400-863-9100

Mundt & Associates Inc()

http://www.mundtinc.com

地址:
14682 N 74th St., Ste. 150 Scottsdale, AZ 85260 United States
电话:
+1 480-922-9365
传真:
+1 480-922-9341
产品:
CO2激光器  光纤激光器  脉冲激光器 

公司简介

Mundt & Associates, Inc. has revolutionized automation laser systems technology and successfully built a global reputation for creative engineering innovation, and excellent automation solutions that are utilized by the worlds leading manufacturers. The company offers a unique combination of innovation, experienced design engineering and specialized technology capabilities. The Mundt team have produced a highly creative manufacturing foundation that offers customers turnkey solutions for a variety of special applications, as well as custom design and manufacture of machines and systems to meet customers specific application goals.


产品列表

GP-1812General Purpose Laser Work Station

Mundt General Purpose Laser Work Station
Warning Labels

GP-1812 SpecsDownload PDF
Travel X Axis18 in
Travel Y Azis12 in
Travel Z Axis8 in
Travel Tilt Axis Optional135 deg
Travel Rotary Axis OptionalContinuous


Maximum X Axis Speed8 in/sec
Maximum Y Axis Speed8 in/sec
Maximum Z Axis Speed5 in/sec
Maximum X Axis Speed With Linear Motor20 in/sec
Maximum Y Axis Speed With Linear Motor20 in/sec
Maximum Speed Tilt Axis Optional120 deg/sec
Maximum Speed Rotary Axis Optional Gear Drive20 deg/sec
Maximum Speed Rotaty Axis Optional Direct Drive1000 rpm


Accuracy X Axis+/- .0005 in/ft
Accuracy Y Axis+/- .0005 in/ft
Accuracy Z Axis+/- .0005 in/ft
Accuracy X Axis Optional Linear Motor+/- 5 µm/m
Accuracy Y Axis Optional Linear Motor+/- 5 µm/m
Accuracy Z Axis Optional Linear Motor+/- 5 µm/m
Accuracy Tilt Axis Optional200 arc-sec
Accuracy Rotary Axis Optional Gear Drive200 arc-sec
Accuracy Rotary Axis Optional Direct Drive+/- 10 arc-sec


Positioning Resolution X Axis.000016 in
Positioning Resolution Y Axis.000016 in
Positioning Resolution Z Axis.000016 in
Positioning Resolution X Axis Optional Linear Motor250 nm
Positioning Resolution Y Axis Optional Linear Motor250 nm
Positioning Resolution Z Axis Optional Linear Scale250 nm
Positioning Resolution Tilt Optional3.2 arc-sec
Positioning Resolution Rotary Optional Gear Drive3.2 arc-sec
Positioning Reolution Rotary Optional Direct Drive1.8 arc-sec


Brushless Servo Motor ControlX,Y and Z
Heavy Duty Roller WaysX,Y and Z
Machine Base3 in Ground Steel
Machine Supports4 in Steel Tubing
Optional AxesUp to 12 Axes

GP-3024Medium Travel Split Gantry Laser Work Station

Mundt Medium Travel Split Gantry Laser Work Station
Warning Labels

GP-3024 SpecsDownload PDF
Travel X Axis30 in
Travel Y Azis24 in
Travel Z Axis12 in
Travel Tilt Axis Optional135 deg
Travel Rotary Axis OptionalContinuous


Maximum X Axis Speed8 in/sec
Maximum Y Axis Speed8 in/sec
Maximum Z Axis Speed5 in/sec
Maximum X Axis Speed With Linear Motor20 in/sec
Maximum Y Axis Speed With Linear Motor20 in/sec
Maximum Speed Tilt Axis Optional120 deg/sec
Maximum Speed Rotary Axis Optional Gear Drive120 deg/sec
Maximum Speed Rotaty Axis Optional Direct Drive1000 rpm


Accuracy X Axis+/- .0005 in/ft
Accuracy Y Axis+/- .0005 in/ft
Accuracy Z Axis+/- .0005 in/ft
Accuracy X Axis Optional Linear Motor+/- 5 µm/m
Accuracy Y Axis Optional Linear Motor+/- 5 µm/m
Accuracy Z Axis Optional Linear Motor+/- 5 µm/m
Accuracy Tilt Axis Optional200 arc-sec
Accuracy Rotary Axis Optional Gear Drive200 arc-sec
Accuracy Rotary Axis Optional Direct Drive+/- 10 arc-sec


