OverviewThe PH/PHV twin drive rotary table features a dual-pinion worm gear system and automatic hydraulic clamping, designed for horizontal and vertical CNC applications. Built on a modular platform, it is configurable according to workbench setup with encoder options, levelling and an optional through-hole for custom machining solutions.
Key features- "TWIN DRIVE" double pinion worm gear rotating drive
- Automatic hydraulic clamping system
- Working position: Horizontal and Vertical
- Configurable according to customer’s needs
- Possibility of table plate, levelling or adapted to the customer’s bench
- Possibility of adaptation to different encoder models
- Possibility to have a through hole
Dual-pinion twin drive for heavy-duty performanceThe dual drive with double pinions offers high torque and repeatable precision, even during intensive milling operations. The robust transmission design provides elevated load capacity and structural rigidity suitable for heavy-duty rotary table applications.
Hydraulic clampingEquipped with automatic hydraulic clamping, the PH/PHV secures the table in both horizontal and vertical positions, stabilizing the workpiece under heavy machining forces while maintaining positioning accuracy and operational safety.
Optional through hole and custom configurationsOptional through hole available up to Ø600 mm. Table diameters available from 1000 mm to 3000 mm. Customizable options include encoder variants, surface finishes, table plate or bench-compatible layouts to match customer workbench setups.
Technical specifications- Drive type: Dual-pinion (TWIN DRIVE) worm gear system
- Clamping: Automatic hydraulic clamping system
- Working positions: Horizontal and Vertical
- Modular platform: configurable to workbench setup
- Encoder: adaptable to different encoder models (various options)
- Through hole: optional, available up to Ø600 mm
- Table diameters: 1000–3000 mm
- Performance: high torque, repeatable precision, high load capacity, structural rigidity
- Options: table plate, levelling, surface finishes, bench-adapted configurations