5-axis Horizontal Machining Center CP Series

The five-axis Simultaneous Horizontal machining center CP series has the characteristics of high rigidity, high precision and high efficiency machining.

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Oturn

5-axis Horizontal Machining Center CP Series 5 axis linkage HMC Cnc Machine Tools High Precision 5 Axis cnc milling machine 5 axis Simultaneous cnc machining center Simultaneous 5 axis Horizontal machining center

Features

Technical Specifications

Processing Example

Machine introduction

Model: CP800T2; CP1100T2; CP1600T2

X-AXIS STEP LAYOUT
The step layout effectively reduces the risk of deflection or wear over time, thereby extending the operational life of the guide rail and maintaining consistent machining quality.

HOLLOW SCREW

The hollow screw design integrates a cooling mechanism directly within the screw.
HIGH RIGIDITY FUSELAGE
The high rigidity fuselage, characterized by a front and rear integrated bed design, significantly enhances the structural integrity of the machine tool. This integrated design minimizes the deformation of the machine bed under load.

X, Y, Z AXES ARE ALL LINEAR ROLLER GUIDES

The use of linear roller guides on the X, Y, and Z axes ensures that the machine can achieve high-precision, heavy-duty cutting.
Model: CP2000

MOVING CROSSBEAM STRUCTURE, Z-AXIS DOUBLE SCREWS MOVE SIMULTANEOUSLY
1. The machine's bed, column, and beam are constructed from gray cast iron, known for its excellent vibration-damping properties due to its flake graphite structure.
2. The moving parts of the machine, made from steel, are engineered to be lightweight, allowing for rapid movement speeds of 60 meters per minute or more.
3. The substantial stroke lengths of the X, Y, and Z axes, typically 1700mm or more, make the machine well-suited for large-scale component manufacturing, such as those found in the aerospace, automotive, and heavy machinery industries.
45°SINGLE-AXIS SWING HEAD
1. The swing Angle range is large, can be in -30°-180° swing Angle of the workpiece processing, suitable for aerospace parts processing.
2. The conguration of A63 clamping arm swing head can be suitable for automotive integrated parts processing.

PRECISION CLAMPING TABLE
The precision clamping table, equipped with a C-axis roller gear cam, is designed to eliminate backlash, a common issue that can compromise machining accuracy.

HOLLOW SCREW

The hollow design allows coolant to circulate through the screw, effectively dissipating this heat and keeping the temperature stable.
45° SINGLE AXIS SWING HEAD

● The high-rigidity structure offers a broad processing range, minimizing the need for repeated clamping of workpieces and thereby enhancing processing accuracy and efficiency.
● Its high adaptability makes the universal two-axis selector a valuable feature, effectively extending the machine's capabilities by adding a specialized axis.
● This is particularly useful for large workpieces that are difficult to reposition or require precision beyond typical expectations, making it a more practical solution than simply adding a fourth axis.
DOUBLE SHOULDER HORIZONTAL SWING HEAD

● The double shoulder horizontal swing head features an A-extractor that is directly driven by a low-speed, high-torque motor, providing unobstructed operation, high precision, and excellent dynamic response.
● The A-axis uses hydraulic clamps, offering strong clamping force and long-lasting durability, with a compact design and reliable performance.
A unique angle limit device simplifies head control.
● Additionally, the high-rigidity precision electric spindle has a large bearing clearance, ensuring high rigidity.
Worktables

● Standard Round Single-station Workbench
Rotary table with roller cam transmission
High efficiency, no backlash, maintenance-free, high rigidity and heavy load.
Rotary table with minimum indexing unit of 0.001°
● Optional Double Exchange Double Station Workbench
The connection between the worktable body and the pallet is tightened by a 4-point cone using the pallet clamping force.
The worktable clamping force maintains stable processing for heavy cutting.
ATC

● It can be used for boring long bar and milling large diameter bar to improve production efficiency.
● The simple but highly reliable cam driven tool changing device can realize high-speed tool changing and long-term stable operation in reducing non cutting time.

