Titanium cutting machine TCNC series

for steelfor metalservo-driven

Overview
The TAG Split Frame Clamshell CNC Crossbar combines advanced CNC precision with broad process coverage for bevelling, counter-boring, weld removal, flange preparation, OD turning and heat‑exchanger seal‑face machining. Designed for use with TAG TSFC-series split‑frame clamshells, it enables complex, high‑quality machining in a single setup with a 7 in wired touchscreen remote for on‑site adjustments.

Product Advantages

• CNC accuracy on a split frame: Single‑point, fully programmable CNC crossbar delivering consistent profiles and surface finishes on TSFC‑series clamshells.
• One‑setup efficiency: Mount once to rough cut and complete CNC preparation without repositioning, reducing cycle time and handling risk.
• True X/Z interpolation: Two brushless axis drives control tool path and bevel geometry for V/J, compound and custom forms.
• Wide process coverage: External V/J bevel, internal bevel, compound bevel, counter‑boring, weld removal, flange facing/preparation (flat, raised face, RTJ groove, male/female), NORSOK compact flange machining, OD turning, radius prep and heat‑exchanger seal‑face machining.
• User‑controlled programming: 7 in wired touchscreen remote pad with intuitive, license‑free software; adjust rotation speed, feed, depth of cut and trajectories on the fly.
• Stable, chatter‑resistant cuts: Servo‑controlled rotation and robust crossbar architecture improve finish quality and reduce rework.
• Controller & power: Three‑phase 380–480 V electrical controller with servo motor for smooth torque and repeatable speed control.
• Materials: Suited to steels, exotic alloys, titanium and other hard materials while protecting tool life.
• Field integration: Drop‑in compatibility with TAG TSFC‑series frames for fast on‑site deployment.

Specifications - parts table
Part No. | Description | Working Range ID min to OD max | Split‑Frame Part No. | Range (OD) | Controller Kit Part No.
TCNCCB20 | H&S CNC Controlled Cross Bar for HSSFC20 | 168 – 470 mm / 6.6 – 18.5 in | TSFC20R | 355.6 – 508 mm / 14 – 20 in | TCNCCDE16-3P
TCNCCB24 | H&S CNC Controlled Cross Bar for HSSFC24 | 273 – 590 mm / 10.7 – 23.2 in | TSFC24R | 457.2 – 609.6 mm / 18 – 24 in | TCNCCDE16-3P
TCNCCB30 | H&S CNC Controlled Cross Bar for HSSFC30 | 457 – 780 mm / 18 – 30.7 in | TSFC30R | 609.6 – 762 mm / 24 – 30 in | TCNCCDE25-3P
TCNCCB36 | H&S CNC Controlled Cross Bar for HSSFC36 | 610 – 925 mm / 24 – 36.4 in | TSFC36R | 762 – 914.4 mm / 30 – 36 in | TCNCCDE25-3P
TCNCCB42 | H&S CNC Controlled Cross Bar for HSSFC42 | 762 – 1,080 mm / 30 – 42.5 in | TSFC42R | 914.4 – 1,067 mm / 36 – 42 in | TCNCCDE25-3P
TCNCCB48 | H&S CNC Controlled Cross Bar for HSSFC48 | 914 – 1,240 mm / 36 – 48.8 in | TSFC48R | 1,067 – 1,219 mm / 42 – 48 in | TCNCCDE25-3P
TCNCCB60 | H&S CNC Controlled Cross Bar for HSSFC60 | 1,219 – 1,535 mm / 48 – 60.4 in | TSFC60R | 1,220 – 1,524 mm / 48 – 60 in | TCNCCDE25-3P
TCNCCB75 | H&S CNC Controlled Cross Bar for HSSFC75 | 1,600 – 1,930 mm / 63 – 76 in | TSFC75R | 1,524 – 1,910 mm / 60 – 75 in | TCNCCDE25-3P

Technical characteristics / specifications

• Working range (general): 168 – 1,930 mm o/d (6.6 – 76 in o/d) depending on model.
• Compatible frames: Designed for integration with TAG TSFC‑series split‑frame clamshell machines.
• Functions: External & internal bevelling, counter‑boring, weld removal, flange facing/preparation, OD turning, radius prep, heat‑exchanger seal‑face machining.
• Axes & control: Servo‑driven, two‑axis (X/Z) true interpolation; single‑point, fully programmable CNC crossbar.
• Controller & power: Three‑phase 380–480 V electrical controller with servo motor; dedicated controller kits listed per model.
• Remote interface: 7 in wired touchscreen remote pad with license‑free software (set rotation speed, feed, depth of cut, trajectories).
• Materials: Suited for steels, exotic alloys, titanium and other hard materials.
• Operational benefits: One‑setup workflow, repeatable geometry and weld‑ready finishes, stable/chatter‑resistant cuts, drop‑in field compatibility.