01 / BORING
Large-diameter deep-hole boring for bore diameters of φ100–φ400 mm and machining depths of 1,000–12,000 mm.
The T2240 deep-hole boring machine combines a 30 kW main drive, 12 spindle speed steps from 40 to 500 r/min, and a 600 L/min coolant system for stable boring and continuous chip removal in large, deep bores.
Request a technical proposalSYSTEM 01
The T2240 headstock provides 12 spindle speed steps. Its spindle and main drive deliver stable power for large-diameter deep-hole boring.
Internal drive
Exterior control panel
HEADSTOCK
The headstock has 12 spindle speed steps. The main drive delivers stable boring torque for continuous machining of large-diameter deep holes.
SYSTEM 02
The feed screw moves the tool along the machining stroke, while the supports stabilize the workpiece for consistent feed during long-bore machining.
FEED SCREW
The servo feed system drives the tool through a stable long stroke, covering deep-hole machining depths of 1,000–12,000 mm.
FEED SUPPORT
The feed support helps support and guide the workpiece. Together with the steady rest and support bracket, it stabilizes long workpieces and reduces vibration during deep-hole boring.
SYSTEM 03
The oil feeder delivers cutting fluid to the machining zone. Coolant flow carries chips away and supports continuous deep-hole boring.
Oil feeder assembly
Front face
OIL FEEDER
The oil feeder supplies cutting fluid steadily to the cutting zone. In combination with chip evacuation at the headstock end, it removes chips throughout the boring process.
SYSTEM 04
The control panel groups spindle, feed, oil-feeder, workpiece clamping, and coolant controls. Gauges below the panel display the corresponding pressures.
CONTROL PANEL
Controls cover spindle start and stop, rapid forward and reverse, cutting feed, oil-feeder travel, workpiece clamping and release, coolant on and off, and spindle jog.
FEATURED MODEL
Designed for cylindrical deep-hole workpieces, the T2240 covers φ100–φ400 mm boring diameters and 1,000–12,000 mm machining depths. A robust spindle, stable workpiece support, and continuous coolant-assisted chip removal support efficient production.
TECHNICAL PROPOSAL
Use the detail page to understand the machine structure, then share the workpiece material, bore diameter, depth, accuracy target, and cycle-time requirements for a formal proposal.