Optional Configuration

LASER TOOL SETTING INSTRUMENT

This system ensures that the tool dimensions are accurately measured and monitored throughout the machining process, leading to consistent high-quality results and reducing the risk of tool-related errors. The precision and speed provided by this instrument are critical for maintaining the overall efficiency and accuracy of the machining center, especially in applications requiring tight tolerances.
ONLINE DETECTION SYSTEM

The online detection system is a powerful tool that significantly reduces the time spent on tool setting and workpiece alignment, effectively saving up to 90% of auxiliary time. By allowing real-time monitoring and adjustments during the machining process, this system eliminates the need for manual measurements and setup.The online detection system enhances the machine's productivity by enabling quicker transitions between tasks and reducing downtime.
OIL MIST GATHERING SYSTEM

The oil mist gathering system is a vital feature for maintaining a clean and safe working environment within the machining center. With a high purification efficiency, this system effectively captures and filters water-soluble air and oil mist smoke generated during machining processes. The stable operation and silent noise floor ensure that the system operates unobtrusively, contributing to a quieter and more comfortable workspace.
CUTTING FLUID COOLING DEVICE

The cutting fluid cooling device is engineered to maintain the temperature of the cutting fluid within a precise range, typically allowing a temperature rise of only 3-5°C. This controlled cooling is essential for maintaining the viscosity and effectiveness of the cutting fluid, which in turn directly affects the quality of the machining process. By preventing the cutting fluid from overheating, the system ensures consistent lubrication and cooling at the cutting interface, reducing tool wear and improving surface finish.
AXIAL GRATING RULER

The axial grating ruler is a precision measurement tool that provides digital pulse output for highly accurate and responsive position detection. With a large detection range and high detection accuracy, the grating ruler ensures precise control over the machine’s movements along the X, Y, and Z axes. This feature is key to achieving high-quality results in demanding applications where precision is non-negotiable.
BROKEN TOOL DETECTION IN THE MAGAZINE

The detection unit is installed in the tool magazine, and the detection process and the processing process are carried out simultaneously, without affecting the processing beat.

Technical Specifications

Project		Unit	CP800	CP800T2	CP1100	CP1100T2
Travel	X/Y/Z axis travel	mm	800x800x750	800x800x750	980x1140x680	980x1140x500
	B axis travel	°	-30°-160°	-30°-160°	-30°-180°	-30°-180°
	C axis travel	°	360°	360°	360°	360°
	Distance from spindle to table surface (B axis 90 degrees horizontal)	mm	290-1040	160-910	100-780	100-600
	Distance from spindle to table surface (B axis 0 degrees vertical)	mm	47-797	-83-667	0-680	0-500
	Distance from spindle to table center (B axis 90 degrees horizontal)	mm	-135-665	-135-665	-260-720	-260-720
	Distance from spindle to table center (B axis 0 degrees vertical)	mm	108-908	108-908	-160-820	-160-820
	Maximum processing range	mm	φ720*910	φ720*910	φ1120*780	φ1120*600
Three-axis feed	X/Y/Z axis rapid displacement	m/min	60/60/60	60/60/60	60/60/60	60/60/60
Three-axis feed	Cutting feed speed	mm/min	0-24000	0-24000	0-24000	0-24000
Rotary table (C axis)	Number of worktables	-	1	2	1	2
	Disk diameter	mm	φ650	500*500	φ800	630*630
	Allowable load	kg	500	500	1200	1000
	Maximum rotation speed	rmp	40	40	30	30
	Positioning/repeat accuracy	arc.sec	15/10	15/10	15/10	15/10
B axis	Maximum rotation speed	rmp	60	60	50	50
B axis	Positioning/repeat accuracy	arc.sec	8/4	8/4	8/4	8/4
Spindle	Spindle specifications (installation diameter/transmission mode)	mm	190/Built-in	190/Built-in	230/Built-in	230/Built-in
	Spindle taper	mm	A63	A63	A100	A100
	Spindle maximum speed	r/min	18000	18000	10000	10000
	Spindle motor power (continuous/S640%)	kW	30/35	30/35	54/65	54/65
	Spindle motor torque (continuous/S640%)	N.m	72/85	72/85	200/230	200/230
Tool magazine	Tool magazine capacity	T	50T	50T	50T	50T
	Tool change time (T-T)	S	7	7	8	8
	Maximum tool diameter (full tool/empty tool)	mm	80/150	80/150	120/240	120/240
	Maximum tool length	Mm	450	450	450	450
	Maximum tool weight	kg	8	8	15	15
Guide rail	X-axis guide rail (size/number of slides)	mm	45/2	45/2	55/2	55/2
	Y-axis guide rail (size/number of slides)	mm	45/3	45/3	55/3	55/3
	Z-axis guide rail (size/number of slides)	mm	45/2	45/2	55/2	55/2
Three-axis transmission	X-axis screw	N	2R40x20	2R40x20	2R50x20	2R50x20
	Y-axis screw	N	2R40x20	2R40x20	2R50x20	2R50x20
	Z-axis screw	N	2R40x20	2R40x20	2R50x20	2R50x20
Three-axis precision	Positioning accuracy	mm	±0.005/300	±0.005/300	0.005/300	0.005/300
Three-axis precision	Repeat positioning accuracy	mm	±0.003/300	±0.003/300	0.003/300	0.003/300
Lubrication system	Lubrication unit capacity	L	0.7	0.7	0.7	0.7
Lubrication system	Lubrication type	-	Grease lubrication	Grease lubrication	Grease lubrication	Grease lubrication
Other	Air requirements	kg/cm²	≥6	≥6	≥6	≥6
	Air source flow	mm³/min	≥0.5	≥0.5	≥0.5	≥0.5
	Machine weight	KG	10.5	11	23	24

