About WMW Thread Milling Machine
Make - WMW (Germany)
Model - FG L1000
Center Height - 210 mm
Max. Length of Job - 1000 mm
Max. Job Diameter - 200 mm
Max. Swing Diameter over Bed - 420 mm
Cutter Speeds - 55 rpm to 255 rpm
Max. Cutter Diameter - 120 mm
Spindle Bore - 75 mm
Cutter Head Rotation - 112 degree to -62degree.
- With Rapid Longitudinal Travel of the Carriage.
- Machine is complete with Change Gears.
- Machine is in excellent working condition.
Video Link -
https://youtu.be/dGuU9bc2Zg0
Heavy Duty Performance and PrecisionDesigned for demanding industrial environments, the WMW Thread Milling Machine features a heavy duty anti-vibration base and precision-engineered gears. Its reliable manual operation and wide thread size capacity, up to 200 mm in diameter, ensure consistent accuracy across a variety of thread types and materials, making it suitable for large-scale production.
Versatility in Thread CuttingThe machine supports a comprehensive range of threads, including metric, inch, module, DP, and custom profiles. Its ability to perform external and internal threading, as well as right and left hand threading, enhances flexibility for machining diverse cylindrical and tapered parts. The 3 jaw self-centered chuck and adjustable table traverse further expand application possibilities.
Integrated Systems for EfficiencyFeaturing automatic centralized lubrication and an integrated coolant system, the WMW Thread Milling Machine minimizes maintenance demands while extending operational life. The noise level remains below 75 dB(A), supporting a safer workplace, and the robust construction ensures stability during intensive machining cycles.
FAQs of WMW Thread Milling Machine:
Q: How does the WMW Thread Milling Machine achieve stable and precise threading?
A: The machine utilizes a heavy duty, anti-vibration cast iron base, hardened box-type slideways, and precision gears. Together with the self-centering 3 jaw chuck, these features deliver smooth, accurate threads even during intensive operations.
Q: What types of threads can this machine produce, and which applications does it suit?
A: The WMW machine can generate metric, inch, module, DP, and a range of special profile threads. It is ideally used in applications requiring both external and internal threads on cylindrical or taper parts, fitting sectors like manufacturing, automotive, and toolmaking.
Q: Where is this machine typically installed, and what are its space requirements?
A: Owing to its substantial footprint (2500 mm x 1800 mm) and weight (approx. 3400 kg), the machine is suited for industrial facilities with ample workshop space and a stable floor. It is commonly utilized by thread cutting exporters, importers, manufacturers, suppliers, and traders.
Q: When should the coolant and lubrication systems be maintained for optimal operation?
A: Both the integrated coolant and automatic centralized lubrication systems should be checked regularly as part of standard machine maintenance, ensuring smooth functioning and longevity. It is recommended to follow the manufacturers periodic maintenance schedule.
Q: What is the process for changing thread types or sizes on this milling machine?
A: Operators can switch between thread types and sizes by adjusting the manual controls, lead screws, and selecting the required gears and settings. Detailed instructions are provided in the user manual to ensure precise setup for each threading specification.
Q: How does manual operation benefit users over CNC systems for thread milling?
A: Manual control offers straightforward operation with direct mechanical feedback for the operator, making it easier to set up, adjust, and maintain. This is especially advantageous for custom jobs or low-volume production, where flexibility is crucial without the complexity of CNC programming.
Q: What advantages does the WMW Thread Milling Machine bring to users?
A: Benefits include robust construction for long-term durability, versatility in thread production, user-friendly manual controls, efficient integrated lubrication and coolant systems, and low operational noise. These features collectively provide reliable performance and consistent high-quality threading results.