Common Characteristics of the Tsinfa 5-axis Machining Center
- Strong flexibility, five-axis simultaneous movement,
- High processing efficiency, reducing the number and time of re-clamping the workpiece.
- High processing accuracy and quality, completing processing with fewer clamping times, and reducing potential error accumulation.
- Wide range of applications, suitable for various industries requiring high-precision and complex shape processing.
Choose Tsinfa To Be Your CNC Machining Partner
A 5-axis machining center is a CNC machine that can move the cutting tool or workpiece in five different directions, which allows it to perform complex geometric shapes and high-precision machining tasks.
Tsinfa provides you with five-axis machining centers of different models and specifications, which can perform milling, drilling, and tapping at the same time. And one clamping completes multi-faceted machining to meet the machining of various complex parts.
The positioning accuracy of our five-axis machining center in the X/Y/Z axes can usually reach 0.01 mm. The accuracy of the rotary axis can reach the second level.
Therefore, whether you are in aerospace, automotive, mold manufacturing, medical equipment, or other industries that require high-precision complex parts, the Tsinfa five-axis machining center is the best tool for you to process parts.
Different Parts Tsinfa 5-axis Machining Center Can Process
Aerospace PartsAeropace parts with high precision, such as turbine blades, turbine discs, aircraft structural parts, etc.
Automotive Industry PartsAutomotive industry parts, including engine parts, molds, gears, and transmission system parts.
Medical Equipment PartsMedical equipment parts such as artificial joints, orthopedic implants, and other complex medical devices.
Mold ManufacturingIt can accurately process molds of complex shapes for plastic, metal casting, and injection molding.
Energy Industry PartsEnergy industry parts such as wind turbine parts, nuclear power plant components, etc.
Consumer Electronics PartsFor example, parts that require precision machining, such as mobile phones and laptop shells.
Supporting the Processing of Large Parts
Our five-axis machining centers feature various types of support structures, including bridge, double-column, horizontal, crane, and linear. These different structures provide high precision, stability, and rigidity, and perform well in high-load processing tasks. Therefore, it is very suitable for processing large and heavy parts or large-scale processing of parts. In particular, the crossbeam of the bridge structure can move between the support columns, further increasing flexibility and improving processing efficiency. At the same time, the linear guide can reduce friction, increase stability and operating accuracy, and increase the service life of the machine.
Excellent Cost-effectiveness
How many machining centers are needed to process large quantities of complex parts? Choose the Tsinfa five-axis machining center; one machine can solve all problems. Our 5-axis machining center can perform multiple processing methods at the same time and process different surfaces of complex parts at the same time. The drill bit can rotate 360 degrees, and the tool is shorter than other peers, which not only reduces the tool manufacturing cost but also reduces tool vibration, improves machining accuracy, and tool life. At the same time, the processing speed can reach 20 meters/minute. All of these make our 5-axis machining center greatly save your time and labor costs.
Leading 5-Axis Machining Center Manufacturer In China
Tsinfa, a lathe exporter with more than 20 years of experience, is located in Shandong Province–the hometown of Confucius. Our 5-axis machining centers are exported to countries and regions such as Russia, Sri Lanka, Peru, Chile, Saudi Arabia, Southeast Asia, and Africa. As one of the earliest members of the China Machine Tool Industry Association, we have a mature technology team including 300 craftsmen and engineers with higher education, with quality far superior to that of our peers and professional one-stop services. Choosing Tsinfa as your machining project partner will bring you extreme convenience and super high economic benefits.
- Catalog Download
- E-Book Download
- Video
Contains the models, relevant parameter information, and price list of all our products. The paper version is shipped with the product, and the PDF version can be downloaded from the official website.
Including relevant information, advantages, and disadvantages of 5-axis machining centers, as well as information on other related processing lathes, the differences between these processing lathes, and their applicable fields.
