产品参数/ Product parameter
反张内孔夹持，因它而可以简易操作
完整的夹具系统让您的加工变得简单：MANDO反张夹具不仅是用于车床，也适用于静置型加工型态。只需将反张本体锁上手动式套件[ms dock]或油压缸套件[hs dock]，即可在静置状态下反张夹持工件。精度表现稳定且安装程序简单。非常耐磨的反张夹固环系由经过硬化处理的镍铬合金钢与橡胶，以HAINBUCH特殊开发技术结合而成。MANDO反张夹具搭配手动式套件安装简单，使综合加工机、量测机台、摇臂钻床(radial drill presses ) 、平行或角度板夹持( parallel and angle plate clampings ) 与搭配分度头使用的理想夹具。
油压缸套件搭配MANDO反张夹具无疑是综合加工机里最有力的油压夹具系统。供应介质可自由选择。驱动方式可由侧边或基板，非常适用于自动化中。
优势：
11轴加工的理想夹具系统。
共八款尺寸，涵盖夹持直径8-190mm
无拉拴设计，适用短径盲孔夹持。
内孔公差大至±0.2mm也可自动求心。
具备HAINBUCH夹具系列的特色：平行夹持、强的力能转换、坚固、高夹持力，以及耐磨耗。
USE MANDO SEGMENTED MANDRELS STATIONARY
Complete machining made easy: You can not only use our MANDO segmented mandrels on the lathe, you can also use them in stationary mode. Simply screw the mandrel onto the ms dock [manually actuated] or hs dock [hydraulically actuated] and you can clamp your workpiece from the inside, stationary mode.
Precise and wear resistant
Precise, without vibration and with minimum set-up effort. The extremely wear-resistant segmented clamping bushing of casehardened chromium-nickel-steel with the rubber between the segments, especially developed by HAINBUCH, makes it possible.
Manually operated ms dock
The hand-actuated ms dock in conjunction with the stationary MANDO segmented mandrels is ideal for machining centers, measuring machines, radial drill presses, parallel and angle plate clampings or for clamping on dividing heads.
Hydraulic hs dock
hs dock is an absolute powerhouse that enables hydraulic implementation of MANDO segmented mandrels on machining centers. Media supply can be freely selected. It is actuated either from the side or via a base plate from below. Perfect when automation is involved.
Key advantages
Mandrels can be used on the machining center
Ideal for 5-sided machining
Clamping range from Ø 8 – 120 mm with only 8 mandrel sizes
Play-free centering even at bore tolerances up to ± 0.2 mm
Typical HAINBUCH features, such as user friendly set-up, parallel clamping, optimal power conversion, extreme rigidity and supreme holding power, as well as minimal wear and tear
