YLS-AMB

Adjustable Mode Beam Laser

YLPP-100-1-100-R

Иттербиевый пикосекундный импульсный лазер

Лазеры

DLR-976-1500,TLPN-1-1-20-M,TLR-200,YLPF-10-500-10-R,YLPN-1-1-100-M ,High Peak Power - QCW Option

Faster, Cleaner, Better,Faster & Cleaner Piercing,Increased Quality,Repeatable Drilling,Reduced Waste

 

High Peak Power - QCW Option

Faster, Cleaner, Better

 

High Peak Power delivers an all new QCW mode to CW lasers, available exclusively from IPG in the latest releases of YLR and YLS lasers. High Peak Power is made possible by IPGs QCW diode designs, which have the ability to provide very high peak power for short duty cycles, with real-time capability of switching to CW mode.

 

 

YLS-HPP Series         YLR-HPP Series

  IPG Quasi-Continuous Wave (QCW) High Peak Power Laser
 

High Peak Power (HPP) pulses, with up to 2X peak power, offers you advanced processing capabilities for YLR and YLS Series lasers
 
 

 

Faster & Cleaner Piercing

High Peak Power processing for highly reflective metals

When you pierce reliably, you can begin cutting faster

When you pierce safely, you increase uptime of your cutting system

 

High Peak Power QCW Laser Puncture Example

4.8 mm brass piercing examples

 

 

Increased Quality

When you pierce cleaner, you save time by not reworking parts and reduce wasted materials

6 mm mild steel piercing - high peak power

6 mm mild steel piercing example

using high peak power to machine fine features

Using HPP allows you to machine fine features

 

 

Repeatable Drilling

High Peak Power provides repeatable and consistent drilling of clean holes

0.5 mm holes in 6 mm aluminum

0.5 mm homes in 6 mm Aluminum

 

laser drilling holes

Repeatable and consistent drilling of clean holes
Traditional: Drilling clean holes with diameters equal to the material thicknessis typically considered challenging
HPP: The 0.5 mm holes are 12X smaller

 

 

 

Reduced Waste

High Quality Piercing Enables Dense Nesting in Thick Metals

 

Laser Cutting High Peak Power Example

 

Clean Piercing allows for short lead-ins = denser nesting

  • Traditional: 5 - 6 mm lead-ins required at 2 kW Peak
  • HPP: 1 mm lead-ins for 6 mm metals

 

 

Material Cost Savings for thick metals

  • Traditional: 42% material utilization when spacing is 5 mm
  • HPP: 56% material utilization when spacing is 1.6 mm

  

YLS-HPP Series             YLR-HPP Series

AMB Improves Laser Welding Quality and Speed
Virtually Eliminates Spatter

Normal laser welding can be accompanied by periodic keyhole instability revealed by spatter of molten metal. The keyhole instability results in porosity, variations in keyhole depth and poor visional finish. 

YLS-AMB enables high-speed high-quality welding in automotive applications such as body in white, drivetrains and e-mobility such as Al battery enclosures and battery tabs.