
Taiwan Technology, 5"/6" Collet/Chuck, Gang Tool/8t Tool Turret, Without Tailstock
● Core Positioning: Engineered for high-efficiency and high-repeatability machining of small-scale parts.
● Key Parameters: 6-inch chuck, max speed up to 5000rpm, IT6 class precision turning.
● Technical Highlights: Adopts a compact Gang Tool structure to drastically reduce tool-changing time.
● Target Applications: High-volume production of small-diameter parts for electronics, medical, and pneumatic industries.

Taiwan Technology, 6" Chuck, Gang Tool, Without Tailstock
● Core Positioning: Engineered for high-efficiency and high-repeatability machining of small-scale parts.
● Key Parameters: 6-inch chuck, max speed up to 5000rpm, IT6 class precision turning.
● Technical Highlights: Adopts a compact Gang Tool structure to drastically reduce tool-changing time.
● Target Applications: High-volume production of small-diameter parts for electronics, medical, and pneumatic industries.

Japan Technology, 8" Chuck, 8t/12t Tool Turret, Hydraulic Tailstock
● Core Positioning: A versatile CNC lathe that perfectly balances speed and rigidity.
● Key Parameters: 8-inch chuck, max cutting diameter up to 380mm.
● Technical Highlights: Equipped with high-precision ROLLER linear guideways to ensure stability during high-speed movement.
● Target Applications: Medium and small-sized shaft parts in automotive and home appliance industries requiring high flexibility and surface finish.

Japan Technology, 6' Chuck, 12t Powered Tool Turret With Interpolation Ys Axes
● Core Positioning: Realizes "One-Clamp, Total-Completion" for complex and irregular parts.
● Key Parameters: Built-in electro-spindle design, C-axis indexing accuracy up to 0.001°.
● Technical Highlights: Equipped with a BMT power turret and Y-axis (Sub-spindle optional), providing robust turning, milling, drilling, and tapping capabilities.
● Target Applications: Complex parts with intricate processes in aerospace and medical device industries.

Japan Technology, 8"/10" Chuck, 8t/12t Tool Turret, Heavy-Duty Type
● Core Positioning: A heavy-duty center optimized for hard materials and deep-cutting conditions.
● Key Parameters: 8/10-inch chuck, 15kW high-power motor.
● Technical Highlights: Inspired by Mazak-style structure, combining heavy-duty roller guideways with high-torque spindles for superior anti-vibration performance.
● Target Applications: EV motor shafts and construction machinery pins where both efficiency and tight tolerances are critical.

Japan Technology, 10"/12"/15" Chuck, 12t Tool Turret, Heavy-Duty Type, Linear Guideway
● Core Positioning: Dedicated to heavy-duty turning of large-scale workpieces with Linear/Box guideway options.
● Key Parameters: 10/12/15-inch chuck options, spindle bore diameter up to 127mm.
● Technical Highlights: The BOX guideway version provides exceptional vibration dampening for superior surface quality during heavy-duty cutting.
● Target Applications: Heavy-load continuous operations for valves, pumps, and heavy-duty truck components.

Japan Technology, 10"/12"/15"Chuck, 12t Tool Turret, Heavy-Duty Type, Box Guideway
● Core Positioning: Dedicated to heavy-duty turning of large-scale workpieces with Linear/Box guideway options.
● Key Parameters: 10/12/15-inch chuck options,spindle bore diameter up to 127mm.
● Technical Highlights: The BOX guideway version provides exceptional vibration dampening for superior surface quality during heavy-duty cutting.
● Target Applications: Heavy-load continuous operations for valves,pumps,and heavy-duty truck components.

Japan Technology, 15"/18"/21" Chuck,12t Tool Turret, Heavy-Duty Type, Box Guideway
● Core Positioning: The largest and most rigid ultra-heavy CNC slant bed lathe in the BLIN lineup.
● Key Parameters: Fits up to 21-inch massive chucks, max cutting diameter up to 780mm.
● Technical Highlights: All axes feature widened BOX guideways paired with a high-torque gearbox spindle to challenge machining limits.
● Target Applications: Extra-large parts for oil & gas drilling, mining machinery, and marine engineering.






