CNC Vertical Machining CNC Vertical Milling Machine Vertical CNC

3 axis CNC Milling machine is the main body of CNC machine tools. It includes machine parts such as bed, base, column, beam, sliding seat, worktable, Spindle box, feed mechanism, tool holder and automatic tool changer. It is a mechanical part that automatically completes various cutting processes on the cnc machine center. Compared with traditional machine tools, the main body of CNC machine tools has the following structural characteristics:

1) Adopt a new machine tool structure with high rigidity, high shock resistance and less thermal deformation. Generally, methods such as improving the static stiffness of the structural system, increasing damping, adjusting the quality of structural parts and natural frequencies are used to improve the stiffness and seismic resistance of the machine tool host, so that the machine tool body can adapt to the needs of CNC machine tools for continuous and automatic cutting. Measures such as improving the structure of the machine tool, reducing heat generation, controlling temperature rise, and adopting thermal displacement compensation can reduce the impact of thermal deformation on the main machine of the machine tool.

2) The extensive use of high-performance spindle servo drive and feed servo drive devices shortens the transmission chain of CNC machine tools and simplifies the structure of the machine tool mechanical transmission system.

3) The use of high transmission efficiency, high precision, no gap transmission devices and moving parts, such as ball screw nut pairs, plastic sliding guides, linear rolling guides, static pressure guides, etc.


Auxiliary equipment for CNC machine tools:

Auxiliary devices are necessary to ensure full use of the functions of CNC machine tools. Commonly used auxiliary devices include: pneumatic, hydraulic devices, chip removal devices, cooling and lubricating devices, rotary table and CNC indexing head, protection, lighting, etc. assisting equipments

★The casting structure has undergone machine tool dynamics analysis and finite element analysis to make its geometric structure more reasonable. The proper matching of the reinforcing ribs ensures the high rigidity of the basic parts.
The wide and solid base of the machine tool, the widened and lengthened saddle, and the design of full load support, the structure conforms to the advanced design concept of material mechanics, which can ensure the capacity of the machine tool in strong cutting and heavy load during processing. ,


★The standard speed of the spindle can reach 10000r/min. The spindle 11/15KW Spindle Taiwan is designed with P4 grade ultra-precision bearings, with optimized span and appropriate precision tolerances.
Spindle is processed by European and American CNC grinder equipment to ensure the quality of components. The spindle dynamic balance is within G1. Optional configuration: ring spray, center water outlet, high-speed direct connection to the spindle.

★Using Taiwan HIWINC3 high precision and high strength ball screw
Using imported high-precision lock nuts, the ball screw is pre-stretched, which greatly increases the transmission rigidity and eliminates the effect of thermal deformation during movement. Thus ensuring the positioning accuracy and repeat positioning accuracy of the machine tool

★TAIWAN Disc tool magazine: This configuration is an optional configuration. The robot arm can change the tool, and the tool-to-tool change is only 1.3 seconds, which meets the requirements of automation and improves production efficiency.

★The X, Y, and Z axis adopt heavy-duty roller guide rails, and the linear rail slides are specially customized for widening and enlargement, especially the Z-axis slides.
The roller heavy-duty linear guide can not only meet the customer's requirements for fast speed and high precision, but also can cut forcefully, and at the same time increase the service life of the machine tool guide rail.

Before we ship machine.we test every details!

1. Key component protection technology

The bearing protective cover is waterproof and slag-proof, which improves the life of the bearing.
The multi-layer protection design of X and Y axis prevents iron slag from entering and improves the service life of wire rails and lead screws
The main shaft is protected by an automatic air curtain to prevent iron filings and chip liquid from entering the main shaft during processing.
Tool change air blow protection to prevent dirt on the tool holder from entering the spindle bearing during tool change.


2. Knife magazine anti-collision knife technology
Set up a multi-level induction detection system to prevent deviation of the tool change position.
The PLC sets the detection and early warning function of the guide sleeve to prevent the wrong tool selection.
The tool magazine is protected to avoid interference or damage to electrical components such as induction switches and motors.
The circuit is equipped with electromagnetic anti-interference function to ensure the stability of the transmission signal.

3. Temperature rise compensation technology for transmission components

As the sliding parts are loaded with high-speed friction and move, heat is generated, which causes the extension of the screw rod, castings, and the main shaft, resulting in errors in the positioning accuracy of the machine tool.

 The temperature rise error automatic compensation is set in the control system, which has a significant accuracy improvement effect for large-size models and long-time processing molds.

4. Three-axis accuracy detection and improvement technology

Straightness assembly process of screw rod and nut to ensure three-axis accuracy
The three-axis load detection technology ensures the smooth running of the three-axis.
Laser and other high-precision instrument testing, Jiehe processing test adjustment, accurate compensation for the three-axis clearance.

5. Processing performance data adjustment and improvement technology

FANUC and Mitsubishi systems set the precision level function. Different processing requirements can choose different levels to achieve good processing results easily and quickly.

Long-term testing according to customer processing requirements, and the accumulated database can provide customers with processing data optimization under various working conditions.

6. Fast and special-made capabilities of machining centers

 Finite element structure analysis and design technology to adapt to different performance improvement requirements of customers.

 Using as many as dozens of branded headstocks, columns, bases, and workbenches, it can quickly respond to the market's needs for special products of different sizes, precision, smoothness, and multi-axis.
The company has established a rapid incubation product chain for castings, processing, key components, R&D technology, assembly testing, etc., to meet customer requirements for rapid customization.

 7. Workpiece detection and correction technology

The high-precision probe from Renishaw, UK, detects the size of the workpiece, and the system automatically corrects the position to achieve rapid workpiece clamping.
Automatic and rapid centering.
The repeatability of the probe is 0.001MM

Packing :Standard export packing 
Shipping : 45-60days after downpayment 

1. Are you manufacturer? If yes, in which city?
Yes, our factory located Qiaotou district ,Donguan city. Warmly welcome your visiting. Please kindly tell me your schedule before you come here, we will prepare to pick you up.

2. What is the warranty for the products ?
All our products have 12 months warranty,control system 24months

3. what is your delivery date?
The product delivery date is about 30-45days after receipt of payment .

4. How to control the quality?
Compare and source the competitive 1st hand raw material
Inspection start from raw material sourcing and along the manufacturing
Stick check before shipment and safe packing

5. How do you make sure the price competitive based on the same quality?
Own factory assembly lines
First hand raw material sourcing
More than 13year manufacturing experience