Including the production packaging video of your order, the company’s factory video, and the overall introduction video of the company. There is also a tutorial on the operation of the five-axis machining center.
Different Parts Of Our 5-axis Machining Center
Machine Tool Body
Provides a stable structure and foundation to support the operation of the entire machine tool.
Control System
Used to manage and control the movement and processing operations of the machine tool, containing an advanced CNC system.
Spindle
Core component used to rotate the tool for cutting operations, usually designed for high speed to improve processing efficiency.
Worktable
Supports the workpiece and can rotate and tilt on multiple axes to facilitate the processing of complex shapes.
Linear Axes (X, Y, Z)
Used to provide linear movement in three-dimensional space.
Rotary Axes (A, B, or C)
Provide additional rotational freedom, allowing the machine tool to process from different angles.
Tools
Includes end mills for plane cutting and slotting; ball end mills for finishing complex surfaces; radius milling cutters for cutting edges and corners to reduce stress concentration; drills for drilling operations; boring cutters for precise hole expansion and internal diameter processing.
What Kind of Five-Axis Machining Center Should Be Selected for Different Metal Materials?
Vertical Five-Axis Machining Center
Vertical machining centers usually have good visibility and easy operation, and are suitable for processing light metals and complex shapes, such as aluminum alloys, copper, and their alloys.
Horizontal Five-Axis Machining Center
Horizontal machining centers provide better chip removal capabilities and higher stability, and are suitable for processing heavier and high-strength metal materials, such as stainless steel and titanium alloys.
Gantry-type Five-Axis Machining Center
Gantry-type structure provides great processing space and load-bearing capacity, suitable for processing large aluminum alloy structural parts and complex three-dimensional curved surface structures of steel workpieces.
Bridge-Type Five-Axis Machining Center
The bridge-type structure provides high rigidity and high precision, suitable for high-precision processing of difficult-to-process materials such as nickel-based alloys, tungsten, and its alloys.
Crane-Type Five-Axis Machining Center
This structure is suitable for the processing of super-large steel structures and composite workpieces, providing flexible working space and a wide range of motion capabilities.
Double-Column Five-Axis Machining Center
The double-column structure provides extremely high rigidity and stability, can withstand a large amount of cutting force and vibration, and is suitable for processing high-strength and high-hardness materials such as large steel components, titanium alloys, nickel-based alloys, and large aluminum alloy structural parts.
First, determine the workpiece size, turntable size, spindle speed, and number of tools. Use the shortest tool possible. And use shrink-fit toolholders for speeds exceeding 10,000 rpm, because high-speed machining requires balanced tools. Clap the stock as much as possible. Then place the part high enough off the table to allow space when indexing. Finally, use the CAM system, plan the operation, and pay attention to the CAM settings. After completing these steps, the five-axis machining center is ready for operation.
Tsinfa is a 5-axis machining center manufacturer. We produce different types of 5-axis machining centers and produce different replacement parts of 5-axis machining centers for your maintenance.
Tsinfa provides you with a one-year warranty period, during which you can request online technical guidance or on-site engineer repair, but on-site repair requires providing the engineer with food, lodging, and air tickets. Our online guidance is available 24 hours a day and can still be obtained after the one-year warranty period.
Usually, it depends on the material you are processing.
Some heavy-duty processing or hard material (such as titanium alloy, stainless steel) applications may require lower speeds, usually in the thousands of RPM.
Common aluminum alloy processing may be in the medium speed range, usually in the thousands to more than 10,000 RPM.
For lightweight materials or applications that require high precision and fine surfaces, such as aluminum, plastics, or composites, the speed may be 20,000 to 40,000 RPM or even higher.
The specific selection of the optimal speed is crucial to both processing efficiency and tool life.
Yes, we not only have 5-axis machining centers for processing large and heavy parts, but also CNC 5-axis machining centers that can perform precision machining of small parts, which are very suitable for customers in the consumer electronics industry or other industries.
