Tonnage alone is not enough to determine machine suitability. We also review the die size and weight, shut height, stroke, daylight, working-table dimensions, mounting interface, ejection requirements, pressing speed and loading access. If these requirements fall outside an existing platform, we will recommend a custom solution instead of forcing the application into an unsuitable standard model.
Start with the forming process and required pressing motion:
CMLJ for cold or warm forging and metal extrusion
CMSe and CMSe-S for four-column up-stroke or down-stroke servo pressing
CMHe for guided frame-type servo forming
CMHe-LS for double-action forming involving asymmetric parts or lateral loads
CMHe-E1 and CMHe-S for frame-type up-stroke or down-stroke forming
CMHC when open working access and a compact footprint are important
CMHF for double-action drawing and blank-holding processes
Final selection should be based on the workpiece and die drawings.
Required force, pressure, position repeatability, stroke, holding time and cycle time are reviewed during technical evaluation. The agreed performance requirements should be recorded in the technical proposal and checked before shipment. If die trials, sample testing or specific factory acceptance tests are required, they should be included in the project scope.
The main factors are press capacity, frame structure, table size, stroke, daylight, operating speed, servo system, ejector or blank-holder configuration, safety requirements, electrical specifications and automation scope. A confirmed quotation and delivery schedule can be provided after the technical scope is defined.
Selected standard presses can be integrated with feeding, unloading, transfer or robotic handling systems. If future automation is planned, inform us during the initial review so that the required working space, control interfaces, safety system and production-line signals can be considered in advance.
Support can include technical documentation, operator training, online technical assistance and spare-parts coordination. Installation, commissioning, on-site support and acceptance requirements should be confirmed in the quotation and contract so that both parties clearly understand the service scope.