ACT Wireless mouse 2400 DPI with silent click, eco-friendly, made from recycled materials

The ACT AC5151 Wireless Mouse is an ergonomic, right-handed RF wireless mouse made largely from recycled ABS plastic (85%). It offers up to 2400 DPI movement resolution, six buttons including accessible side buttons, a scroll wheel and a storable USB-A nano receiver. The design includes an on/off switch and silent click buttons for quiet operation in offices, libraries and shared workspaces.

Advantages

The mouse combines an ergonomic grip and accessible side buttons with adjustable DPI (1000 / 1500 / 2000 / 2400) for adaptable precision. Silent click mechanics reduce noise during use, while the storable nano receiver and built-in on/off switch support portability and battery saving. Made from recycled materials, this model supports more sustainable use.

Suitable for

• Office work and general productivity
• Home computing and remote work
• Portable use with laptops and travel
• Quiet environments such as libraries and shared workspaces

Key specifications

• Brand: ACT
• Model: AC5151
• Interface: RF Wireless (USB-A nano receiver)
• Movement resolution: 2400 DPI (adjustable: 1000 / 1500 / 2000 / 2400)
• Buttons: 6 (including side buttons) and scroll wheel
• Form factor: Right-hand
• Power: 1 × AA battery (included)
• Color: Black
• Material: ABS with 85% recycled content

How to use

Insert the included AA battery, flip the on/off switch to the On position and plug the USB-A nano receiver into an available USB port. The receiver can be stored inside the mouse when not in use. Use the DPI selection to choose between 1000, 1500, 2000 or 2400 DPI according to the required pointer sensitivity. Operate the mouse with a standard mouse surface for best tracking results.

Recommendations

To conserve battery life, switch the mouse off when transporting or storing it and use the intelligent power-saving features. For quiet shared spaces enable the silent click mode implicitly provided by the hardware and choose a lower DPI for precise pointer control in detailed tasks.