About WMW 80 mm Capacity Drilling and Tapping Machine
Make - WMW (Germany)
Model - BK 5 AI
Drilling Capacity - 80 mm
Tapping Capacity - 50 mm
Spindle Taper - MT 5
Spindle Feed Travel - 280 mm
Spindle Speeds - 32 rpm to 1400 rpm
Feed Rate of Travel - 0.11 mm/rev to 1.73 mm/rev
Table Size - 625 mm x 500 mm
Spindle Diameter - 85 mm
Distance between Spindle Center to Vertical Column - 355 mm
Max. Height between Spindle to Table Top - 750 mm
Max. Height between Spindle to Base Top - 1200 mm
- Features like Automatic Tapping, Automatic Reaming etc.
- Motorised Up/Down Movement of Drilling Head.
- Complete with Coolant Tank and Pump.
- Machine is in excellent working condition.
Video of The Machine -
https://youtu.be/SCMEqUM6FQM
Precision and Power in Heavy-Duty OperationsBuilt to deliver unmatched precision, the WMW drilling and tapping machine supports complex industrial applications with its robust 7.5 HP main drive motor, capable of drilling up to 80 mm. The precision-machined cast iron structure ensures stability and reliability during intensive usage, while 16 variable spindle speeds enhance operational versatility for a range of materials and applications.
Versatility and User-Friendly FeaturesThis machine comes equipped with both manual and power quill feed, an inbuilt coolant system, and a semi-automatic control scheme for smooth operation. The generous table and cutting area, along with a 250 mm column diameter, offer flexibility for diverse workpieces, making it indispensable for modern workshops and manufacturing floors.
Quality Construction for Long-Term PerformanceEngineered with a heavy-duty column type design and crafted from cast iron and steel, the WMW machine withstands industrial rigors. Its semi-automatic, manually controlled system provides ease of maintenance and minimizes downtime, ensuring long service life. The low noise output demonstrates its suitability for environments where comfort and safety are paramount.
FAQs of WMW 80 mm Capacity Drilling and Tapping Machine:
Q: How does the WMW 80 mm Drilling and Tapping Machine enhance industrial productivity?
A: This machine offers high drilling and tapping capacities (up to 80 mm and M60), multiple spindle speeds, and an inbuilt coolant system, enabling efficient, continuous operations across demanding industrial environments. Its heavy-duty construction allows for precision work with minimal downtime.
Q: What materials can be machined using this equipment?
A: With its robust cast iron body and precision steel components, the WMW machine is suitable for drilling and tapping various metals, including steel and cast iron, making it versatile for both manufacturing and maintenance applications.
Q: When is it best to use the power quill feed rather than manual feed?
A: The power quill feed is ideal for consistent, repetitive drilling or tapping in harder materials, reducing operator fatigue and ensuring uniform results. Manual feed is suitable for delicate operations or when greater control is needed for specific tasks.
Q: Where is the WMW Drilling and Tapping Machine typically deployed?
A: It is widely used in manufacturing plants, heavy machinery workshops, metal fabrication units, and industrial production facilities. Its heavy-duty design and adaptability make it a preferred choice for large-scale operations.
Q: What is the process for changing spindle speeds on this model?
A: Spindle speeds are adjusted via a 16-step manual control system, allowing operators to quickly select the appropriate RPM (ranging from 32 to 1600) for their material and desired finish, optimising performance and tool life.
Q: How does the inbuilt coolant system benefit machining operations?
A: The integrated coolant system helps maintain optimal tool and workpiece temperatures, reduces wear, prevents overheating, and ensures cleaner, more precise machining outcomes, prolonging the life of both tools and workpieces.
Q: What are the key benefits of investing in this machine for industrial purposes?
A: Key benefits include high-capacity drilling and tapping, superior rigidity, low noise levels, flexibility with large workpieces, and reduced operator effort due to its power feeds and ergonomic design. Its durable construction ensures reliability for intensive, long-term usage.