AtomStack Swift 7W
Entry-Level Laser Engraver
The AtomStack Swift 7W is the ideal entry-level laser engraver for beginners and hobbyists. Featuring a 7W diode laser with an ultra-fine 0.08 × 0.04 mm compressed spot, it delivers precise engraving on wood, leather, bamboo, paper, and more. The generous 300 × 300 mm working area gives you plenty of room for larger projects, signs, and batch work—all at an incredibly affordable price point.
Designed with a modular architecture, the Swift assembles in just 5 minutes with no special tools required. Weighing only 2.8 kg, it's lightweight and easy to store when not in use. The Swift is fully compatible with LightBurn and AtomStack Studio software, offering built-in material presets and a beginner-friendly interface. Its expandable accessory ecosystem supports extension kits, air assist, rotary rollers, and an infrared laser module for future upgrades as your skills grow.
What's In The Box
- AtomStack Swift Laser Engraver (7W)
- Laser Module
- Frame Components (modular snap-together)
- Power Adapter
- Power Cable
- USB-C Cable
- Allen Wrench Set
- Test Wood Piece
- Safety Glasses
- User Manual
FAQ's
Frequently Asked Questions
What is the working area of the AtomStack Swift 7W?
The Swift 7W provides a 300 × 300 mm working area, giving you considerably more workspace than the compact P1 while maintaining a relatively small desktop footprint.
What is the laser spot size of the Swift?
The Swift uses an ultra-fine laser spot measuring approximately 0.08 × 0.04 mm, supporting detailed engraving and clean line work.
Can the Swift 7W be upgraded with additional accessories?
Yes. The Swift platform supports accessories including an extension kit, F40 air assist, rotary accessories and compatible infrared laser modules, allowing the machine to be expanded as your projects become more demanding.
Does the Swift 7W require extensive assembly?
No. AtomStack's modular design allows the Swift to be assembled in approximately 5 minutes, making it significantly quicker to set up than many traditional open-frame machines.
See It In Action