Single Spindle CNC Lathe 106 / 108 / 208 Series

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Single Spindle CNC Lathe 106 / 108 / 208 Series Single Spindle Cnc Machine High Efficiency Cnc Metal Lathe High Performance Cnc Lathe Machine High Accuracy Cnc Turning Machine

Introduction

Technical Specifications

Configuration Introduction

Turret Design Performance

Integrated Positive Y-Axis: The turret features a highly rigid and heavy-duty positive Y-axis structure, providing superior performance compared to the interpolation Y-axis. This structure allows for smoother and more precise plane contour processing, making it easier to handle complex curved surfaces and contours.

Superior Plane Milling: Unlike the interpolation Y-axis, which requires simultaneous movement of the X and Y axes to interpolate a straight line, the positive Y-axis moves perpendicular to the X-axis as a single-axis movement. This results in a significantly smoother and brighter finish on milled planes.

Direct Drive Synchronous Electric Spindle

Enhanced Rigidity and Torque: The spindle offers high rigidity and torque, leading to higher efficiency and better surface finish. Its precise indexing and fast start-stop response improve overall production capacity.

Advanced Positioning Accuracy: Equipped with a magnetic ring incremental encoder (sine and cosine), the spindle achieves positioning accuracy of 20 arc seconds and C-axis indexing accuracy of 40 arc seconds, ensuring precise operations.

Energy Efficiency and Longevity: The spindle is designed to handle small cutting loads, which saves energy and extends the life of the machine. Its efficient design also minimizes vibration, improving workpiece surface finish and reducing the need for secondary grinding.

Thermal Stability: A cooling system is integrated into the spindle motor to counteract thermal displacement, maintaining consistent spindle temperature and ensuring stable accuracy. The nose end runout accuracy is maintained within 0.002mm, providing reliable precision.

Ease of Maintenance: The rear-mounted direct-drive synchronous spindle simplifies installation and maintenance, enhancing the overall usability of the machine.

Heavy-Duty Cast Iron Base And Components

Optimized Casting Design: All major machine parts are made from HT300 cast iron, which offers excellent shock absorption capacity. The castings have been optimized through finite element analysis (FEA) to minimize distortion and enhance rigidity.

Reinforced Structure: The castings are reinforced with ribs to improve thermal stability and rigidity. The compact and symmetrical design of the headstock and tailstock further enhances the machine's structural integrity, ensuring high positioning accuracy and repeatability.

Technical Specifications

Item	Name	Unit	106	108	106M
Travel	Max. bed rotation diameter	mm	Φ600	Φ600	Φ600
	Max. machining diameter	mm	Φ380	Φ380	Φ310
	Max. rotation diameter on tool holder	mm	Φ200	Φ200	Φ200
	Max. processing length	mm	380	370	340
	Distance between two centers	mm	450	450	450
Spindle Cylinder Chuck	Spindle nose	ASA	A2-5	A2-6	A2-5
	Hydraulic cylinder/chuck	Inch	6’’	8’’	6’’
	Spindle through hole diameter	mm	Φ56	Φ79/66	Φ56
	Max. rod through hole diameter	mm	Φ46	Φ65/52	Φ46
	Spindle Max. speed	rpm	5500	4300/ 4500	5500
	Spindle motor power	kw	17.5	11/15 (18/22)	17.5
	Spindle motor torque	Nm	62-125	91-227 (73/165)	62-125
X/ZN/S Axis Feed Parameters	X motor power	kw	1.8	1.8	1.8
	Z motor power	kw	1.8	1.8	1.8
	X axis travel	mm	207	207	200
	Z axis travel	mm	433	422	420
	X/Z axis rail specifications	spec	35 roller	35 roller	35 roller
	X axis fast move	Mm/min	30	30	30
	Z axis fast move	Mm/min	30	30	30
Servo Power Turret Parameters	Power turret type	/	Servo turret	Servo turret	BMT45
	Tool station	/	12T	12T	12T
	M motor power	kw	-	-	5.5
	M axis motor torque	Nm	-	-	35
	Power head Max. speed	rpm	-	-	6000
	Outer diameter tool holder specifications	mm	25*25	25*25	20*20
	Inner diameter tool holder specifications	mm	Φ40	Φ40	Φ40
	Adjacent tool change time	sec	0.15	0.15	0.15
	Positioning accuracy	/	±2”	±2”	±2”
	Repeat positioning accuracy	/	±1”	±1”	±1”
Tailstock Parameters	Programmable hydraulic tailstock	/	Hydraulic program tailstock	Hydraulic program tailstock	Hydraulic program tailstock
	Tailstock Max. travel	mm	360	360	360
	Sleeve diameter	mm	Φ80	Φ80	Φ80
	Sleeve travel	mm	100	100	100
	Sleeve taper	/	MT4#	MT4#	MT4#
Dimensions	Overall dimensions	m	220020001800	240020001800	220020001800
Dimensions	Machine weight approx.	kg	3600	3700	3700
Other	Cutting fluid tank volume	L	150	150	150
	Cooling water pump power	kw	0.75	0.75	0.75
	Hydraulic unit box volume	L	40	40	40
	Hydraulic oil pump motor power	kw	1.5	1.5	1.5
	Lubricating oil tank volume	L	2	2	2
	Automatic lubrication pump motor power	kw	50	50	50

