The entire world of forging
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Member of the ANDRITZ GROUP

FORGING WITH SCHULER. Hydraulic press for forging ring blanks.

The entire world of forging Forging processes SYSTEMS FOR COLD FORGING SYSTEMS FOR WARM FORGING d ­ ecisive competitive advantage for productivity and quality. This overview of extensive products and services provides AdDresses and Schuler Service Schuler Forging. As a leading supplier of cold, warm and hot forging systems, Schuler offers everything from a single source – from component development and process planning through die making and turnkey installation of efficient production ­ systems. This deep experience of forging technology offers a comprehensive solutions for producing...

Forging processes Forging processes Temperature ranges Schuler offers the entire process development from a Process development single source, including consulting and training services. To determine the best economic solution to produce quality parts, development of the forging process begins with part design, and must simultaneously consider material Cooling device selection, process technology, production stages and die Part feed and transport sequence analysis PRESS SYSTEM SELECTION processes. The part design and process plan form the basis for calculating the economic efficiency in the...

Forging processes Full forward extrusion Backward extrusion Lateral extrusion Reduction is a forging process in Extrusion is a single or multi-station Ironing is carried out by pulling the which the workpiece is forced through production process for creating both workpiece through an ironing ring an opening in the die, fully or in part, hollow and solid bodies. The process with the help of a punch. The wall involving a reduction in its cross thickness of the hollow body is section. Tapering of solid bodies direction of material flow: forward, reduced in this process. results in a reduction...

Forging processes Closed die forging is a forging process Upsetting and open die forging are Piercing is used for incorporating in which dies move towards each also forging procedures. Upsetting is holes and openings into a workpiece, other and cover the workpiece in principally used for preliminary which can have a wide range of whole or in part. The heated raw shapes and sizes. Trimming involves material, which is approximately the contrast to closed die forging, the removing surplus material (flash) shape or size of the final forged part, workpiece is not completely enclosed is placed in...

Forging processes Temperature ranges Increasing degree of deformation Increasing dimensional accuracy Cold forging Room temperature Forging ring blanks Extrusion Piercing / trimming Comprehensive range of products and services Schuler system solutions. As a leading supplier of cold, warm and hot forging systems, Schuler offers you a decisive advantage over your competitors for productivity and quality. Temperature ranges. The different temperature ranges in forging are an important factor when selecting the process and for successful commercial production.

Forging processes Forging processes Process development The object of developing the part design and process plan is to ensure that economical production can be achieved. It is necessary to consider the specific application and production situation. For example, if the production volumes are low, then the objective is to achieve a process with only a few forging stations, and to plan for more complex secondary machining. An effective part design and process plan relies on know-how and practical experience. During development of the process plan, the decision is made which forging process or...

Forging processes 1 Ejector pin 2 Thrust piece 3 Pneumatic spring 4 Inner punch 5 Outer punch 6 Spraying ring 7 Die 8 Reinforcement 9 Counterpunch 10 Thrust piece 11 Ejector pin Die frame of an eccentric press. Die with inner punch and outer punch. DIE CONSTRUCTION . In practice, a critical part of die development is the configuration of the punches and dies. Not only the punches and dies are accommodated in the die holder, but also the other die elements. Modern forging dies are configured for various stations. This means additional forging, calibration, punching or trimming procedures are...

Forging processes Forging processes Cooling device Die cooling and lubrication systems for warm and hot forging. DIE COOLING AND LUBRICATION. In warm and hot forging presses, effective cooling and lubrication systems are required. The shown solutions can provide optimum lubrication placement. In addition, the duration of the cooling and lubrication process can be optimized. This is an advantage compared to other systems such as linear manipulators, swivelling systems or systems that are mounted on transfer rails.

Forging processes Part feed and transport sequence analysis Part feed and transport sequence analysis. In the analysis of part handling, the path of every motion axis (slide, ejector and transfer) is coordinated. The data acquired in the handling analysis, such as travel distance and movement start /  nd points can then be transferred e directly into the machine control. Analysis of part handling. THE OBJECTIVES OF THE PART FEED AND TRANSPORT SEQUENCE ANALYSIS Implementing a design with the maximum transport safety and max. output Collision-free transport of parts from station to station...

Forging processes Forging processes PRESS SYSTEM SELECTION Process development Part feed and trans­port sequence analysis Press system selection Integrated development of design, process and equipment. Manual down stroking hammer for special forgings. Turnkey solution for high-volume production of aluminum rims. Schuler offers you individual solutions for all requirements in forging – irrespective of whether you need an individual press for manual operation or you are looking for a large turnkey solution. Schuler is also your expert partner for modernizations, conversions or performance...