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Home / Products / Machining center high speed machine / Crown mounted five axis gantry

Specializing in the production of machine tool accessories such as chip conveyors

The chip removal machines produced by the company mainly include chain plate type chip removal machines, magnetic chip removal machines, scraper type chip removal machines, magnetic scraper type chip removal machines, screw type chip removal machines, etc. The types of machine tools used for export mainly include: CNC lathes, machining centers, circular saw machines, gear hobbing machines, double-head lathes, vertical lathes, gantry machines, high-speed machines (grinding machines), and other high-end machine tools.

Products Category:
Crown mounted five axis gantry
Products:

CNC Crown mounted five axis gantry Suppliers

A crown-mounted five-axis gantry is a type of machining system that combines five-axis capabilities with a crown-like structure for improved stability and precision. It is commonly used in aerospace, automotive, and mold-making industries, where complex and precise machining is essential.
The gantry system enables simultaneous movement along five axes: X, Y, Z, and two rotational axes (A and C axes). This allows for the machining of intricate geometries and contours from multiple angles, increasing versatility and minimizing the need for multiple setups.

Hangzhou Tongyi Machinery Co., Ltd.


Hangzhou Tongyi Machinery Co., Ltd.

Hangzhou Tongyi Machinery Co., Ltd. was established in 2007.It's a famous China CNC Crown mounted five axis gantry Suppliers and Crown mounted five axis gantry Manufacturers, we offer Custom Crown mounted five axis gantry. It is an integrated industry and trade enterprise specializing in the production of machine tool accessories such as chip conveyors and exporting various machine tools. In 2017, our company established a new company - Zhejiang Anaiqi Machinery Equipment Co., Ltd.
The company has over 5000 end customers, including over 200 supporting units. The chip removal machines produced by the company mainly include chain plate type chip removal machines, magnetic chip removal machines, scraper type chip removal machines, magnetic scraper type chip removal machines, screw type chip removal machines, etc. The main types of machine tools used for export include CNC lathes, machining centers, circular sawing machines, double head lathes, and other high-precision end machine tools. The company has professional technical personnel, with meticulous production, advanced management, and high-quality after-sales service, to provide customers with the highest cost-effectiveness products and fully meet their needs.
Our company has always adhered to the principles of honesty, customer satisfaction, continuous improvement, and brand building. We sincerely welcome new and old customers to visit and patronize us, and create brilliance together!

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1. What is the Crown Mounted Five Axis Gantry and how does it work?
Crown Mounted Five Axis Gantry is a highly automated machine tool that realizes five-axis motion through a multi-axis control system, allowing workpieces to be machined in multiple directions. The "Crown Mounted" part of the machine's name refers to the fact that its work unit, usually a machining head or fixture, is suspended from a beam that spans the work area. This beam can be moved horizontally and vertically, while the work unit can be rotated on two axes of rotation. This coordination of multi-axis motion allows the machine tool to machine workpieces at various angles and orientations, enabling more complex geometries.
The working principle of the Crown Mounted Five Axis Gantry is based on CNC technology. Engineers first create a 3D model of the part using computer-aided design (CAD) software. They then converted this model into a series of machine tool instructions using computer numerical control (CNC) programming. These instructions tell the machine how to move the individual axes of the work cell to cut, drill, mill or machine the workpiece. This program-controlled machining method provides a high degree of precision and repeatability, making the Crown Mounted Five Axis Gantry ideal for processing high-precision parts.

2. What is the application field of Crown Mounted Five Axis Gantry?
Wide range of applications for Crown Mounted Five Axis Gantry include:
Aerospace industry: In the aerospace field, complex aircraft parts require high-precision machining to ensure flight safety and performance. Crown Mounted Five Axis Gantry can be used to manufacture turbine blades, airframe components and engine components.
Automotive Manufacturing: Automakers use this type of machine tool to machine complex components such as engine parts, body structures, and braking systems to improve vehicle performance and safety.
Medical Device Manufacturing: The medical device industry requires the manufacture of high-precision parts such as artificial joints, dental equipment, and surgical tools. The Crown Mounted Five Axis Gantry meets these needs while ensuring the reliability and precision of the equipment.
Mold Manufacturing: When making plastic injection molds and die casting molds, very high precision work is required. This machine tool can process molds with complex internal structures to meet the production needs of different industries.
Crown Mounted Five Axis Gantry is widely used in these fields because it can process complex parts, improve production efficiency, and guarantee high precision and high surface quality.

3. Compared with traditional processing methods, what are the advantages of Crown Mounted Five Axis Gantry?
Crown Mounted Five Axis Gantry has many advantages
Machining of Complex Geometries: This machine tool can easily handle parts with complex curves and surfaces that traditional machines may require multiple setups and operations.
Increased productivity: Due to the coordination of multi-axis motion, the Crown Mounted Five Axis Gantry can complete multiple operations in a single clamping, thereby reducing cycle times.
Reduced manual operations: High degree of automation and low need for operator intervention and supervision, reducing the risk of human error.
Improved Surface Quality: Five-axis machining can reduce machining marks and blemishes, providing a smoother and more refined surface quality.