Item	Name	Unit	108M	106MY	108MY
Travel	Max. bed rotation diameter	mm	Φ600	Φ660	Φ660
	Max. machining diameter	mm	Φ310	Φ330	Φ330
	Max. rotation diameter on tool holder	mm	Φ200	Φ350	Φ350
	Max. processing length	mm	320	240	210
	Distance between two centers	mm	450	450	450
Spindle Cylinder Chuck	Spindle nose	ASA	A2-6	A2-5	A2-6
	Hydraulic cylinder/chuck	Inch	8’’	6’’	8’’
	Spindle through hole diameter	mm	Φ79/66	Φ66	Φ79/66
	Max. rod through hole diameter	mm	Φ65/52	Φ45	Φ65/52
	Spindle Max. speed	rpm	4300	5500	4300
	Spindle motor power	kw	18/22	17.5	18/22
	Spindle motor torque	Nm	91-227	62-125	91-227
X/ZN/S Axis Feed Parameters	X motor power	kw	1.8	1.8	1.8
	Y motor power	kw	-	1.2	1.2
	Z motor power	kw	1.8	1.8	1.8
	X axis travel	mm	200	210	210
	Y axis travel	mm	-	90±45	90±45
	Z axis travel	mm	400	320	290
	X/Z axis rail specifications	spec	35 roller	35 roller	35 roller
	Y axis rail specifications	spec	-	25 roller	25 roller
	X axis fast move	Mm/min	30	24	24
	Y axis fast move	Mm/min	-	8	8
	Z axis fast move	Mm/min	30	24	24
Servo Power Turret Parameters	Power turret type	/	BMT45	BMT45	BMT45
	Tool station	/	12T	12T	12T
	M motor power	kw	5.5	5.5	5.5
	M axis motor torque	Nm	35	35	35
	Power head Max. speed	rpm	6000	6000	6000
	Outer diameter tool holder specifications	mm	25*25	25*25	25*25
	Inner diameter tool holder specifications	mm	Φ40	Φ40	Φ40
	Adjacent tool change time	sec	0.15	0.15	0.15
	Positioning accuracy	/	±2”	±2”	±2”
	Repeat positioning accuracy	/	±1”	±1”	±1”
Tailstock Parameters	Programmable hydraulic tailstock	/	Hydraulic program tailstock	Hydraulic program tailstock	Hydraulic program tailstock
	Tailstock Max. travel	mm	360	360	360
	Sleeve diameter	mm	Φ80	Φ80	Φ80
	Sleeve travel	mm	100	100	100
	Sleeve taper	/	MT4#	MT4#	MT4#
Dimensions	Overall dimensions	m	240020001900	220020001800	240020001900
Dimensions	Machine weight approx.	kg	3800	3800	3800
Other	Cutting fluid tank volume	L	150	150	150
	Cooling water pump power	kw	0.75	0.75	0.75
	Hydraulic unit box volume	L	40	40	40
	Hydraulic oil pump motor power	kw	1.5	1.5	1.5
	Lubricating oil tank volume	L	2	2	2
	Automatic lubrication pump motor power	kw	50	50	50

