R1 – Rod Breakdown: High Performance in Compact Design
- Available for single and double wire.
- Multi-motor technology with slip control.
- AC motor drives with high efficiency gearboxes.
- Partially submerged process with unique individual drawing ring lubrication.
- L -> R and R -> L line direction.
R2 – Basic Rod Breakdown Solution with Tandem Configuration
- Low investment cost.
- Multi-motor technology with slip control.
- AC motor drives with high efficiency gearboxes.
- Integrated emulsion tank.
- L -> R and R -> L line direction.
R3 – Heavy Duty Rod Breakdown for Mass Production
- Multi-motor technology with slip control.
- AC motor drives with high efficiency gearboxes.
- Fully submerged process with unique individual drawing ring lubrication.
- Wire path suitable for shaped wires.
- L -> R and R -> L line direction.
4 – Heavy Duty Rod Breakdown for Large Rod Diameter
- Initial rings with 650 mm diameter.
- Designed for input rod diameter up-to 14 mm.
- Multi-motor technology with slip control.
- AC motor drives with high efficiency gearboxes.
- Fully submerged process with unique individual drawing ring lubrication.
- Drawbox suitable for shaped wire production.
R5 – No-Slip Multi-Motor Rod Breakdown
- Rings with 1000 mm diameter.
- Designed for input rod diameter up-to 24 mm.
- AC motor drives with high efficiency gearboxes.
- Shaving equipment system for inlet rod.
- Skin-pass equipment for finished wire.
- Built-in pointing machine for easier string-up.
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R1-E – Rod Breakdown for Enamelling Plant
- Compact design including haul-off capstan and dancer.
- Designed to operate in-line with enamelling plant.
- Multi-motor technology with slip control for accurate surface quality wire.
- Designed for round wire up-to 5 mm diameter.
Advantages
- Wide range of rod breakdowns.
- Multi-motor technology with slip control.
- User-friendly design for easy wire string-up.
- Tandem and compact design available.
- AC motor drives with high efficiency gearboxes.
- Low preventive maintenance.
- L -> R and R -> L line direction.