Positioning Resolution X Axis.000016 in
Positioning Resolution Y Axis.000016 in
Positioning Resolution Z Axis.000016 in
Positioning Resolution X Axis Optional Linear Motor250 nm
Positioning Resolution Y Axis Optional Linear Motor250 nm
Positioning Resolution Z Axis Optional Linear Scale250 nm
Positioning Resolution Tilt Optional3.2 arc-sec
Positioning Resolution Rotary Optional Gear Drive3.2 arc-sec
Positioning Reolution Rotary Optional Direct Drive1.8 arc-sec


Brushless Servo Motor ControlX,Y and Z
Heavy Duty Roller WaysX,Y and Z
Machine Base3 in Ground Steel
Machine Supports4 in Steel Tubing
Optional AxesUp to 12 Axes

GP-3628-FLarge Travel General Purpose Laser Work Station

Mundt Large Travel General Purpose Laser Work Station
Warning Labels

GP-3628-F SpecsDownload PDF
Travel X Axis36 in
Travel Y Azis28 in
Travel Z Axis12 in
Travel Tilt Axis Optional135 deg
Travel Rotary Axis OptionalContinuous


Maximum X Axis Speed8 in/sec
Maximum Y Axis Speed8 in/sec
Maximum Z Axis Speed5 in/sec
Maximum X Axis Speed With Linear Motor20 in/sec
Maximum Y Axis Speed With Linear Motor20 in/sec
Maximum Speed Tilt Axis Optional120 deg/sec
Maximum Speed Rotary Axis Optional Gear Drive120 deg/sec
Maximum Speed Rotaty Axis Optional Direct Drive1000 rpm


Accuracy X Axis+/- .0005 in/ft
Accuracy Y Axis+/- .0005 in/ft
Accuracy Z Axis+/- .0005 in/ft
Accuracy X Axis Optional Linear Motor+/- 5 µm/m
Accuracy Y Axis Optional Linear Motor+/- 5 µm/m
Accuracy Z Axis Optional Linear Motor+/- 5 µm/m
Accuracy Tilt Axis Optional200 arc-sec
Accuracy Rotary Axis Optional Gear Drive200 arc-sec
Accuracy Rotary Axis Optional Direct Drive+/- 10 arc-sec


Positioning Resolution X Axis.000016 in
Positioning Resolution Y Axis.000016 in
Positioning Resolution Z Axis.000016 in
Positioning Resolution X Axis Optional Linear Motor250 nm
Positioning Resolution Y Axis Optional Linear Motor250 nm
Positioning Resolution Z Axis Optional Linear Scale250 nm
Positioning Resolution Tilt Optional3.2 arc-sec
Positioning Resolution Rotary Optional Gear Drive3.2 arc-sec
Positioning Reolution Rotary Optional Direct Drive1.8 arc-sec


Brushless Servo Motor ControlX,Y and Z
Heavy Duty Roller WaysX,Y and Z
Machine Base3 in Ground Steel
Machine Supports4 in Steel Tubing
Optional AxesUp to 12 Axes

DB-2412General Purpose Laser Work Station

Mundt General Purpose Laser Work Station
Warning Labels

DB-2412 SpecsDownload PDF
Travel X Axis24 in
Travel Y Azis12 in
Travel Z Axis12 in
Travel Tilt Axis Optional100 deg
Travel Rotary Axis OptionalContinuous


Maximum X Axis Speed8 in/sec
Maximum Y Axis Speed8 in/sec
Maximum Z Axis Speed5 in/sec
Maximum X Axis Speed With Linear Motor20 in/sec
Maximum Y Axis Speed With Linear Motor20 in/sec
Maximum Speed Tilt Axis Optional120 deg/sec
Maximum Speed Rotary Axis Optional Gear Drive20 deg/sec
Maximum Speed Rotaty Axis Optional Direct Drive1000 rpm


Accuracy X Axis+/- .0005 in/ft
Accuracy Y Axis+/- .0005 in/ft
Accuracy Z Axis+/- .0005 in/ft
Accuracy X Axis Optional Linear Motor+/- 5 µm/m
Accuracy Y Axis Optional Linear Motor+/- 5 µm/m
Accuracy Z Axis Optional Linear Motor+/- 5 µm/m
Accuracy Tilt Axis Optional200 arc-sec
Accuracy Rotary Axis Optional Gear Drive200 arc-sec
Accuracy Rotary Axis Optional Direct Drive+/- 10 arc-sec


