HID ELEMENT LE Laser Engraving Machine

The HID ELEMENT LE laser engraving machine is designed as a compact desktop unit but offers high power output. The HID ELEMENT LE engraving system is aimed at meeting the industrial speed and throughput requirements for ID issuance projects for government entities, financial organizations, businesses, and public service offices. The HID ELEMENT LE provides highly configurable functionality, scalability, and a variety of encoding options to meet various personalization needs for high-volume financial and ID cards.

Utilizing proven DPSS (diode-pumped solid-state) laser technology, identification data, images, and unique security features are permanently engraved onto cards, creating high-security, durable, and counterfeit-resistant IDs.

In addition to accurately formatting black for standard text, MRZ (Machine Readable Zone) text, barcodes, and QR codes, the HID ELEMENT LE boasts the ability to produce high-quality images in true grayscale. The system’s DPSS laser uses varying power levels to achieve multiple shades of gray, resulting in sharp laser images with superior quality.

The HID ELEMENT LE laser engraving system also supports high-security applications such as CLI/MLI (Changeable Laser Images), subsurface images, tactile surface reduction, and custom microtext.

The HID ELEMENT LE also offers:

• Laser Power Options: The HID ELEMENT LE laser engraving system is highly flexible and provides two laser power options to meet your specific card issuance requirements. Choose from a standard 3W DPSS laser to maximize cost benefits or an optional 8W DPSS laser for faster performance.
• Multiple Encoding Options: Supports both embedded HID encoding and third-party Smartware™ contact and contactless encoding for financial cards, physical/logical access, cashless vending, and more.
• High-Power, Scalable Design: Easily scale up production with up to four input/output channels for a total capacity of 400 cards per channel—enabling high-volume card issuance projects to run continuously and maximize productivity per shift.