Mouse wireless dual-mode Conceptronic LORCAN04B a 4 tasti, Bluetooth 5.2, 2,4 GHz

The Conceptronic LORCAN04B is an ambidextrous wireless mouse with dual-mode connectivity: Bluetooth 5.2 and 2.4 GHz RF via a USB nano receiver. It features optical movement detection with up to 1600 DPI resolution, four press buttons and a scroll wheel, and runs on batteries in a compact black housing suitable for office use.

Advantages

This mouse provides simple switching between two devices using Bluetooth and the included USB nano receiver. The DPI switch lets you change pointer sensitivity instantly with a short press and change connectivity mode with a long press. Its ambidextrous shape supports both right- and left-handed users, and the optical sensor delivers precise tracking for everyday office tasks.

Suitable for

• Office work on desktop or laptop
• Use with two devices alternating between Bluetooth and USB receiver
• General web browsing and document editing
• Portable setups where a compact, battery-powered mouse is needed

Key specifications

• Brand: CONCEPTRONIC
• Model: LORCAN04B
• Connectivity: Bluetooth 5.2 and 2.4 GHz RF (USB nano receiver)
• Movement detection: Optical
• Resolution: 1600 DPI
• Buttons: 4 pressed buttons + scroll wheel
• Form factor: Ambidextrous
• Colour: Black
• Power: Battery powered
• Weight: 0.053 kg

How to use

To connect via Bluetooth, enable Bluetooth on your computer, put the mouse into Bluetooth pairing mode and complete pairing in the computer's Bluetooth settings. To use the USB nano receiver, plug the receiver into a free USB port and the mouse should connect automatically. Use a short press on the DPI switch to change sensitivity and a long press to toggle the connectivity mode between Bluetooth and RF. Replace batteries when tracking or power performance declines.

Recommendations

For reliable performance, use fresh batteries and avoid placing the USB nano receiver behind metal obstructions. Keep the optical sensor area clean and pair the mouse to no more than two devices to simplify switching.