Positioning Resolution X Axis.000016 in
Positioning Resolution Y Axis.000016 in
Positioning Resolution Z Axis.000016 in
Positioning Resolution X Axis Optional Linear Motor250 nm
Positioning Resolution Y Axis Optional Linear Motor250 nm
Positioning Resolution Z Axis Optional Linear Scale250 nm
Positioning Resolution Tilt Optional3.2 arc-sec
Positioning Resolution Rotary Optional Gear Drive3.2 arc-sec
Positioning Reolution Rotary Optional Direct Drive1.8 arc-sec


Brushless Servo Motor ControlX,Y and Z
Heavy Duty Roller WaysX,Y and Z
Machine Base3 in Ground Steel
Machine Supports4 in Steel Tubing
Optional AxesUp to 12 Axes

DB-2412-ADB-2412-A Laser Workstation

Mundt DB-2412-A Laser Workstation
Warning Labels

DB-2412-A SpecsDownload PDF
Travel X Axis24 in
Travel Y Azis12 in
Travel Z Axis18 in
Travel Tilt Axis Optional110 deg
Travel Rotary Axis OptionalContinuous


Maximum X Axis Speed8 in/sec
Maximum Y Axis Speed8 in/sec
Maximum Z Axis Speed5 in/sec
Maximum X Axis Speed With Linear Motor20 in/sec
Maximum Y Axis Speed With Linear Motor20 in/sec
Maximum Speed Tilt Axis Optional120 deg/sec
Maximum Speed Rotary Axis Optional Gear Drive120 deg/sec
Maximum Speed Rotaty Axis Optional Direct Drive100 rpm


Accuracy X Axis+/- .0005 in/ft
Accuracy Y Axis+/- .0005 in/ft
Accuracy Z Axis+/- .0005 in/ft
Accuracy X Axis Optional Linear Motor+/- 5 µm/m
Accuracy Y Axis Optional Linear Motor+/- 5 µm/m
Accuracy Z Axis Optional Linear Motor+/- 5 µm/m
Accuracy Tilt Axis Optional200 arc-sec
Accuracy Rotary Axis Optional Gear Drive200 arc-sec
Accuracy Rotary Axis Optional Direct Drive+/- 10 arc-sec


Positioning Resolution X Axis.000016 in
Positioning Resolution Y Axis.000016 in
Positioning Resolution Z Axis.000016 in
Positioning Resolution X Axis Optional Linear Motor250 nm
Positioning Resolution Y Axis Optional Linear Motor250 nm
Positioning Resolution Z Axis Optional Linear Scale250 nm
Positioning Resolution Tilt Optional3.2 arc-sec
Positioning Resolution Rotary Optional Gear Drive3.2 arc-sec
Positioning Reolution Rotary Optional Direct Drive1.8 arc-sec


Brushless Servo Motor ControlX,Y and Z
Heavy Duty Roller WaysX,Y and Z
Machine Base3 in Ground Steel
Machine Supports4 in Steel Tubing
Optional AxesUp to 12 Axes

DB-241218-7AxisDB-241218 Ultra Short Pulse Laser Workstation

Mundt DB-241218 Ultra Short Pulse Laser Workstation
Warning Labels

DB-241218-7Axis SpecsDownload PDF
Travel X Axis24 in
Travel Y Azis12 in
Travel Z Axis18 in
Travel Tilt Axis Optional+/- 135 deg
Travel Rotary Axis OptionalContinuous


Maximum X Axis Speed8 in/sec
Maximum Y Axis Speed8 in/sec
Maximum Z Axis Speed5 in/sec
Maximum X Axis Speed With Linear Motor20 in/sec
Maximum Y Axis Speed With Linear Motor20 in/sec
Maximum Speed Tilt Axis Optional120 deg/sec
Maximum Speed Rotary Axis Optional Gear Drive120 deg/sec
Maximum Speed Rotaty Axis Optional Direct Drive500 rpm


Accuracy X Axis+/- .0005 in/ft
Accuracy Y Axis+/- .0005 in/ft
Accuracy Z Axis+/- .0005 in/ft
Accuracy X Axis Optional Linear Motor+/- 5 µm/m
Accuracy Y Axis Optional Linear Motor+/- 5 µm/m
Accuracy Z Axis Optional Linear Motor+/- 5 µm/m
Accuracy Tilt Axis Optional200 arc-sec
Accuracy Rotary Axis Optional Gear Drive200 arc-sec
Accuracy Rotary Axis Optional Direct Drive+/- 10 arc-sec


