High stability, imported reducers, servo motors, and the integrated box-type structure allow our product’s reliability and stability, minimizing downtime.
Easy operation, with a highly ergonomically designed control panel and an imported full-color, high-definition display, allows for clear numerical settings.
Integrated unit control, with a central control system that coordinates all machine modules, achieves a high degree of automation and intelligence.
Highly cost-effective, with options for 3+2 machining or five-axis continuous simultaneous machining, and collision detection simulation, get rid of potential risks.
5-axis CNC milling machines differ from traditional milling machines in that they utilize more work axes and tools, and can realize automation and continuous production.
OTURN has many machine types: vertical, horizontal, gantry, tabletop, and double-column. We offer tool magazines with large capacities and comprehensive machine performance. You can choose the machine according to your application and budget.
Our 5-axis CNC milling machines offer low noise and vibration, improving stability and reducing workers’ health risks and pollution. The lightweight and high-speed spindle enables high-speed positioning and seamless tool changes.
Whether you’re a professional machining service provider or want to produce parts for your brand, we can customize the most suitable 5-axis CNC milling machine for you. Our rugged machines can process a lot of materials, like wood, wax, glass, aluminum, stainless steel, copper, titanium, and alloys, improve your opportunities.
Contact our 24/7 online service team for the latest quote now. There will be discounts for first-time customers.
Machine operations always carry risks, so the safety performance of the machine is very important. OTURN’s five-axis CNC milling machines can raise safety, protecting the health of both workers and projects. Our machines have all-around protective covers to prevent the release of waste, cutting fluids, and exhaust gases. The enclosures also feature glass doors, so you can watch the milling progress at any time. If an unexpected situation occurs, the machine can be stopped immediately. Also, the box-type construction and lightweight components ensure the process can work safely and prevent unplanned downtime.
Differing from traditional milling lathes, 5-axis milling machines have more working axes and utilize more tools. OTURN’s 5-axis CNC milling machines can be customized with either a 3+2 machining mode or five-axis continuous simultaneous machining. Both greatly increase machining speed and the ability to handle more complex surfaces. They also enhance operator efficiency, allowing one person to operate several machines simultaneously. And continuous production allows your projects to work all the time, improving your economic efficiency greatly.
Why choose OTURN over so many other CNC machine manufacturers? Our professional customization service is the definitive answer. OTURN specializes in providing customized machining solutions. Even clients with no machining experience can achieve industry success with our help. As a result, we have clients in many countries around the world and receive 100% positive reviews. Furthermore, our comprehensive after-sales service has established long-term relationships with many of our customers. If you’re looking for a cost-effective 5-axis CNC milling machine, please contact us and we’ll provide you with the most suitable machining solution.
Aerospace Industry
Typical Parts: Turbine Blades, Engine Cases, Structural Brackets, Airframe Components, etc.
Advantages: Complex surfaces and multi-angle machining can be completed in a single clamping operation, ensuring extremely high precision and geometric consistency.
Automotive and Vehicle Industry
Typical Parts: Transmission Housings, Turbine Housings, and Body Structures.
Advantages: High-precision, multi-angle to process path structures, accelerates iteration speeds for components. Suitable for high-end prototypes and small-batch production.
Medical and Dental Equipment
Typical Parts: Artificial Joint Implants (Hip Joints, Spinal Screws), Surgical tools (Tweezers, Scissors, Probes), etc.
Advantages: apply to fully human-fit free-form surfaces, balancing high precision and excellent finish. Commonly used for machining medical materials like titanium alloys and medical stainless steel.
Energy and Power Industry
Typical Parts: Fan Impellers, Gas Turbine Blades, Seal Rings, Hydraulic/Pneumatic Components, and Key Connectors for the Oil and Gas Industry.
Advantages: can machine complex structures and high-durability materials, ensuring sealing and fluid path precision.
Mold and Die Manufacturing
Typical Parts: Injection mold cavities, die-cast cores, extrusion mold bases, mold inserts, guide components, etc.
Advantages: Precisely manufacture complex cavities and bevel angles in a single pass, eliminating multiple clamping and post-processing.
Electronics and Consumer Devices
Typical parts include electronic housings (such as those used in mobile phones, cameras, and watches), heat sinks, connector housings, and small precision structural parts, among others.
Advantages: can be applied to small components requiring micron-level special shapes, as well as for plastic or aluminum alloy structural parts.
Defense and Industrial Equipment
Typical Parts: Weapon system components, optical component mounts, marine equipment components, sensor housings, etc.
Advantages: Precision alignment, multi-faceted access, and guaranteed mechanical properties, maintaining stability.
Custom Design
Typical Parts: Sculptures, jewelry molds, decorative artwork, custom furniture prototypes, etc. Advantages: Enables complex surface engraving and personalized customization, with high machining precision.
Low-batch prototyping and rapid manufacturing
Typical parts: High-precision prototypes in the R&D phase, consumer electronics/vehicle prototypes, or functional verification components.
Advantages: don’t need complex tooling, enabling multi-surface machining in a single pass, shortening iteration cycles.
Ebook Download
Including OTURN five-axis milling center operating instructions, precautions, daily maintenance, etc. As well as what types and materials of parts the machine is suitable for processing.
Catalog Download
We offer a complete price list of all CNC machine models produced by OTURN. We also classify the different processing methods, display their respective difference and applications, allowing you to choose the right metal processing solution according to your projects.
Video
The video includes production, debugging, and quality inspection videos of the five-axis milling center, making you intuitively understand our products. It also includes an introduction to the factory and company.
Five-Axis Machining Center
Motion Characteristics: Capable of simultaneous machining on five axes (X, Y, and Z linear axes and two rotary axes).
Configuration: the most important parts were “head-to-head” and “head-to-rotary table,” meaning both the spindle and the worktable can rotate.
Processing Capabilities: specialized in complex curved surfaces, high precision requirements, and the need to process multi-faceted parts in a single setup, such as high-precision parts in high-end fields, a five-axis machining center is recommended.
Advantages: machining multi-faceted in a single setup, and reducing workpiece repositioning errors.
Five-Axis Milling Machine
Motion Characteristics: Utilizes three axes (X, Y, and Z) of linear motion, plus two rotary axes for positioning, but the rotary axes are not involved in the machining process.
Configuration: Typically, a three-axis machine tool is supplemented with a rotatable worktable or spindle head to achieve multi-angle machining positioning.
Processing Capabilities: can be applied to tasks primarily involving multi-surface positioning, with minimal requirements for surface continuity, and cost and ease of operation are important. For molds and fixtures, a five-axis milling center is the most suitable option.
Advantages: Simple structure, low cost, easy programming and operation, can be applied to small to medium-volume production.
CAD + CAM: Design model → Generate toolpaths → Simulate collision checks
Post-processing: Generate control program → Set tool compensation and coordinate system
Machine setup: Power on and reset → Install tools and fixtures → Align the coordinate system
Test cut: Dry run test → Adjust cutting parameters and paths
Main machining: Start machining → Five-axis simultaneous motion
Monitoring and inspection: Real-time monitoring, pause adjustments, and tool and chip removal inspections
Inspection and post-processing: Dimensional inspection → Surface treatment → Cleaning and packaging
For more details and questions, please refer to our instructions or ask our online technicians.
Tools and toolholder systems; automatic tool changers (tool magazine, tool changer arm, gripper); spindle assembly and bearings; servo systems for each motion axis (motor, encoder, drive, brake); CNC controller and feedback module (main control PCB, I/O board); guide rails, lead screws, structural components, and auxiliary systems (fixtures, cooling, probes, etc.). If you have other requirements, please let us know.
