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Digital Transformation
Green Transformation
YEONG CHIN MACHINERY INDUSTRIES CO., LTD.
Product Description :
￭ The unique IDD spindle design provides power, speed, and stiffness required for the most adverse machining applications while providing long spindle life.
￭ Ceramic bearings help to minimize heat and provide thermal stability improving overall machining accuracy.
￭ High precision rotary encoders in the B and C
axes as a standard feature, allowing for the most demanding machining accuracies.
￭ ø650 mm table provides stable machining performance with a wide machining area and trunnion support.
YEONG CHIN MACHINERY INDUSTRIES CO., LTD.
Product Description :
Most Popular High Performance NSV106AS is well suited for superior surface finishing works, specially in automotive, job shop and electronics industries. ￭ Large delta machine column and base ensure the highest stability during high speed movement￭ High precision roller type guideways on all 3 axes￭ High precision linear guideway with 6 slide blocks on X-axis￭ High performance YCM in-house designed spindle with low vibration to achieve excellent finish
SGCAM TECHNOLOGY CO., LTD.
Product Description :
主功能介紹：<br />
全中文畫面，易學、易懂、易用，為加工業最適合的加工軟體，操作軟體完全不用背指令。<br />
可由AutoCAD製圖畫出工件外形，再匯入DXF圖檔，轉換為CNC程式碼。<br />
參數式的加工資料設定，作CAM只需三個步驟：（1）選擇工法（2）指定加工參數（3）計算、轉出加工G碼。<br />
參數式的資料設定，圖形改變後，加工碼會自動隨之改變。<br />
智慧型功能：<br />
工法和加工的輪廓可直接複製修改，不必再重新指定。<br />
自動清角可自動清除前一把刀具，所留下來的角落殘料。<br />
鑽孔時依據孔徑大小，自動搜尋鑽孔的加工位置，不必每一孔都去點選指定。<br />
字型可自動截割輪廓外圍不用慢慢編修。<br />
支援單筆劃字型刻字。<br />
加工路徑最佳化，各加工路徑間依最短距離自動計算，且可指定各加工路徑間不提刀以縮短加工時間，達到最佳之加工效率。<br />
立體加工： 不必畫3D曲面圖形就可做出立體加工工法，簡單夾治具可自行製作。<br />
牽引面加工：可加工彎管、簡單的立體。<br />
規則面加工：規則斜面、四角錐面、圓錐面。<br />
旋轉面加工：圓球面、葫蘆形狀。<br />
Z軸投影加工：可在不等高的平面上作投影加工。
HEIDENHAIN CO., LTD. (TAIWAN)
Product Description :
Angle encoders for rotary and tilting axes are indispensable for machine tools on which high positioning accuracy and a high machining rate are essential. Because angle encoder measure angular motion of the axis directly and immediately. Mechanical transfer elements therefore have no influence on position measurement, both kinematics errors and the influences of forces are measured by the angle encoder and considered in the position control loop. This can eliminate a number of potential error sources: Gear errors, reversal error, errors due to deformation of the drive mechanics by machining forces.