Positioning Resolution X Axis.000016 in
Positioning Resolution Y Axis.000016 in
Positioning Resolution Z Axis.000016 in
Positioning Resolution X Axis Optional Linear Motor250 nm
Positioning Resolution Y Axis Optional Linear Motor250 nm
Positioning Resolution Z Axis Optional Linear Scale250 nm
Positioning Resolution Tilt Optional3.2 arc-sec
Positioning Resolution Rotary Optional Gear Drive3.2 arc-sec
Positioning Reolution Rotary Optional Direct Drive1.8 arc-sec


Brushless Servo Motor ControlX,Y and Z
Optional Linear MotorsX and Y
Heavy Duty Roller WaysX,Y and Z
Machine BaseGround Steel
Machine SupportsSteel Tubing
Optional AxesUp to 12 Axes

CB-3012General Purpose Overhead Gantry Laser Work Station

Mundt General Purpose Overhead Gantry Laser Work Station
Warning Labels

CB-3012 SpecsDownload PDF
Travel X Axis30 in
Travel Y Azis12 in
Travel Z Axis12 in
Travel Tail Stock2 in


Maximum X Axis Speed20 in/sec
Maximum Y Axis Speed20 in/sec
Maximum Z Axis Speed3 in/sec
Maximum Speed Tilt Axis Optional120 deg/sec
Maximum Speed Rotaty Axis Optional1000 rpm


Accuracy X Axis+/- 2 µm/m
Accuracy Y Axis+/- 2 µm/m
Accuracy Z Axis+/- .0005 in/ft
Accuracy Tilt Axis Optional200 arc-sec
Accuracy Rotary Axis+/- 10 arc-sec


Positioning Resolution X Axis.2 µm
Positioning Resolution Y Axis.2 µm
Positioning Resolution Z Axis.7 µm
Positioning Resolution Tilt Optional3.2 arc-sec
Positioning Resolution Rotary Optional1.8 arc-sec


Linear Motor ControlX and Y
Rotary Servo Motor ControlledZ
Machine Base3 in Ground Steel
Machine Supports4 in Steel Tubing
Heavy Duty Roller WaysX,Y and Z axis

GT-1000Heavy Duty Laser Work Station

Mundt Heavy Duty Laser Work Station
Warning Labels

GT-1000 SpecsDownload PDF
Travel X Axis48 in
Travel Y Azis24 in
Travel Z Axis36 in


Maximum X Axis Speed10 in/sec
Maximum Y Axis Speed10 in/sec
Maximum Z Axis Speed6 in/sec


Accuracy X Axis+/- .0005 in/ft
Accuracy Y Axis+/- .0005 in/ft
Accuracy Z Axis+/- .0005 in/ft


Positioning Resolution X Axis.00005 in
Positioning Resolution Y Axis.00005 in
Positioning Resolution Z Axis.00005 in


Rotary Servo Motor AxesX,Y,Z,U and V

IB-1284Heavy Wire Laser Bonder

Mundt Heavy Wire Laser Bonder
Warning Labels

IB-1284 SpecsDownload PDF
Travel X Axis12 in
Travel Y Azis8 in
Travel Z Axis4 in
Travel W Axis.10 in


Maximum X Axis Speed20 in/sec
Maximum Y Axis Speed20 in/sec
Maximum Z Axis Speed10 in/sec
Maximum W Axis Speed20 in/sec
Maximum Speed Rotary Axis2 RPS


Accuracy X Axis+/- 2 µm/m
Accuracy Y Axis+/- 2 µm/m
Accuracy Z Axis+/- .0005 in/ft
Accuracy W Axis+/- 2 µm/m
Accuracy Rotary Axis5 arc min


Positioning Resolution X Axis.1 µm
Positioning Resolution Y Axis.1 µm
Positioning Resolution Z Axis1 µm in
Positioning Resolution W Axis1 µm in
Positioning Reolution Rotary Axis.01 in


Linear Motor ControlX,Y and W
Dc Servo Motor ControlZ and rotary axis
Touch Down Force Programmable0-900 gm
Clamping Force Programmable0-1300 gm

SG-1805-GStent Graf Laser Work Station

Mundt Stent Graf Laser Work Station
Warning Labels

SG-1805-G SpecsDownload PDF
Travel X Axis18 in
Travel Z Axis5 in


Maximum X Axis Speed5 in/sec
Maximum X Axis Speed Optional Linear Motor15 in/sec
Maximum Z Axis Speed3 in/sec
Maximum Speed Rotary1000 RPM


Accuracy X Axis+/- .0005 in/ft
Accuracy X Axis Optional Linear Motor+/- 5 µm/m
Accuracy Z Axis+/- .0005 in/ft
Accuracy Rotary+/- 0.001 deg


