内高压成形试验机

内高压成形试验机010-82257646 www.interlaken.com 内高压成形及热成型因特拉肯的内高压成形压机系统是在生产或工艺开发应用。它是计算机控制的数据采集，使用高压液液压成形材料液压机。因特拉肯的内高压成形新闻是为了拥抱都管件液压成形和板材成形（水力发电成形）的申请。内高压成形过程是很重复。许多制造商使用液压成形部件的生产需要非常严格的公差设备。 内高压成形新闻配备了因特拉肯的UniPress公司控制系统的可靠和准确的对成形过程控制。易于使用的Windows兼容的接口软件，使用户能够建立的议案，旨在满足特定的形成需要力量配置文件。多渠道的闭环控制系统是轻松编程处理活动，以及随着时间的依赖性。 该控制系统提供了动态模式切换使用户之间的各种开关的反馈，如力量，位置，内部压力和其他系统变量。 内高压成形零件的强化，以及重量更轻，由于结构的完整性和减少焊接或添加件。此外，成本降低，时间是通过消除二次手术，保住，减少废料，降低材料和制造成本，增加设计的灵活性。随着对力和运动控制优势，因特拉肯的内高压成形媒体提供了更大的组成部分的整体素质。 阿双操作模式提供了巨大的灵活性。学习/研究模式确定工具和模具规范，措施，优化流程和程序力和运动。运行的生产方式，优化配置，同时监测和记录的过程变量。 Hydroforming & Warm FormingInterlaken's Hydroforming Press Systems are for use in production or process development applications. It is computer controlled hydraulic press with data acquisition that uses a high-pressure liquid to hydroform materials. Interlaken's Hydroforming Press was designed to embrace both tube hydroforming and sheet hydroforming (hydro forming) applications. The hydroforming process is very repeatable. Many manufacturers use hydroforming equipment for producing parts that require very tight tolerances. The Hydroforming Press is equipped with Interlaken's UniPress Control System for reliable and precise control over the hydroforming process. Easy to use Windows compatible interface software enables users to build motion and force profiles designed to fit specific forming needs. The multi-channel closed loop control system is easily programmed to handle event as well as time dependencies. The control system offers dynamic mode switching which enables the user to switch between a variety of feedbacks such as force, position, internal pressure and other system variables. Hydroformed parts are stronger and weigh less due to structural integrity and fewer welds or add-on pieces. In addition, costs are reduced and time is saved by eliminating secondary operations, reducing scrap, lowering material and manufacturing costs, and increasing design flexibility. With superior control over forces and motions, Interlaken's Hydroforming Press provides a greater overall quality of formed parts. A dual operation mode provides enormous flexibility. The Learning/Research Mode determines tool and die specifications, measures and optimizes processes, and programs forces and motions. The Production Mode runs the optimized profile while monitoring and recording process variables.