NEXSA 2.5 Hard Drive Enclosure USB 3.0 to SATA III Transparent SSD Case | Features a tool free clear crystal structural chassis accommodating seven and nine point five millimeter drives.

Price: ₹999 - ₹449.00
(as of Jul 18, 2026 19:10:36 UTC – Details)

2.5″ Hard Drive Enclosure provides a sleek and efficient solution for converting your SATA SSDs or HDDs into a portable external storage device. Designed for 7mm/9.5mm 2.5-inch drives, this enclosure offers USB 3.0 Gen 1 connectivity for high-speed data transfer up to 6Gbps, ensuring fast access to your files, videos, and documents. The tool-free design makes installation effortless—simply slide in your drive and close the enclosure without the need for screws or tools. The transparent casing allows you to easily view your drive, adding a modern touch to your setup. Perfect for expanding storage, creating backups, or repurposing old drives, this enclosure is compatible with Windows, Mac, and Linux systems, offering universal connectivity for your needs.
TRANSPARENT SLIDE LOCK HARNESS CASING: Constructed with an entirely clear see through plastic shell that allows continuous external tracking of internal hardware details while offering robust impact shield protection.
SIX GIGABIT PER SECOND CHIP PIPELINES: Utilizes a high speed USB 3.0 Gen 1 connection framework to transfer immense file archives directory structures and video records in just a fraction of conventional times.
UNIVERSAL TWO POINT FIVE SLOT FITMENT: Accommodates standard mechanical platters and solid state flash disks matching seven millimeter or nine point five millimeter profiles up to a massive four terabyte volume.
TOOL FREE DRIVERLESS DEVICE DEPLOYMENT PROTOCOL: Eliminates the requirement for mounting screws internal wiring paths or specialized application drivers letting you swap storage components anywhere in seconds.
LIGHTWEIGHT SYSTEM INDEPENDENT HARNESS COUPLING: Connects smoothly into laptops desktops and streaming stations running various operating setups without loading local system background processor resources.