Energizer X-400 Pen Light Flashlight – Rechargeable, 400 Lumens, IPX4, Pocket-Sized

Bright, compact illumination for close-up tasks

Meet the Energizer X-400 Pen Light, a compact rechargeable flashlight designed for quick, focused lighting. With 400 lumens on High and a beam that reaches up to 40 meters, it helps you read labels, inspect small components, and verify tool alignment without straining your eyes.

The sturdy metal body pairs with a tactile tail switch, delivering confident one-handed control in tight spaces. A durable pocket clip keeps the light within reach as you move between tasks, while a non-removable lithium ion battery powers long-running sessions. The included micro-USB cable makes recharging simple whether you’re at a workbench, in the car, or on the go.

Everyday uses that benefit from focused light

• Close-up tasks: 400 lumens deliver a bright, directional beam for careful inspection.
• Prolonged sessions: Low mode extends runtime for steady, hands-free lighting.
• Precision checks: Beam reaches up to 40 meters for alignment and verification.

• Power on demand: Rechargeable battery plus micro-USB cable ensures quick replenishment.
• Quiet portability: Lightweight, pocket-sized design fits in a bag or pocket.
• One-handed use: Tail switch enables operation without removing gloves or adjusting grips.

Durable design for real-world use

• Weather-ready: IPX4 water resistance protects against splashes and light rain.
• Impact-ready: Metal housing withstands everyday bumps and drops up to 1 meter.

From assembling electronics to performing under-hood checks, the Energizer X-400 is designed to stay out of the way while delivering dependable light where you need it most. The compact size makes it easy to slip into a pocket, tool bag, or glove compartment, while the clip offers quick access during busy days. This is a practical choice for anyone who values clarity, reliability, and convenience in a compact flashlight.

Note: The description highlights practical possibilities based on the product data; real-world results may vary by use case and environment.