杰出特点:

1.全能束紧器及特别轨迹的扫刀,保证结帮后,鞋面均
   匀帖紧楦头,绝对不发角,增进美观,提高品质。
2.鞋头压着机构采用可调二段式压力,子母缸设计,使
   鞋子于扫刀结帮过程中及最后之压着能达到最佳之
   效果,确保帮角平整。而且,压头一次压采二种压着
   方式,定压时可使结帮过程平顺，定位时，对比较柔
   软的皮料，不容易发生帮距拉长及前档片下拉的现象。
3.每双爪子均可配合鞋型,独立调整相对位置及自动平
   衡功能,并可视鞋面松紧度,选择左右独立自动下拉
   之行程动作。
4.九爪独立式可个别调整配合任何形状之鞋头结帮,其
   自动平衡及扫刀前进时自动下降的原理,更是提高品
   质增加产量的特性。
5.扫刀具有寸动及调速功能,使结帮控制的调整作业更
   为方便。
6.本机附有十字投影灯装置,方便鞋头校正作业,同时使
   新手更容易操作。
7.内撑台有二段上升功能供选用,配合后跟顶座动作,可
   防止鞋楦下滑之现象。
8.爪子为快速拆装结构,可于30秒内换装完成。
9.中爪可依鞋头形状作左右各15度之偏摆调整。
10.内撑台上升高度,由外部遥控调整,并提供数字指示供
    参考,使操作更方便。
11.各机构之压力与速度均可由外部调整,压力表亦配置
    在机台外部,使机械操作与调整更方便。
12.内撑台上升有二段自动变速功能供选用，对于脆弱
    易破之鞋面，可提高其生产效率。
13.最新设计之内外撑台前后调整机构，可针对各鞋型之
    大小号快速调整撑台和中爪之相对位置。
14.回转爪结构:
    第五爪结构于扫刀结帮时爪嘴可向内旋转,角度并可调
    整,使前中帮衔接角转处之鞋面能向内拉紧更贴楦,使
    鞋头的结帮品质达到完美的境界。
15.爪盘大小快速调整结构:
    爪盘采用双轨迹结构,左右分开独立位移调整。其旋转
    原点则不受空间限制，设定于中爪及第二爪之衔接处,
    会改变,可使鞋面于夹紧时更贴楦,确保结帮品质。
16.电控系统:
   a.电控系统采PLC控制,搭配圆形萤幕显示操作系统,本
       机所有动作功能的选用及所有动作时间的调整,均于
       萤幕上以图形及数字显示,大幅提升操作及调整的方
       便与稳定性。
   b.具有故障显示及自我检测之功能，举凡所有机械动
       作或电气开关等，均可由维修书面检测出正常与否。

LB-739A
Outstanding feature
1.All-around forming band and specially tracked wipers
 ensure uppers more evenly and closely attached to lasts
 after lasting. No protrusion will happen so the surface
 becomes more beautiful, and the quality is upgraded.
2.The mechanism of toe part pressing pad adopts adjustable
 2-stage pressure. the design of compound cylinder helps
 shoes reach the best quality on the proceedings of wiper
 lasting and final pressing and ensure the smoothness of
 shoe lasting feather edge. there are two pressing methods
 for the first pressure of toe pad pressing mechanism.the
 consistent pressing function makes the lasting process
 smoothly.the position fixed function avoids the over lasting
 and pulling down of toe uppers when using the soft leather.
3.Each set of pincers can be individually adjusted to their
 corresponding positions and be functioned with automatic
 balancing besides, an automatic down pulling stroke can be
 selected and controlled according to the tension of the uppers.
4.The 9 independent pincers can be individually adjusted to cope
 with the lasting of any shape of shoe toes. the automatic
balance device and the theory of automatic descending on wipers
 advancing are the very key points for upgrading the quality and
 raising the production capacity.
5.The wipers are functioned with inching movement and speed
 adjustment, which makes the whole adjustment of lasting
 control more convenient.
6.The machine is equipped with cross projector assembly,
which is convenient for correcting toe lasting and helps
new comers to easily operate the machine.
7.The last support plate is functioned with two-stage rising
 mechanism which can prevent the lasts slip off in conjunction
 with the action of heel supporter.
8.The rapid installing and releasing structure for pincers can
 finish the whole process within 30 seconds.
9.The mid pincers can be adjusted 15°both to the right and the
 left according to the shape of toes.
10.The height of the last support plate is remotely controlled.
 There is a numerical instruction provided for reference which makes
 the operation easier and more efficient.
11.The pressure and speed for each mechanism are adjusted and the
 pressure gage is also installed at the outside of the machine
 which makes the operation and adjustment more conveniently.
12.The rising speed of last support plate is two -stage
 automatically transferring which can upgrade the production
 efficiency for the easy broken uppers.
13.The newly designed forward-and-backward adjusting mechanism
 for last support plates can quickly adjust the corresponding
 position of last support plates and mid pincers according to the
 different sizes of shoes.
14.Rotary pincers
 The fifth pincers can rotate inward when the wipers move in and
 last the shoes. the rotary angle can be adjusted, which will help
 the upper at ball point more stretched and attached to the last.
 Then, the shoes will be lasted and finished perfectly, speedy
 adjustment of pincers fixed plate.
15.The pincers fixed plate adopts the double-tracking structure.
 It is independently adjusted on the right and the left .the rotary
 point of pincers fixed plate is located at the joint between the
 first and second pincers. the curve in between will not be changed
 when the groups of right and left pincers are adjusted, which will
 make the uppers more attached to the Iast.
16.Electric system
a. The PLC controlled electric system and diagrammatic operation
 system make the order of all mechanical operations and the
adjustment of operation time expressed in letters or figures
 on the screen which makes the operation and adjustment more
 convenient and steady.
b. The function of breakdown showing and self-examination can
 testify the all mechanical operations and electric switches
 from the maintenance page.