Item	Name	Unit	208	208M	208MY
Travel	Max. bed rotation diameter	mm	Φ620	Φ620	Φ700
	Max. machining diameter	mm	Φ510	Φ510	Φ420
	Max. rotation diameter on tool holder	mm	Φ300	Φ300	Φ300
	Max. processing length	mm	520	420	360
	Distance between two centers	mm	600	600	600
Spindle Cylinder Chuck	Spindle nose	ASA	A2-6	A2-6	A2-6
	Hydraulic cylinder/chuck	Inch	8’’	8’’	8’’
	Spindle through hole diameter	mm	Φ79/66	Φ79/66	Φ79/66
	Max. rod through hole diameter	mm	Φ65/52	Φ65/52	Φ65/52
	Spindle Max. speed	rpm	4000/4300	4300	4300
	Spindle motor power	kw	18/22(11/15)	18/22	18/22
	Spindle motor torque	Nm	91-227 (73/165)	91-227 (73/165)	91-227
X/ZN/S Axis Feed Parameters	X motor power	kw	3.0	3.0	2.5
	Y motor power	kw	-	-	1.2
	Z motor power	kw	3.0	3.0	2.5
	X axis travel	mm	272	216	262
	Y axis travel	mm	-	-	100±50
	Z axis travel	mm	570	500	450
	X/Z axis rail specifications	spec	35 roller	35 roller	35 roller
	Y axis rail specifications	spec	-	-	25 roller
	X axis fast move	Mm/min	20	20	20
	Z axis fast move	Mm/min	20	20	20
	Y axis fast move	Mm/min	-	-	8
Servo power Turret Parameters	Power turret type	/	Servo turret	BMT55	BMT55
	Tool station	/	12T	12T	12T
	M motor power	kw	-	5.5	5.5
	M axis motor torque	Nm	-	35	35
	Power head Max. speed	rpm	-	6000	6000
	Outer diameter tool holder specifications	mm	25*25	25*25	25*25
	Inner diameter tool holder specifications	mm	Φ40	Φ40	Φ40
	Adjacent tool change time	sec	0.15	0.15	0.15
	Positioning accuracy	/	±2”	±2”	±2”
	Repeat positioning accuracy	/	±1”	±1”	±1”
Tailstock Parameters	Programmable hydraulic tailstock	/	Hydraulic program tailstock	Hydraulic program tailstock	Hydraulic program tailstock
	Tailstock Max. travel	mm	440	440	440
	Sleeve diameter	mm	Φ100	Φ100	Φ100
	Sleeve travel	mm	100	100	100
	Sleeve taper	/	MT#5	MT#5	MT#5
Dimensions	Overall dimensions	m	260021001800	260021001800	270024001800
Dimensions	Machine weight approx.	kg	5000	5200	5200
Other	Cutting fluid tank volume	L	150	150	150
	Cooling water pump power	kw	0.75	0.75	0.75
	Hydraulic unit box volume	L	40	40	40
	Hydraulic oil pump motor power	kw	1.5	1.5	1.5
	Lubricating oil tank volume	L	2	2	2
	Automatic lubrication pump motor power	kw	50	50	50

Enhanced Usability and Increased Power
●Comprehensive Upgrade: The design has been fully upgraded, integrating advanced features that enhance overall usability.
●Advanced Control Interface: Equipped with an i HMI (Human-Machine Interface), it offers an intuitive and user-friendly experience.
●Latest CNC and Servo Technology: Incorporates FANUC's most recent CNC and servo technology, ensuring optimal performance and precision.
●Standardized and Customizable Functions: The system is standardized but allows for personalized functions to suit various operational needs.
●Increased Memory Capacity: Expanded memory capacity supports larger programs and more complex operations.

User-Friendly Operation
●Preventive Maintenance: Features preventive maintenance capabilities that help prevent unexpected machine downtime, ensuring smoother operation.
●Comprehensive Fault Prediction: The system includes extensive fault prediction functions, which allow users to quickly identify issues and reduce recovery time.
●Diagnosis and Maintenance: Built-in diagnostic and maintenance functions make it easier to manage and maintain the machine, improving overall efficiency.

High Processing Performance
●Optimized Cycle Times: Equipped with high-efficiency processing technology, the machine significantly shortens cycle times while maintaining quality.
●Fine Surface Processing: The technology ensures high-quality surface finishes, making it ideal for precision work.
●Enhanced Diagnostics: Diagnostic functions help maintain consistent performance and identify potential issues before they impact operations.

Maximized Operation Rate
●Reliable Support: The system is designed to support various operations on the shop floor, ensuring continuous productivity.
●Robust FANUC Integration: FANUC's robust technology ensures the machine's high operational rate, reducing downtime and enhancing reliability.

Personalized screen is easier to use

● Personalized Screen: The interface is designed to be easy to use, with options for customization to meet specific operational requirements.
● IoT Initiatives: The system supports various on-site networks, facilitating integration with IoT initiatives for smarter, more connected manufacturing processes.
THK Ball Screw

● The THK Ball Screw, rated at C3 grade, is designed with a high-precision ball screw system that incorporates nut pre-loading and screw pre-tensioning treatments. These features effectively eliminate backlash and counteract elongation due to temperature rise, ensuring superior positioning and repeatability accuracy. Furthermore, the direct drive by the servo motor minimizes backlash errors, enhancing the overall precision of the machine.
THK Roller Linear Guide

The P grade, ultra-high rigidity SRG precision THK Roller Linear Guide is engineered for high-speed operations. It features zero clearance in the linear guide, enabling consistent arc and bevel cutting with uniform surface textures. By utilizing rolling instead of sliding, the system experiences minimal friction loss, providing a highly responsive and accurate positioning. This guide can simultaneously bear loads in the moving direction, with multi-point contact on the track surface during loading, ensuring that cutting rigidity remains uncompromised. Additionally, the guide is easy to assemble, offers strong interchangeability, and has a simple lubrication structure. The low wear rate contributes to an extended service life.
SKF bearing/oiling machine

The SKF Bearing/Oiling Machine includes an automatic lubricator designed to meet diverse application needs, making it suitable for various challenging working conditions, including high temperatures, intense vibrations, and hazardous environments. Each lubrication point is managed by a volumetric proportional distributor that controls the lubrication amount with precision. The machine’s lubrication system can be accurately controlled by a PLC, ensuring that oil is supplied precisely where and when it is needed, thereby maintaining reliability and flexibility across different operating scenarios.