CNC Drilling And Tapping Machining Center CT Series

CT series vertical machining centers are mainly used for large, medium and small batch processing and production of various types of product parts, accessories, etc. For example, they provide users with high-speed parts processing solutions in the fields of automobile industry, military industry, aerospace, etc.

Quantity:
Availability:





Inquire Add to Basket

Brand:
Oturn

CNC Drilling and Tapping Machining Center CT series VMC CNC Machine CNC Vmc Milling Machine Multi Axis Cnc Milling Machine CNC Vmc Machining center

Features

Technical Specifications

Configuration Introduction

Processing Example

HIGH-SPEED, HIGH-PERFORMANCE MACHINING CENTER

The CT1600 drilling, milling, and tapping machining center is designed for high-speed, high-performance, and precision operations, offering exceptional rigidity, accuracy, and efficiency.

ADVANCED STRUCTURAL DESIGN

Column Design: The column features a herringbone structure with a wide span, significantly boosting its bending and torsional strength.

Workbench Structure: The workbench is engineered with an optimal slider span, ensuring even distribution of stress across the surface.

Bed Design: The bed is constructed with a trapezoidal cross-section to lower the center of gravity, thereby enhancing torsional strength.

Overall Stability: The machine's design prioritizes structural integrity, delivering superior overall stability.

ENHANCED CONTROL SYSTEM

CNC System: Equipped with OTURN’s latest C80 Plus system, the machining center offers a 15-inch ultra-large LCD display, providing dynamic graphical displays of tool trajectories, intelligent warning systems, and self-diagnosis features for easier and faster machine use and maintenance.

Improved Data Processing: The high-speed bus communication method significantly boosts the CNC system's data processing and control capabilities. With program storage expanded to 4GB and pre-reading capacity increased to 3,000 lines per second, the system supports rapid, efficient transmission and online processing of large-capacity programs.

Technical Specifications

Item		CT500	CT700	CT1000	CT1500
Travel	X-axis travel	500mm	700mm	1000mm	1570mm
	Y-axis travel	400mm	400mm	600mm	400mm
	Z-axis travel	330mm	330mm	300mm	330mm
	Distance from spindle end to worktable center	150-480mm	150-480mm	200-500mm	150-480mm
Worktable	Table size	650×400mm	850×400mm	1100×500mm	1700×420mm
Worktable	Max.load of worktable	300kg	350kg	500kg	300kg
Spindle	Spindle taper hole	BT30
	Max.spindle speed	24000rpm	12000rpm	12000rpm	12000rpm
	Spindle motor power (continuous/S360%)	8.2/12 kW
	Spindle motor torque (continuous/S360%)	26/38 N.m
Feed rate	X/Y/Z axis rapid speed	60/60/60mm	60/60/60mm	48/48/48mm	48/48/48mm
Feed rate	Cutting feed	50-30000mm/min
Tool magazine	Number of installed tools	21T
	Max.tool diameter/length	80/250mm
	Max.tool weight	3kg
	Total weight of tool	≤33kg
	Tool change time (tool to tool)	1.2-1.4sec.
Accuracy	positioning accuracy	±0.005/300mm
Accuracy	Repeatability	±0.003mm
Power	Power capacity	16.25 KVA		12.5 KVA
	Air pressure demand	≥6 kg/cm²
	Air source flow	≥0.5mm³/min
Machine size	Machine weight	2.7t	2.9 t	4.8t	5.5t
Machine size	Mechanical dimensions (Length × Width × Height)	1589×2322×2304mm	1988×2322×2304mm	2653×2635×3059mm	4350×2655×2571mm

Configuration Introduction

C80 System

Recognized as a top-tier industrial control system, the C80 is the first to operate on a Windows platform. It offers high-speed, high-precision performance with control capabilities for up to 16 axes. The system includes a standard 256MB hard disk for file storage. For those with specific requirements, the FANUC Oi-MF system is also available as an option.
Spindle

The spindle motor, designed for rapid acceleration and deceleration, allows the spindle to start and stop quickly, enabling tool changes without the need to halt the Z axis.
Tool Magazine

Featuring a new rotary structure, the tool magazine employs a non-stop splitting method, significantly reducing tool change times. The movement of the tool magazine is controlled by a servo motor, ensuring smoother operation.
Rotary table

The high-efficiency rotary table, capable of reaching 2000 rpm, is designed for high-precision and high-efficiency turning operations.
Bed and column

The bed and column have been re-engineered with optimized structural shapes, enhancing the machine's overall rigidity. These configurations, refined through CAE analysis, provide the most suitable shapes for stable cutting performance, even in conditions where spindle speed alone would not suffice.