High-speed CNC Vertical Machining Center CL Series

CL 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.

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High-speed CNC Vertical Machining Center CL Series Multi Axis Cnc Milling Machine Vmc Cnc Milling Machine High Precision Vmc Vertical Cnc Machine Center High Efficiency Vmc Cnc Milling Center Machine

Features

Technical Specifications

Configuration Introduction

Processing Example

APPLICATIONS AND USE CASES

The CL series vertical machining centers are designed for processing and producing a wide range of product parts and accessories in various batch sizes. These centers offer high-speed solutions for industries such as automotive, defense, and aerospace, addressing the needs for both large and small production runs.

MACHINE FEATURES

High-Speed Performance: These CNC vertical machining centers are characterized by their high rigidity, precision, and efficiency.

Column Design: The column features a herringbone structure with an extensive span, significantly enhancing both bending and torsional strength.

Workbench Design: The worktable is equipped with a properly spaced slider and is surface-quenched to ensure even stress distribution and increased hardness.

Bed Structure: The bed is designed with a trapezoidal cross-section to lower the center of gravity, thereby improving torsional strength. Finite element analysis is used to optimize the design of each component, ensuring overall stability.

PERFORMANCE METRICS

Rapid Feed Rates: The machine achieves rapid feed rates of up to 48 m/min.

Tool Change Efficiency: The tool change time is minimized to 4 seconds, with the tool magazine capable of holding up to 24 tools. Tool changes occur without alarms, and each machine's trial processing sample is rigorously inspected to ensure efficiency and stability.

PROCESSING CAPABILITIES

The machining center is suitable for complex two- and three-dimensional shapes, including concave and convex models, complex cavities, and surfaces. It effectively handles milling, drilling, expanding, boring, and tapping tasks for valves, cams, molds, plates, and boxes. It is ideal for small to medium-sized batches of diverse products and can be integrated into automated production lines for mass manufacturing.

ADVANCED CONTROL SYSTEM

C80 Plus System: The C80 Plus system features a 15-inch large LCD display, dynamic tool path graphics, intelligent warning indicators, and self-diagnosis functions. These features streamline machine use and maintenance.

Enhanced Data Processing: The system employs high-speed bus communication to boost data processing and control performance. With a program storage capacity of 4GB and a pre-reading rate of 3000 lines per second, it supports the rapid and efficient handling of large programs.

Technical Specifications

Item		CL700	CL800	CL1000	CL1300	CL1500
Travel	X/Y/Z axis travel	700/400450mm	800/600/500mm	1000/600/500mm	1300/700/650mm	1500/800/700mm
Travel	Distance from spindle end face to worktable center	120-570mm	120-620mm	120-620mm	120-770mm	170-870mm
Workable	Workable size	850*400mm	900*500mm	1100*500mm	1500*700mm	1700*800mm
Workable	Max.load of worktable	350kg	500kg	600kg	900kg	1500kg
Spindle	Spindle specifications (installation diameter/drive mode)	140mm/Direct type				150mm, Direct type
	Spindle taper hole	BT40
	Max.spindle speed	12000rpm
	Spindle motor power	55-11kw	7.5-15KW	7.5-15KW	7.5-15KW	11-22RW
	Spindle motor torque	35=70Nm	48-96Nm	48-96Nm	48-96Nm	70-140Nm
Feed rate	Rapid moving speed	48/48/4&mm			30/30/24mm	24/24/20mm
Feed rate	Cutting feed	1=12m/min			1=10m/min	1=10m/min
Tool magazine	Tool magazine capacity	24tools
	Max. tool length	300mm
	Max. tool diameter	125mm
	Max. tool weight	8kg/t
	Tool change time, (tool to tool)	1.55 sec
Three axis	X-axis guide rail (linear guide width, number of sliders)	30mm/2	35mm/2	35mmy2	45mmy3	45mmB
	Y-axis guide rail (linear guide width, number of sliders)	30mmy2	35mm/2	35mmy2	45mmy4	45mm/2 49tnguide)
	Z-axis guide rail (linear guide width, number of sliders)	35mm/2	35mm/2	35mmy2	45mmy3	55mmy3
	X-axis screw	Φ28x16	Φ36*16	Φ36×16	Φ40x10	Φ50x10
	Y-axis screw	Φ28*16	Φ36*16	Φ36×16	Φ40*10	Φ50x10
	Z-axis screw	Φ32×16	Φ36*16	Φ36*16	Φ40x10	Φ50x10
Accuracy	Positioning Accuracy	±0.005/300mm
Accuracy	Repeatability	±0.003mm
Required power source	Electricity demand	Three-phase 20V±10%,50Hz±1%
	Air pressure demand	≥6kg/cm²
	Air source demand	≥0.5mm³/min
Machine size	Machine weight	3500kg	5500kg	6000kg	8000kg	9000kg
Machine size	Machine size	2253×2494×2506	2453×3122×2635	2653×3122×2635	3565×3008×2714	3700×2772×2764

Configuration Introduction

BT40 Spindle

The CNC Vertical Machining Center is equipped with a BT40 spindle, which is renowned for its high-speed, high-efficiency, and high-torque capabilities. This spindle is designed to handle a broad spectrum of materials, from softer metals to harder alloys, making it versatile for various machining applications. The high-speed functionality facilitates rapid material removal, enhancing productivity and reducing cycle times. Its high torque performance ensures effective cutting even in demanding conditions, such as deep or tough cuts, which is crucial for maintaining precision and achieving high-quality surface finishes.
Siemens system

The machining center incorporates the latest Siemens CNC control systems, featuring an intuitive and precise user interface. The Siemens system is known for its advanced functionalities and ease of operation, providing operators with a streamlined and user-friendly experience. Its precise control panel allows for accurate input and monitoring of machining parameters, which contributes to improved operational efficiency and accuracy. The system’s intuitive design supports quick setup and programming, reducing the learning curve and minimizing the potential for user error. Additionally, the Siemens system's advanced diagnostics and real-time feedback capabilities enhance the machine's overall performance and reliability.
High rigid Machine Bed

The machine bed, including the column, saddle, bracket, and workbench, is meticulously designed using finite element analysis (FEA) to ensure optimal rigidity and torsional strength. The large casting bed body is engineered to withstand significant stresses and vibrations during machining, providing a stable platform that minimizes deflection and deformation.
Oil-water Separator

The CNC Vertical Machining Center features an advanced oil-water separator that effectively manages coolant (cutting fluid) by separating and recovering floating oil with a recovery rate of 98%. This high-efficiency separator ensures that the coolant remains clean and effective throughout its use, which not only extends the lifespan of the machine tool but also improves environmental sustainability by reducing waste. The separator's ability to remove contaminants helps maintain optimal cooling and lubrication during machining, contributing to better performance and reliability.