ECO Series - Fiber Laser Marking 

Under the brand name of ECO Laser Marking Series, ECO is Q Switched Fiber Laser Marking System are safe, state-of-the-art and alternatives for Nd:YAG and Nd:YVO4 lasers (Lamp-pumped, side-pumped diode, and End-pumped diode). Components including a Q Switched Fiber Laser with Scan Head, Industrial PC Controller, Power Supply, Marking Software and laser safety enclosure.

Standard configuration for the ECO Laser Marking Series allow for many different options to meet any production need. Available options including programmable Z -Axis for focal height adjustments, rotary indexers for circumferential marking, rotary dial tables for simultaneous mark and laser operation and X-Y motion systems for increasing marking areas. Additional features include ease of installation allowing for quick start-up and graphical-based programming for a minimal learning curve. Required beyond those listed above will be quoted upon request.

* Advance Fiber Laser Source
* Upto 80Khz Pulse Repetation Frequency
* First and Last Pulse Equaly Useable
* High Speed Marking Compaitible
* Bitmap Marking Compatible
* Fixed Pulse Width
* Maximized Peak Power Over Full Operational Repetation Rate
*. Anti Reflection Protection
*  High Reliability /Repeatibility /Stability
* 100,000 Hrs MTTF Tested Diode Life 
* Maintenance Free Operation

Machine Parameters

  Laser Power:     20W /30W /50W /100W (Standard 20W)
  Maximum Pulse Energy:    0.66 mJ
  Mode of Operation:    Pulse and CW
  Laser Type:    Fiber Laser
  Wavelenght:     1064nm (+/- 5nm)
  Beam Mode    TEM00
  Pulse Duration:    130ns (200ns If MOPA Laser Selected)
  Pulse Repeatation Rate:    30 -80 Khz
  Cooling :    Air Cooled (Air Conditioned Room Required)
  Laser Protection    Class 4
  Z Axis    Manual (Motorized Option Available)


Electrical: 110V-240V, 50/60Hz
Environment: Temperature 5-40 C
Humidity: 10-90 %,Not condensing

Extra ordinary Features

  • State-of-the-art, Air Cooled, Ytterbium Q Switched Fiber Laser up to 1mJ for marking on virtually any material (Metal, Plastics, Ceramics* etc.)

  • Designed for maintenance free Direct Component Marking Application

  • Excellent Beam Quality (M2 < 1.8) TEM00 Beam profile

  • Greater than 25000 hour's maintenance free operation

  • Low voltage power source (110/220 VAC) equirpments

  • Flexible Cable Beam Delivery system option

  • Red diode pointer for easy set up Industrial grade extruded frames with rack mount component

  • Oversized openings for larger working areas

  • Designed to operate under high shock, vibration and dust conditions

  • Compact footprint designs

  • PC with user friendly software, Flat panel monitor, mouse and keyboard

High Technical Application

The ECO Laser Marking Series produce a wide variety of Permanent, Legible, Non Removable Marks on wide variety materials.

Applications and Types of Marks

ITO Removal

Part Traceability



Paint Removal

Part Decoration



IC Chip Package Marking

2D Symbolic & Linear Barcodes

Serial Numbers


OCR Codes

Lot Codes

Part Number

Date Codes

Scan Software

The ECO Laser Marking Series system uses the most advanced laser marking software available today. Among its many Features are ease-of-use, high performance, and flexibility. Software provides the highest quality marking for text, barcodes, Serialization and graphics. It provides simple interface for fills, automation, graphic, importers, part handling, machine control, interfaces, security controls, transformations, support, quality, flexibility and much more.

Our Laser marking system extend the Jewellery artist's hand vision to the limit of imagination. Our laser marker performs marking and deep engraving of gold,silver and platinium in a programable one step process.

UGAM BEAM SCIENCE PVT. LTD. opens up all the possibilities that laser marking has to offer today. the powerful , user-friendly software is the key to perfect result. The systems are remarkable for their compact diamantions.

The Laser power can be adjusted to suit the application on hand. The high beam quality and precise beam guidance a makes it possible to achieve excellent results. Low energy consumption and high through put makes it especially economical. The high Tech software makes its easy to alter parameter. The system has standardized interfaces under windows 10.

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