Alismail Industrial Co.

ARCORA Collaborative Table Collection

ARCORA Collaborative Table Collection 1
ARCORA Collaborative Table Collection 2

ARCORA Designed for the way people learn, collaborate, and connect.

The ARCORA Collaborative Table System combines integrated seating and work surfaces into a durable,
space-efficient solution for education, healthcare, workplace, dining, and public environments.

PRODUCT  SIZES

ARC1 - 1200Wx600Dx750H
ARC2 - 1200Wx700Dx750H
ARC3 - 1400Wx700Dx750H

PRODUCT  SPECIFICATIONS

Tabletop

Size : 1200W × 600D × 25H mm
Panel : Made of E0-grade particleboard / MFC with a double-sided decorative finish. The material has a uniform structure and a formaldehyde emission level of ≤ 0.4 mg/L.
Edge treatment : Four corners with R30 rounded corners. All four edges are beveled and finished with seamless clear-coat sealing, providing an attractive appearance and improved safety.

Features an ergonomic design based on bionic principles and mechanics, with a smooth, continuous curve that follows the natural shape of the human back.
Material : The PP + 30% glass-fiber reinforced plastic material provides strength and stability while maintaining good flexibility and elasticity.
Dimensions : 450W × 440D × 410H mm (±2 mm). The lower section of the backrest includes ventilation holes for improved comfort and heat dissipation. The backrest is adjustable forward and backward.

Table Frame : Main frame: Ø60 mm cold-rolled galvanized round steel tube, 1.5 mm thickness.Upper support frame: 50 × 25 mm rectangular steel tube, 1.5 mm thick.
Surface finish : Powder-coated.Feet: Nylon leveling glides at the lower ends for floor protection and height adjustment.
Tabletop connection : Four independent Ø64 × 150 mm ABS plastic feet, adjustable in height.
Legs : Fitted with Ø150 mm anti-slip plastic pads, height adjustable.
Frame construction : Connected using special fittings with a cross-joint structure and 30 × 50 mm cold-rolled rectangular steel tube, 1.8 mm thickness, joined by precision welding.
This structure effectively enhances load-bearing capacity and overall stability.