About TOS FA5AU Heavy Duty Universal Milling Machine
Make - TOS (Czech Republic)
Model - FA5AU
Table Size - 2000 mm x 450 mm
XYZ Travel - 1250 mm x 400 mm x 425 mm
Spindle Speeds - 18 rpm to 1400 rpm
Spindle Taper - ISO 50
Table Feed Rates - 10 mm/min to 1250 mm/min
Spindle Motor - 15 kW
- Rotating type Universal Table.
- Complete with Vertical Milling Head.
- With Bracket for Horizontal Milling operations.
- Machine is in excellent working condition.
Video of The Machine -
https://youtu.be/mPNWx5hRvE8
Versatile Universal Milling CapabilityThe FA5AU milling machine is designed with a universal head that enables a full 360 swivel, making it suitable for a wide array of milling operations. With 45 head adjustment, users can efficiently handle complex multi-angle jobs and varied part geometries. This versatility supports increased productivity and allows users to machine intricate and large components with consistent accuracy.
Heavy Duty Construction for LongevityBuilt from quality cast iron and steel, the FA5AU is constructed to withstand rigorous usage in industrial settings. The hardened and ground guides ensure stable and repeatable movements, reducing wear over time. Its 3700 kg mass anchors it securely to the shop floor, allowing for precise operations, even under heavy loads.
Easy Operation & Manual Control SystemThis conventional milling machine is equipped with manual controls for direct user input, making it ideal for expert machinists who prefer hands-on operation and immediate adjustments. The variable working speeds, combined with semi-automatic table feeds, facilitate efficient processing of diverse materials and section sizes, enhancing operational flexibility.
FAQs of TOS FA5AU Heavy Duty Universal Milling Machine:
Q: How does the universal head adjustment benefit milling operations on the FA5AU?
A: The FA5AUs universal head can swivel 360 and adjust 45 up and down, allowing operators to easily perform angular milling, create complex surfaces, and reach challenging features on workpieces, thereby expanding the range of possible machining applications and improving efficiency.
Q: What materials and components can be machined with this milling machine?
A: Given its heavy-duty design and robust spindle taper (ISO 50), the FA5AU can effectively process hard metals such as cast iron, steel, and alloys, as well as large and heavy components typically required in heavy engineering, fabrication, and toolroom settings.
Q: When should I use the rapid feed versus the conventional feed range?
A: Use the rapid feed (up to 2000 mm/min) when positioning the table quickly between operations, reducing downtime. The standard feed range (12600 mm/min) provides controlled movement, ideal for precise milling tasks and surface finishing, ensuring optimal accuracy and tool life.
Q: Where is the FA5AU milling machine typically installed and operated?
A: The FA5AU is ideally suited for installation in industrial workshops, manufacturing plants, toolrooms, and fabrication facilities with the space to accommodate its 2850 mm x 2345 mm footprint; its weight and construction require firm foundation and stable environment for precision work.
Q: What is the process for adjusting spindle speed and table feed on the FA5AU?
A: Spindle speed and feed rates are manually set via control levers and dials on the machine body. The FA5AU offers 18 speed steps between 28 and 1400 rpm, enabling the operator to choose the most appropriate settings for the material and milling operation at hand.
Q: How does manual control enhance user experience compared to CNC milling machines?
A: Manual control permits skilled machinists to make real-time adjustments for optimal tool engagement and machining strategy, allowing for creative problem-solving and immediate response to variations in the workpiece, particularly beneficial for prototyping and custom jobs.
Q: What are the main benefits of using the FA5AU for heavy duty milling?
A: Key advantages include high load capacity, universal head versatility, hardened guides for increased precision, variable operational speeds, and robust construction, all contributing to reliable, efficient, and accurate machining of demanding industrial components.