Rato ótico sem fios DICOTA D32045, Bluetooth e 2,4 GHz, 1600 DPI

This slim, elegant mouse with an optical sensor offers a compact and reliable input device for office use and travel. It supports both Bluetooth and 2.4 GHz wireless connection (USB dongle included), reducing cable clutter and enabling flexible pairing with laptops and tablets. The mouse provides three sensitivity levels (800/1200/1600 dpi) for precise pointer control and includes a rubberised scroll wheel for quiet scrolling and clicking. A built-in rechargeable battery can be charged via USB-C while in use, and the design accommodates both right- and left-handed users.

Advantages

The mouse combines dual wireless connectivity (Bluetooth and 2.4 GHz) for broad compatibility, adjustable dpi for task-specific precision, and a noiseless rubberised scroll wheel. Its slim profile and rechargeable USB-C battery make it convenient for mobile work without frequent battery replacements. Ambidextrous shape ensures comfortable use for both left- and right-handed users.

Key specifications

• Connection: Bluetooth and 2.4 GHz wireless (USB dongle included)
• Sensor: Optical
• Sensitivity levels: 800 / 1200 / 1600 dpi
• Scroll wheel: Rubberised, quiet scrolling and clicking
• Battery: Built-in rechargeable, charged via USB-C (usable while charging)
• Hand orientation: Suitable for right- and left-handed users

How to use

Charge the mouse using the included USB-C cable before first use or connect the cable to continue using it while charging. Pair the mouse to a device either via Bluetooth pairing mode or by plugging the 2.4 GHz USB dongle into a computer. Switch between dpi settings to match your current task for finer control or faster pointer movement. Use the rubberised scroll wheel for smooth, quiet navigation through documents and web pages.

Recommendations

For best results, keep the optical sensor and mouse feet clean and pair the mouse with updated system drivers. Use Bluetooth when you want to save the USB port, and switch to the 2.4 GHz dongle for minimal latency when performing precise tasks.