APEC HS Series — HS-1400 & HS-1400T 5-Axis Horizontal Machining Centers

The APEC HS-1400 and HS-1400T 5-axis horizontal machining centers are engineered for high-rigidity, high-accuracy machining of large aerospace components, including titanium and nickel-based alloys. Built on a reinforced T-structure with inverted dual-V ribbed base and double-wall column design, these machines deliver exceptional stability, thermal control, and precision during long-cycle machining operations.

The HS-1400 is a powerful 5-axis horizontal machining center optimized for complex aerospace structures and engine components, while the HS-1400T introduces a unique capability — transforming the machine into a mill-turn platform by reconfiguring the 45° rotary table into a turning module. This allows manufacturers to perform both milling and turning operations in a single setup, dramatically improving efficiency and part accuracy.

Key Features of the HS-1400

  • Ø1,000 mm rotary table, 2,000 kg load capacity.
  • HSK100A spindle, 12,000 rpm, 50–76 kW, 200–302 Nm torque.
  • Large work envelope: 1,800 × 1,250 × 1,320 mm travels.
  • Fork-type milling head with wide angular range for complex 5-axis machining.
  • Double-wall column and rib-reinforced base for thermal stability and structural rigidity.
  • Direct-drive torque motor rotary table for zero backlash and high-precision contouring.
  • Automatic Tool Changer (40 tools) with large tool capacity.
  • Optional Automatic Pallet Changer (APC) for increased productivity.

Key Features of the HS-1400T

  • Ø1,250 mm heavy-duty rotary table, 3,200 kg load capacity.
  • HSK100T spindle, 12,000 rpm, 50–76 kW, 200–302 Nm torque.
  • Integrated turning capability through reconfigurable rotary table for lathe operations.
  • High-speed rotary performance up to 700 rpm with 15,000 Nm clamping torque.
  • 45° universal milling head for extended reach and multi-angle machining.
  • Direct-drive A/B rotary axes for high torque, precision, and dynamic performance.
  • Advanced cooling and thermal compensation systems for long-cycle accuracy.
  • Full enclosure with chip management systems for clean and reliable operation.

Specifications

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Specification
HS1400 Request a Quote

X-Axis

70.87″

Y-Axis

49.21″ (61.02″ opt.)

Z-Axis

51.97″

B-Axis Torque (S1/Max)

84.04/148.13 ft. lbs.

Feedrate

XYZ=164.04 ft/min²

Spindle Taper

HSK100A (HSK-100T opt.)

Spindle Speed

12,000 rpm

Spindle Power (S1 / S6)

67.11/102.40 HP

Spindle Torque (S1 / S6)

147.51/223.11 ft. lbs.

Tool Shank

40T

Max Tool Length

17.72″

Max Tool Diameter with Adjacent

4.92″

Max Tool Diameter with Adjacent

9.84″

Weight

55,115.57 lbs.
Specification
HS1400T Request a Quote

X-Axis

70.86 inches

Y-Axis

49.21 inches

Z-Axis

51.96 inches

Feedrate

164.04 ft./min2

Table Size

49.21” diameter

Max Processing Diameter

70.86” diameter

Max Table Load

7,054.79 lbs.

Max Rotation Angle

B = ±360˚ Cont.

Max Rotation Speed

B = 700 RPM

Table Torque

B = 2,360/3,894 ft./lbs.

Spindle Taper

HSK-100T

Spindle Speed

12,000 RPM

Spindle Power

67.05/101.92 HP

Spindle Torque

147.5/222.74 ft./lbs.

Tool Shank

60T

Max Tool Length

17.71”

Max Tool Diameter with Adjacent Tool

4.92” diameter

Max Tool Diameter without Adjacent Tool

9.84” diameter

Benefits of the HS-1400 for Metal Cutting Manufacturers

  • Extreme rigidity and stability from a double-wall column and reinforced T-structure for heavy-duty aerospace machining.
  • High accuracy and repeatability with optical linear scales and direct-drive rotary axes for precision 5-axis machining.
  • Ultra-fine surface finishes achieved through vibration suppression and high-torque spindle performance.
  • Cycle time reduction through simultaneous 5-axis machining and wide-angle fork-type head geometry.
  • Reliable performance in difficult materials including titanium and nickel-based alloys due to high torque spindle capability.

Benefits of the HS-1400T for Metal Cutting Manufacturers

  • Mill-turn capability in one platform — perform both milling and turning operations without transferring parts between machines.
  • Reduced setups and improved accuracy by completing complex parts in a single setup.
  • Higher productivity through combined machining processes, reducing cycle time and handling.
  • Superior rigidity under turning loads with a heavy-duty rotary table capable of high clamping torque.
  • Versatility across part types — ideal for components requiring both rotational and multi-axis machining.

Ideal Cutting Applications for the HS-1400

  • Aerospace structural components — fuselage frames, ribs, bulkheads, and spars.
  • Aerospace engine parts — turbine cases, housings, and complex prismatic components.
  • Titanium and nickel alloy components requiring high rigidity and stability.
  • Large mold and die components requiring precision 5-axis contouring.

Ideal Cutting Applications for the HS-1400T

  • Aerospace components requiring both milling and turning in a single setup.
  • Engine components — shafts, housings, and rotational parts with complex geometries.
  • High-precision cylindrical parts requiring simultaneous multi-axis machining.
  • Energy and industrial components requiring combined machining processes.