Tornos XT16 Swiss Machine: Complex Machining with Pinch Turning and Multi-Channel Operations

Tornos XT16: A Compact Yet Complex Swiss Machine

• 💡 The Tornos XT16 is highlighted as a small but capable machine, offering significant complexity compared to typical milturns.
• 🧠 It features three independent channels, a step up from the two-channel systems often found even on larger 9-axis machines.

Multi-Channel Machining Capabilities

• ⚙️ Channel 1 handles standard Swiss operations with X1, Y1, and Z1 axes.
• 🚀 Channel 2, with X2, Y2, and Z2, moves independently and enables advanced operations like pinch turning, pinch drilling, and pinch milling.
• 🛠️ Channel 3 (X4, Y4, Z4) offers flexibility for drilling, milling, and ID tools, especially for work on the second spindle.
• ⚠️ The need for sync codes between channels is emphasized to prevent collisions.

Programming and Operations with Tyus Software

• 🎯 The video showcases programming an electrical connector part, demonstrating threading, pinch turning, and sub-spindle operations.
• 💻 Tyus software is recommended for programming Swiss machines, simplifying complex tasks like syncing multi-channel operations.
• ⚡ A key feature shown is the M342 code, which allows code from Channel 1 to be used in Channel 2 without duplicate programming or manual syncing.

Advanced Machining Techniques Demonstrated

• 🔩 Pinch turning is performed with two DCT insert holders mounted on opposite sides, synchronized via the M342 code.
• 🔪 A part-off tool performs a partial groove before the final cut-off, enabling a chuck transfer to the second spindle.
• 🔩 The second spindle operations include spotting and drilling two holes, followed by milling the outer profile with a 6mm endmill.

Versatility and Efficiency of the XT16

• ✅ The Tornos XT16 is praised for its versatility, allowing for a wide range of complex parts to be manufactured efficiently.
• 💡 Operations like facing, turning, drilling, threading, and milling are all demonstrated on a single electrical connector part.
• 🚀 The machine's ability to perform operations on both the main and sub-spindles simultaneously contributes to its efficiency.