Project		Unit	CP1600	CP1600T2	CP2000	CPCP2000V2V
Travel	X/Y/Z axis travel	mm	1550x1540x1115	1550x1540x940	2000x1700x1400	1700x1750x1700
	B axis travel	°	-30°-180°	-30°-180°	-30°-180°	-30°-160°
	C axis travel	°	360°	360°	360°	0-360°
	Distance from spindle to table surface (B axis 90 degrees horizontal)	mm	100-1215	100-1040	100-1500	-43-1657
	Distance from spindle to table surface (B axis 0 degrees vertical)	mm	0-1115	0-940	0-1400	200-1900
	Distance from spindle to table center (B axis 90 degrees horizontal)	mm	-160-1290	-160-1290	-1000-1000	-57-1643
	Distance from spindle to table center (B axis 0 degrees vertical)	mm	-60-1390	-60-1390	-900-1100	-300-1400
	Maximum processing range	mm	φ1490*1215	φ1490*1040	φ1680*1500	φ1700*1900
Three-axis feed	X/Y/Z axis rapid displacement	m/min	42/42/42	42/42/42	60/60/60	60/90/90
Three-axis feed	Cutting feed speed	mm/min	0-24000	0-24000	0-24000	0-24000
Rotary table (C axis)	Number of worktables	-	1	2	1	1
	Disk diameter	mm	φ1200	800*800	φ1600	800*800
	Allowable load	kg	2000	1800	3000	1500
	Maximum rotation speed	rmp	20	20	20	60
	Positioning/repeat accuracy	arc.sec	15/10	15/10	10/6	8/4
B axis	Maximum rotation speed	rmp	50	50	50	60
B axis	Positioning/repeat accuracy	arc.sec	8/4	8/4	8/4	8/4
Spindle	Spindle specifications (installation diameter/transmission mode)	mm	230/Built-in	230/Built-in	230/Built-in	190/Built-in
	Spindle taper	mm	A100	A100	A100	A63
	Spindle maximum speed	r/min	10000	10000	10000	18000
	Spindle motor power (continuous/S640%)	kW	54/65	54/65	54/65	30/35
	Spindle motor torque (continuous/S640%)	N.m	200/230	200/230	200/230	70/85
Tool magazine	Tool magazine capacity	T	50T	50T	50T	50T
	Tool change time (T-T)	S	8	8	8	7
	Maximum tool diameter (full tool/empty tool)	mm	120/240	120/240	120/240	80/150
	Maximum tool length	Mm	450	450	450	450
	Maximum tool weight	kg	15	15	15	8
Guide rail	X-axis guide rail (size/number of slides)	mm	65/2	65/2	55/3	55/3
	Y-axis guide rail (size/number of slides)	mm	55/3	55/3	45/3	45/3
	Z-axis guide rail (size/number of slides)	mm	55/2	55/2	55/2	55/2
Three-axis transmission	X-axis screw	N	55x16	55x16	63×25	63×25
	Y-axis screw	N	55x16	55x16	50×25	50×32
	Z-axis screw	N	2R50x20	2R50x20	50252	50322
Three-axis precision	Positioning accuracy	mm	0.005/300	0.005/300	0.005/300	0.005/300
Three-axis precision	Repeat positioning accuracy	mm	0.003/300	0.003/300	0.003/300	0.003/300
Lubrication system	Lubrication unit capacity	L	0.7	0.7	0.7	0.7
Lubrication system	Lubrication type	-	Grease lubrication	Grease lubrication	Grease lubrication	Grease lubrication
Other	Air requirements	kg/cm²	≥6	≥6	≥6	≥6
	Air source flow	mm³/min	≥0.5	≥0.5	≥0.5	≥0.5
	Machine weight	KG	30	31	42	42