🚚 Free Worldwide Shipping on All Orders!Shop Now
Product image 1
Product image 2
Product image 3
Product image 4
Product image 5
Product image 6
Product image 7
Product image 8
HomeStore

Dell Precision 5760 Mobile Workstation i7-11850H [Octa] 2.50GHz 17" FHD+ (1920x1200) USB-C NVIDIA RTX A2000 32GB 512GB NVMe Refurbished

Dell Precision 5760 Mobile Workstation i7-11850H [Octa] 2.50GHz 17" FHD+ (1920x1200) USB-C NVIDIA RTX A2000 32GB 512GB NVMe Refurbished

Refurbished Dell Precision 5760 Mobile Workstation Grade A

The Dell Precision 5760 combines performance and premium design, delivering a powerful mobile workstation in a compact and lightweight form. Built with a combination of aluminium and carbon fibre, it offers a high-end feel while maintaining portability for professionals on the move.

With an impressive 94% screen-to-body ratio and a 4-sided InfinityEdge display, it provides a large, immersive viewing experience ideal for creative and design applications.

The system features an advanced thermal design, including dual fans and a vapor chamber, ensuring the workstation stays cool and quiet even under heavy workloads.

$244.65

Original: $699.00

-65%
Dell Precision 5760 Mobile Workstation i7-11850H [Octa] 2.50GHz 17" FHD+ (1920x1200) USB-C NVIDIA RTX A2000 32GB 512GB NVMe Refurbished—

$699.00

$244.65

Product Information

Shipping & Returns

Description

Refurbished Dell Precision 5760 Mobile Workstation Grade A

The Dell Precision 5760 combines performance and premium design, delivering a powerful mobile workstation in a compact and lightweight form. Built with a combination of aluminium and carbon fibre, it offers a high-end feel while maintaining portability for professionals on the move.

With an impressive 94% screen-to-body ratio and a 4-sided InfinityEdge display, it provides a large, immersive viewing experience ideal for creative and design applications.

The system features an advanced thermal design, including dual fans and a vapor chamber, ensuring the workstation stays cool and quiet even under heavy workloads.