| Sizes/mm | Surface |
| Length 1000 up; Height 600 up;Or customized handrail panels for stairs. |
Polished |
| Sizes/mm | Surface |
| Length 2500 up; Height 1600 up; |
Polished |
Petit Antique Marble Spiral Stairs redefine luxury with their harmonious blend of time-worn grandeur and contemporary functionality. Designed for discerning spaces that demand both aesthetic appeal and practical innovation, this staircase system transforms ordinary transitions into breathtaking architectural features.
Carved from premium distressed black marble, each step exhibits the authentic character of aged stone with:
Petit Antique Marble Stairs configuration optimizes spatial efficiency while maintaining graceful proportions, with diameters customizable from 1.5m to 3m to suit different architectural requirements.
Petit Antique Marble Stairs Integrated LED step lighting system enhances both safety and ambiance:
The lighting creates a mesmerizing floating stair effect at night while perfectly showcasing the marble's natural veining patterns.
Helical Marble Rail Fabrication Techniques: Mastering Curved Stone Architecture -Ariston White Marble Twisted Stairs Handrail Panels
The creation of helical marble rails represents one of the most technically demanding disciplines in stone fabrication, requiring specialized techniques to transform rigid stone into flowing architectural elements. These methods have evolved significantly with advanced technology while maintaining traditional craftsmanship.
1. 5-Axis CNC Machining
Uses diamond-tipped tools to carve complex 3D curves
Maintains ±0.5mm precision on helical paths
Simultaneously cuts front/back surfaces for uniform thickness
2. Template-Guided Hand Carving- Ariston White Marble Twisted Stairs Handrail Panels
For projects requiring organic imperfections
Master carvers use pneumatic chisels with custom jigs
Final smoothing with progressively finer diamond pads
3. Segment Construction-Ariston White Marble Twisted Stairs Handrail Panels
For large-radius helixes (over 2m)
Precision-cut modules joined with hidden steel splines
Vein-matching across segments for visual continuity