载带成型机（第六代高配型）（冲压导套式冲压机型）主要优势体现在成型部分，设计采用了更精密的冲压导套结构（不同于标配和中配机型的柱式结构）以及更精密的研磨硬钢材质配件（S136）组装而成，使其在生产中更稳定更精密，屏弃传统的推杆压模成型技术生产，传统的直线轴承动态，主要有点体现在移动尺寸更高（±0.05mm～±0.08mm）窄边窄中墙的反吹成型电子元件载带以及高难度反吹载带产品，例如；半导体芯片载带、苹果小五金载带、手机天线弹片载带，连接器等，传统的推杆技术会有如下的缺陷；
1.推杆生产中，推杆动作会轻微的向四周偏移.导致模具每一次动作前后都不能高度的统一在一个位置点，导致生产中尺寸浮动大，无法达到高精度的载带要求（移动尺寸达到±0.05mm～±0.08mm的要求）
2.推杆技术在生产反吹或在多条反吹受设计缺陷影响（模具限制导致尺寸位置无法加大），无法采用特殊型号气缸（大力滑台气缸），在生产当中会有缺力推不动或迟缓动作的现象，故影响载带的成型硬度及尺寸精度，更无法批量生产出窄边窄中墙的极限载带，例如；半导体的TO252、SOP系列等类似的载带，第六代高配机型专为解决移动尺寸要求高（±0.05mm～±0.08mm）、反吹硬度要求好，窄边窄中墙的极限载带设计而生产的一款专用机型，冲孔部分同样采用了中配型冲孔机构的优质设计（伺服冲孔）

The main advantage of (punching guide sleeve type punching machine) isembodied in the forming part, The design adopts a more precise punchingguide sleeve structure (different from the column structure of the standardand medium models) and a more precise grinding hard steel material fitting(S136), which makes it more stable and precise in production. it is producedby discarding the traditional push rod die forming technology and thetraditional linear bearing dynamics, The main advantages are reflected in thehigher moving size(+0.05mm~+ 0.08mm),narrow side and narrow middlewall reverse blow molding electronic component carrier belt and highdifficulty reverse blow carrier belt products, such as; The traditional push rodtechnology has the following defects: semiconductor chip carrier, Applehardware carrier, mobile phone antenna shrapnel carrier, connector, etc.

Airborne visual CCD inspection can be added according to customer requirements.