Cycling shorts - Import export

Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

REB 420 - for tube-Ø from 4-20 mm Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

REB 660- for tube-Ø 6 - 60 mm Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

Accurate forming with fast tool change. Our type REB axial t form forming machines, with their compression power of up to 1,300 kN are particularly wellsuited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step userfriendly and fully programmable individually. We offer the option to equip our systems with electric or hydraulicnumerical drives. These forming processes can be completed stepwise in transfer system to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

REB 645 - for tube-Ø 6 - 45 mm Our type REB axial forming machines, with their compression power of up to 287,000 lbs, are particularly well-suited to effortlessly master complex geometries. With up to 6 forming steps in combination with an additional clamping unit, they will satisfy almost all requirements. The operation is simple and intuitive with a touch panel. The sequence control makes each separate movement of the respective forming step user-friendly and fully programmable. We offer the option to equip our systems with electric or hydraulic-numerical drives. These forming processes can be completed stepwise in transfer systems to achieve very short cycle times. Simultaneous axis movements ensure fast production processes and an efficient and highly dynamic production.

Particularly suitable for short-cycle-stud welding Particularly suitable for thin work-pieces Stepless, exact adjustment of welding current and time Ideal for mobile tasks Designed for welding on building sits Plain text on LC-display Operating interface: choice between 4 languages: German, English, French, Italian Shielding gas equipment: standard Self-diagnosis: overheating, short circuit control, failure and malfunction of pilot arc Microprocessor controlled Constant current regulation Repeat cycle lock Steel housing, powder-coated Interface for automatic components: optional Stud counter

Particularly suitable for short-cycle-stud welding Particularly suitable for thin work-pieces Stepless, exact adjustment of welding current and time Ideal for mobile tasks Designed for welding on building sits Plain text on LC-display Operating interface: choice between 4 languages: German, English, French, Italian Shielding gas equipment: standard Self-diagnosis: overheating, short circuit control, failure and malfunction of pilot arc Microprocessor controlled Constant current regulation Repeat cycle lock Steel housing, powder-coated Interface for automatic components: optional Stud counter

Particularly suitable for short-cycle-stud welding Particularly suitable for thin work-pieces Stepless, exact adjustment of welding current and time Ideal for mobile tasks Designed for welding on building sits Plain text on LC-display Operating interface: choice between 4 languages: German, English, French, Italian Shielding gas equipment: standard Self-diagnosis: overheating, short circuit control, failure and malfuction of pilot arc Microprocessor controlled Constant current regulation Repeat cycle lock Steel housing, powder-coated Shielding gas equipment Interface for automatic components: optional Stud counter

The APG-process by HÜBERS permits short cycle times thanks to rapid gelation and demoulding with automatic opening and closing of the mould. During the gelling process, fresh material is supplied continuously to the mould under pressure in order to prevent cracks and voids and to compensate for the shrinkage of the material. The mould is held together by the clamping machine. The degassed material is injected into the APG mould directly from the static mixer. Shrinkage compensation is carried out by the HÜBERS metering pumps. One central mixing and metering system can serve several clamping machines. In this case each clamping machine has its own static mixer positioned directly in front of the mould and also has its own shrinkage compensation unit to maintain the pressure. The system is supplied via a ring line which requires no maintenance and is free of sedimentation. In principle the length of this line is insignificant.

Short-cycle presses are for rening the nishes on boards made from woodbased materials. Accordingly sanded particleboards and MDF / HDF with smooth nely pored surfaces are particularly suitable. Features, function A hot press is used to permanently apply resin-soaked paper to the surfaces of boards made from wood-based mate pores and in this way is responsible for adhesion. It also creates a surface that is resistant to a variety of environment for the colourless resin and for the decorative layer.

The SMC presses from Siempelkamp are designed in such a way that they can also be used for the RTM process. Short cycle times Since the SMC process is predominantly used in the production of high quantities, apart from precision, a short cycle time plays a important role. And since the compound material is chemically reactive, the time window for achieving an optimum surface quality is also small. The advantages of the Siempelkamp presses: they apply the force extremely quickly to the product, because they close at a very high speed decelerating just before reaching the end position. Depending on the level of automation, the tool change is done automatically – just 120 seconds later the next part can be produced! No stress The precise positioning of the ram plate ensures that the tools are precisely aligned to each other during the complete press stroke – not just on the last millimeters. Under all operating conditions the tools remain parallel.

Siempelkamp hydroforming presses are used for the production of complex and intricate workpiece shapes. This complexity relates to both longitudinal and cross sections. Next to large batch production in the automotive industry, the tting industry is one of the numerous application areas for this type of press. Compared to conventional forming methods, the forming possibilities are signicantly increased when forming with high pressure. Features hydraulic clamping forces: < 100 MN high pressure intensier: < 10.000 bar axial forces / axial cylinder: < 5 MN short cycle times due to "quick lling" systems Advantages weight savings of 40 to 50 %, in some cases up to 75 % wall thickness distribution optimized to component requirements high work-hardening continuous material grain ow for optimum component performance high dimensional accuracy

The boards to be coated are fed to the raw-board-handling section where they are separated to allow their surfaces to be cleaned. Features, function A forklift truck is used to place the board stacks on to a roller table from where roller conveyors or horizontal transfer carriages equipped with roller conveyors transport them to one of the two separating station's places. A suction carriage removes the top board from the stack and places it on a conveyor that takes it to the surface-cleaning machine. Advantages The two redundant stacking places allow the short-cycle press to be supplied without interruption. They make it possible to feed new stacks of boards without the need to shut the machine down