Marco Premier Dry Erase Sitting Height Collaborative Classroom Table, 24" x 48" Trapezoid

Transform your classroom with unparalleled functionality and style!

Discover the collaborative work area your students have been missing with the Premier Series Dry Erase Table.

As part of the Premier Series, this table boasts durable 2" heavy duty legs for stability, as well as a sleek and modern design constructed with 16-gauge steel for everyday classroom use.

With pre-drilled holes for easy leg assembly, the 16-gauge steel legs are also height-adjustable between 21" - 31" in 1" increments to accommodate a wide range of users. Nylon glides allow for easy leveling. 

Unleash creativity with our dry-erase laminates, the dynamic solution for an interactive and reusable medium in any setting. These laminates offer a tabletop surface that allows users to share ideas, visualize concepts, take notes in real time or just doodle. Perfect for collaborative settings and brainstorming sessions and makerspace environments. The 3mm PVC edge banding is permanently thermo-fused to the edges and eliminates a place for germs to hide, unlike conventional T-molding.

Our white dry-erase high-pressure laminate surface is available with a choice of 9 edge band colors. For a designer touch, choose one of our 6 new dry-erase thermo-fused laminates, available with black or gray edge banding.

Features:
• Top constructed of 1-1/8” particleboard with dry-erase laminate markerboard surface
• 3mm PVC edge banding bonded with hot-melt adhesive
• Pre-drilled holes for easy leg assembly
• Upper leg constructed of 16-gauge, 2" round steel mounted on a 12-gauge steel plate, fully coated with a powder coat finish
• Lower adjustable leg constructed of 16-gauge steel with a chrome-plated finish tapped at 1” intervals for adjustment from 21”– 31” sitting height
• Adjustable nylon glides allow for easy floor leveling
• UL GREENGUARD GOLD Certified
• Optional accessories are available for improved storage and mobility are available for improved storage and mobility