Specifications

Spindleless Veneer Peeling Lathe
1>Dia:300mm
2>Length:1400mm
3>Veneer Thickness:0.4-5.0mm
4>Speed:34m/min

Spindleless Veneer Peeling Lathe

 

Main Charactors

1.Manual grinding of edge

2.High frequency quenching of roller

3.U.S.made control system

4.Advanced touch screen or text display
 
Cycloid pin decelerator,low noise,super transmission rate

lower slideway,ensuring even veneer

Three ground shafts reinforcement,stable edge feeding,3 times longer durability than that of coattail type


MODEL : SLW1400    SLW2300  SLW2700

       SLW  series digital  frequency conversion wedge free rotation shaver is turned by French curve cam,adopting overall frame structure reinforced with lower sideway,  whereupon stable feeding of edge is ensured .Different from timing motor and hydraulic feeding ayatem ,speed variation is realized with pure mechanical mode ,and thus avoiding instable shaved thickness caused by impulaive force of log which is out of round .
        Control System 1:   Equiped with US Emerson transducer ,Taiwan TaiDa PLC programmer  ,Human  Vs Machine interface ,thickess display , which ensures operation stability and outputting  even and level veneer ,smooth and level .the error is limited to±0.05mm or so ,operation with facility .
        Control System  2:   Taiwan TaiDa  transducer is applied ,also adopted including
Taiwan TaiDa PLC programmer,touch screen ,thickness display , which ensures operation stability and outputting  even and level veneer ,smooth and level .the error is limited to±0.05mm or so ,operation with facility .
        Main properties :
       1.Roller coupling structure:
          Method 1:to be coupled by spline ,small jumping and high precision .
          Method  2:with twin bearings with air tight rings to avoid water and ensure bearing lift .
        2.Edge is sharpened manually , fine straight and level .
        3.The ridge is equipped with regulation screw ,which ensure instant regulation of edge after sharpening .
        4.the shaved veneer is level smooth and even.