
Oblique Square Meeting Table 900W x 900D Height Adjusable Snow Maple Top White Frame
Oblique Square Meeting Table 900W x 900D – Height Adjustable Snow Maple Top, White Frame
The Oblique Square Meeting Table 900W x 900D Height Adjustable Snow Maple Top White Frame is designed for the evolving needs of today’s agile Australian workplaces. Whether you're holding a quick stand-up meeting or creating a collaborative breakout space, this table adapts effortlessly. With height-settable legs and smooth castor wheels, you can transform your space to suit the rhythm of your day. The Snow Maple finish paired with a sleek white frame adds a fresh, contemporary feel to any modern office environment.
Key Features & Benefits
- Height Adjustable Legs: Easily change the table height between 620mm and 920mm to support sitting, standing, or mobile working styles.
- Snow Maple Top with White Frame: A light, neutral colour palette that complements contemporary office interiors.
- Mobile with Locking Castors: Move the table freely between rooms or zones, then lock it securely in place when in use.
- Space-Saving Design: 900mm x 900mm square footprint is ideal for smaller meeting areas, breakout zones, or project spaces.
- Flexible Application: Designed for impromptu collaboration, hot-desking, or use as a permanent meeting fixture.
Specifications & Technical Details
- Product Name: Oblique Square Meeting Table – Height Adjustable
- Top Dimensions: 900mm (W) x 900mm (D)
- Height Range: Adjustable from 620mm to 920mm
- Top Finish: Snow Maple
- Frame Colour: White
- Legs: Height-Settable with Castor Wheels (Lockable)
- Construction: Steel frame with commercial-grade laminate top
- Warranty: 10 Years
Use Cases & Applications
- Ideal for hybrid workspaces that need flexible, mobile meeting points.
- Perfect for huddle zones, small conference rooms, or learning areas in schools and universities.
- Useful in hot-desking environments or team pods requiring fast reconfiguration.
- Great for design studios, collaborative areas, or training rooms that benefit from multi-height surfaces.
