Wood Glass Straight Staircase

This Wood Glass Straight Staircase features a linear layout, with wooden treads supported by a concealed structural system. The evenly spaced steps form a clear ascending sequence along the wall. A full-height glass panel runs along the exterior, serving as the primary guardrail while maintaining an open, unobstructed boundary. The combination of wood and glass creates a balanced structure that ensures an unobstructed view.

We will provide one-stop service, communicating and customizing with you one-on-one throughout the entire process, allowing you to customize from your preferred styles, materials, styles, colors, and more.

Factory-Direct Pricing with Full Customization

With our own manufacturing factory and complete product lines, we offer competitive pricing without compromising on quality. From design and materials to transportation, every step is managed in-house — ensuring you get the best value for your investment.

Customized Specifications

Concealed Support System: The staircase features an internal structural layout that supports each tread, with no external framework visible.
Layered Tread Layout: The wooden treads are arranged in a stacked sequence, with precise spacing and alignment.
Full-height glass railing: A single, continuous glass panel is installed along the edge, ensuring safety while maintaining the structure’s sense of openness.
Wall integration: The staircase fits snugly against the wall, ensuring secure fastening and smooth transitions at the joints.

Application and Environment Scenarios

Staircases of this type are typically designed to serve as the primary circulation route between floors. Particularly in layouts where the staircase runs parallel to the walls, these materials create a sense of visual continuity. Glass railings help maintain an unobstructed view throughout the area, which is especially practical in open-concept living spaces. The tread width, glass configuration, and installation method can all be adjusted to accommodate different spatial proportions and usage requirements.