Available at
This ergonomic sit-to-stand laptop cart is a versatile mobile workstation designed for offices and professional environments. It features a tilting table panel with a safety edge-stopper to prevent items from sliding, and an adjustable height range from 31.5" to 45.5" controlled by dual knobs. The cart is constructed from heavy-duty MDF panels with a moisture-resistant PVC laminate veneer and a scratch-resistant powder-coated steel frame. For organization, it includes both an open storage compartment and a closed compartment with bottom hinges. The unit is equipped with four non-marking nylon casters, two of which lock for stability. Finished in black, it offers a professional look with a combined weight capacity of up to 90 lbs across the tabletop, shelves, and base.
- Height-adjustable sit-to-stand work surface (31.5" to 45.5")
- Tilting laptop panel with safety edge stopper
- Built-in open and closed storage compartments
- Smooth-rolling non-marking nylon casters with locking function
- Durable MDF panels with moisture-resistant PVC laminate finish
- Scratch-resistant powder-coated steel frame
Details
- Category
- Mobile Workstation Carts
- Privacy Or Acoustic Feature
- None
- Pattern
- Solid
- Furniture Fixture Material
- Medium density fiberboard (MDF), Polyvinyl chloride (PVC), Steel
- Materials
- MDF, PVC, Steel
Questions & answers
- How much does it cost, and where can I buy it?
- This RTA Products mobile workstation cart is sold by 1 retailer for $114.99. It's currently on sale (up to 13% off). Available at aosom.com.
- Is it in stock?
- Yes, it's currently in stock.
- What are the key features?
- Key features include Height-adjustable sit-to-stand work surface (31.5" to 45.5"), Tilting laptop panel with safety edge stopper, Built-in open and closed storage compartments, Smooth-rolling non-marking nylon casters with locking function, and Durable MDF panels with moisture-resistant PVC laminate finish.
- What is it made of?
- It's made of MDF, PVC, and steel.
- What's its pattern?
- Its pattern is solid.
- What's its privacy or acoustic feature?
- Its privacy or acoustic feature is none.