⭐ AWP GOMAD Drilling and Milling Machine

Listing no. 262368 · Added: 18.03.2026 · Valid until: 16.07.2026 · Views: 17601

For sale: ⭐ AWP GOMAD Drilling and Milling Machine

Price -

Contact details

Firma
KADMEX SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
Adres
OLCHOWA 1
Miejscowość
66-446, OSIEDLE POZNAŃSKIE, woj. lubuskie
Kraj
Poland
Telefon
+4878352••••
Kom.
+4878352••••

Listing content

✅ The AWP GOMAD Drilling and Milling Machine is an advanced piece of equipment designed for precise woodworking and wood-based material processing. This machine combines drilling and milling functions into a single, fully automated work cycle, significantly boosting production efficiency. Manufactured by our company, this machine enhances the proven GOMAD design, offering modern technical solutions, a high level of automation, and exceptional precision in detail processing.<br>✅ The AWP GOMAD is a versatile machine tool, ideal for woodworking shops and furniture manufacturers who value reliability, precision, and automation in their production processes. In a single work cycle, the AWP GOMAD allows for drilling dowel and handle holes, milling, and making longitudinal cuts (e.g., drawer fronts). Thanks to its modular design and precise drilling units, the machine ensures accuracy, repeatability, and high work efficiency. Material feeding is automated via a feeder with a magazine, guides, and stops. Pneumatic actuators ensure smooth and stable movement of the drilling units and the scoring saw. Once processing is complete, the finished component is transferred to a receiving conveyor belt.<br>Machine construction and features:<br>✅ Robust, welded construction from closed profiles ensuring stability and durability,<br>✅ Drilling units with adjustable spindle axis positioning,<br>✅ Automatic work cycle controlled by a PLC system with a touch panel,<br>✅ Scoring saw with belt drive and pneumatic actuator,<br>✅ Precise material transport system with automatic feeding and receiving,<br>✅ High quality and repeatability of processing with minimal operator intervention.

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