critical components with one another in a materially bonded manner, without the parts annealing. With laser welding, the two welding partners are joined together with as few gaps as possible in order to then weld them together (e.g. press-fit zones such as EloPin® puzzled at any feed or distance). The background to this is that no additional material is generally used in laser welding. Exception for build-up welding or repair welding of e.g. broken tool parts such as punches or cutting plates or injection molding tools for abrasive plastics with glass fiber filling. Materials - almost all metals: e.g. • non-ferrous metals (Cu, CuSn0.15, CuSn6, CuNiSi, ...), • titanium, • steel, stainless steel (1.4301, 1.4404, ...), • spring steel (1.4310), • electrical steel (M235, M270, NO20, NO30, ...), …

Electrical Steel: rotor and stator sheets as full service Due to the growing demand for electrical steel, we have bundled our technological resources and expanded the production of pure sheet metal blanks to complete packages in stator and rotor sheets. We are therefore able to provide you, our customers the service of complete sheet metal stacks baked, laser-welded or punched packaged in the electrical steel sector. Due to our extremely thin cutting gap of just 0.07mm - as much as the diameter of a human hair - we are able to produce the smallest contours. The extreme power density at a max. laser power of 1,000 watts enable electrical sheets based on baked varnish technology with the lowest possible edge zone melting - burr-free. Everything 100% "Made in Germany" in packaged quality - usually tolerance class T7. Usual delivery times are approx. one week for cutted sheets, 2-3 weeks for baking or welding parts. Let’s get in contact for your new e-drive, rotor or stator!

Shuttle table machines are characterized by an operating area that is separated from the loading station. The plastic parts to be welded can thus be optimally loaded into the equipment. Thanks to good accessibility, assembly and loading tasks can be easily performed. Can optionally be designed with one or more work stations. Approach of several operating positions is performed by means of a freely programmable linear drive. In this way, weld tasks can be divided into individual process steps. Tool change systems: optionally available.

With the help of the MULTICELL concept, small multi-head applications can be easily implemented. In general, the plastic parts to be welded are loaded directly below the sonotrodes. A shuttle table can be optionally integrated for improved handling. This modular concept is particularly suitable for 20 kHz applications with sound insulation and can be customized by installation of a large number of accessory options. The compact make-up and high degree of mobility allow for universal application in manufacturing.

The core of this ultrasonic welding machine is the patented pneumatic HMC drive concept. It combines the benefits of pneumatics with the dynamics of an electrical drive and allows for selection of any optional start point for the weld process. The SoftTouch mode protects the sensitive joining area of the plastic parts to be welded during contact of the sonotrode.

The VC M800² is based on our new modular chamber system. The system consists of individual, fully milled aluminum modules with a depth of 500mm. Thus the length of the chamber can be variably set in 500mm steps. This system has great benefits: ✓ Low-cost ✓ Low-weight ✓ Low desorption of the aluminium, therefore also suitable for high vacuum ✓ Colour of your choice possible by anodising ✓ Highly clean processes possible, e.g. in the semiconductor field ✓ Easy operation ✓ No welding required, parts can be easily attached Vacuum chamber specifications Internal dimensions Length: 1000 mm (modular in 500 mm steps) Width: 800 mm Height: 800 mm Volume approx. 640 liters Connections 2 x KF 16 6 x KF 40 1 x ISO K 63 1 x ISO K 160 Additional flanges possible in any position Door Hinged door with sight glass

In stamping technology, many very different technologies can be integrated into the stamping process, such as assembling two or more parts, contact riveting, resistance and laser welding, laser marking of parts, or thread forming. Our high-precision tools, thereby, create a basis for production that is, over its lifetime, very high quality and economical. The stamping process is accompanied by a 100 % quality control of the functional design dimensions.