Metal Machining Equipment

Metal machining equipment

CNC equipment for 3C metal structures, automotive parts, precision molds, medical components, aerospace parts and large structural components.

JT-TL510A

JT-TL510A

High-speed drilling, tapping and milling for 3C metal housings and small precision parts.

BT30 · 20000rpm
JT-VL850

JT-VL850

Vertical machining center for aluminum, molds, automotive parts and medical components.

BT40 · 48m/min
JT-GL3013Z

JT-GL3013Z

Gantry machining center for large molds, structures and heavy cutting.

Gantry
JT-FCV620

JT-FCV620

Five-axis machining center for complex surfaces and high-value precision parts.

Five-axis

Workpiece Match

Typical metal workpieces and equipment advantages

Metal equipment selection depends on part size, material removal rate, hole/tapping quantity, clamping method and contour complexity.

real 3C metal frames

JT-TL510A / TL Series

3C aluminum housings, heat sinks and small precision parts

These parts require high-speed drilling, tapping and light milling efficiency.

  • Fast spindle and tool change reduce non-cutting time.
  • Well suited to high-volume aluminum and electronics parts.
real precision metal parts

JT-VL850 / VL Series

Automotive, medical and precision metal components

General precision parts need rigidity, accuracy, finish quality and flexible changeover.

  • Vertical machining centers cover molds, aluminum, steel and precision parts.
  • Stable spindle and fast movement improve throughput consistency.
real machined aluminum housing

JT-GL3013Z / Gantry Series

Large molds, die-casting molds and structural parts

Large workpieces need travel, load capacity and heavy-cutting stability.

  • Gantry structure supports large molds and heavy parts.
  • Large table and high load capacity reduce clamping limits.
real in-machine probing scene

JT-FCV620 / Five-axis Series

Impellers, complex surfaces and high-value parts

Complex parts benefit from multi-angle machining and fewer setups.

  • Five-axis machining improves tool accessibility.
  • One-setup machining reduces accumulated positioning error.