The Alternative to Disc Springs

• one-piece, force-certified machine element
• Error-free and low cost for assembly and disassembly, lubrication and maintenance
• not dissociation into individual plates possible
• individual characteristics can be economicallyproduced
• cross section can be customized
• long life time
• process reliability
• 100% force check at function length
• Excluded stacking faults
• top level of force and security even at spring break
• no wedging items
• no fretting o at least fretting minimized
• radial stability even without a guide
• for short springs positioning is enough; no guidance necessary
• also possible in top stainless steel (for long life and static applications)

Typical areas of applications are

• tool and workpiece clamping in machine toolbusiness
• cable clamp with spring energy store in cable cars
• preload and length compensation spring in machining industry
• compensation and return spring in conveyortechnology
• damper and bump stop in packaging technology
• high power switch in electrical engineering

Helical disc spring由两个相同的扁线压缩弹簧组成,通过螺旋相互拧紧，来实现与盘式碟簧组相似的截面。连续的扁线结构避免了冲压件造成的分子结构破坏，从而增强了组件的耐用性，同时降低了盘式弹簧片错位、破碎带来的风险。负荷的增加与螺旋弹簧钢的弯曲应力成正比。我们同样可以在卷曲过程中实现螺旋碟簧的倾斜缠绕，来展示压缩弹簧的特点，同时达到盘式碟簧组的高负荷特点。

基本优势一览:

•单一组件设计,没有拆分为单独的片状, 避免了传统碟簧组使用过程中错位的现象；
•装配和维护更加易操作、低成本；
•用小的外径达到极高的弹簧负载，弹性磁滞低；
•避免因错误的叠加方式或涂油导致的力值错误；
•连续钢带结构使性能更持久；
•较高的操作安全性，
•可根据客户要求设计弹簧性能；
•可避免弹簧与导杆或套筒之间的摩擦，允许免导杆运行；
•可适应极端的的工作环境和温度变化；
•灵活而经济的生产能力可接受任何数量的订购；