Theme
Digital Transformation
Green Transformation
YEONG CHIN MACHINERY INDUSTRIES CO., LTD.
Product Description :
NFX400A is designed especially for small, complex high-quality parts mainly for aerospace, automotive, medical, job shop and die & mold applications
￭ Extra wide column and base design to ensure best support and cutting rigidity.
￭ Increased tool life by cutting with belly and edge of the tool
￭ Reduce fixture error and improve workpiece loading and uploading time
￭ Greatly reduced non-cutting or setup waiting time
￭ Saves manufacturing cost with reduced fixture and electrode costs.
CAMPRO PRECISION MACHINERY CO., LTD.
Product Description :
Campro manufactures a family of Double Column Machining with size up to 5,200 x 3,100 mm travels. The machines offer the highest accuracies of any bridge mill on the market and can machine large parts efficiently with its rigid design. The extended Y-axis has full supported and constructed with a base/bed casting. The PV-XX16 (1,600 mm travels on Y-axis) is one-piece monoblock column structure that is bolted to the bed, delivers rigidity and stability. The PV-xx21 and PV-xx26 have wider door span and bigger machining range, the optional 1,000 mm Z-axis travel is best for attached head requested user.
TAIWAN MACHINE TOOL CO., LTD.
Product Description :
TMT TG series with meticulous design, is your best choice in precision finishing. Multi-performance, while satisfy different machining demand. Work table can be mounted with APC, 5 Axes or fix table.
-High cutting rigidity with ganty type structure design.
-Compact design less floor occupation.
-Without carring ATC system on moving parts to make it lighter, make sure cutting without vibration.
- Cutting area isolation to ensure the transmission system life longer and easier to install linear scale.
-High efficiency servo drive ATC system, C-C(T1-T2)only 4sec., with high stable performance.
-ATC install at the center of basement to reduce the width of machine to save the walking steps to loading and unloading workpiece.