Positioning Resolution X Axis.000016 in
Positioning Resolution X Axis Optional Linear Motor250 nm
Positioning Resolution Z Axis.000016 in
Positioning Resolution Rotary+/- 0.0001 deg


Brushless Servo Motor ControlX,Z and Rotary
Optional Linear Motor ControlledX axis
Heavy Duty Roller WaysX and Z
Rotary To Mandrel I FMorse taper
Minimum Mandrel Length5.5 in
Maximum Mandrel Length22 in
Maximum Mandrel Diameter3 in

GP-3012Glove Box Laser Work Station

Mundt Glove Box Laser Work Station
Warning Labels

GP-3012 SpecsDownload PDF
Travel X Axis30 in
Travel Y Azis12 in
Travel Z Axis8 in
Travel Tilt Axis Optional100 deg
Travel Rotary Axis OptionalContinuous


Maximum X Axis Speed8 in/sec
Maximum Y Axis Speed8 in/sec
Maximum Z Axis Speed5 in/sec
Maximum X Axis Speed With Linear Motor20 in/sec
Maximum Y Axis Speed With Linear Motor20 in/sec
Maximum Speed Tilt Axis Optional120 deg/sec
Maximum Speed Rotary Axis Optional Gear Drive120 deg/sec
Maximum Speed Rotaty Axis Optional Direct Drive1000 rpm


Accuracy X Axis+/- .0005 in/ft
Accuracy Y Axis+/- .0005 in/ft
Accuracy Z Axis+/- .0005 in/ft
Accuracy X Axis Optional Linear Motor+/- 5 µm/m
Accuracy Y Axis Optional Linear Motor+/- 5 µm/m
Accuracy Z Axis Optional Linear Motor+/- 5 µm/m
Accuracy Tilt Axis Optional200 arc-sec
Accuracy Rotary Axis Optional Gear Drive200 arc-sec
Accuracy Rotary Axis Optional Direct Drive+/- 10 arc-sec


Positioning Resolution X Axis.000016 in
Positioning Resolution Y Axis.000016 in
Positioning Resolution Z Axis.000016 in
Positioning Resolution X Axis Optional Linear Motor250 nm
Positioning Resolution Y Axis Optional Linear Motor250 nm
Positioning Resolution Z Axis Optional Linear Scale250 nm
Positioning Resolution Tilt Optional3.2 arc-sec
Positioning Resolution Rotary Optional Gear Drive3.2 arc-sec
Positioning Reolution Rotary Optional Direct Drive1.8 arc-sec


Brushless Servo Motor ControlX,Y and Z
Heavy Duty Roller WaysX,Y and Z
Machine Base3 in Ground Steel
Machine Supports4 in Steel Tubing
Optional AxesUp to 12 Axes

Fiber Lasers

Fiber Lasers are precise and efficient and are well suited to industrial applications ranging from high power cutting and welding to more delicate applications in semiconductor and solar manufacturing. Fiber-based lasers are modular and scalable allowing them to be configured for many processes from nanosecond engravers to many kilowatt CW (continuous wave) welding and cutting applications. Some CW lasers can also be modulated at kilohertz rates, a useful technique for reducing heat effects in the parent material. 

High power fiber lasers use optical fiber as the gain medium and LED pumps. Fiber lasers provide consistent beam quality at all power levels. The laser beam is conveniently delivered to the terminal optics through a flexible fiber cable. Fiber lasers do not have the typical mirrors and other delicate optics that may require periodic alignment. The conversion efficiency of wall plug power into laser energy is typically very high compared to other high power lasers. Fiber laser is simple to implement and operate and this fact makes them very robust and capable in industrial settings. 

Fiber lasers are typically smaller and lighter in weight than traditional lasers. Conventional lasers can be quite delicate due to the necessity of precise alignment of mirrors and lenses. Fiber lasers are much more rugged and able to perform in many different work environments. The fiber laser also transports easily without the need to re-align. 

The fiber laser technologies result in high reliability and performance that are often superior to traditional laser technologies.

Applications for Fiber Lasers: 
  • Cutting

  • Welding

  • Drilling

  • Etching

  • Marking


YAG Lasers


The YAG laser can provide very high power pulsed operation for welding, drilling and cutting. A YAG laser can be coupled to a water-jet where the jet guides the beam to a surface, particularly for dicing, as in silicon wafers. The water jet removes debris and cools the material at the same time. Advantages of the YAG laser over traditional “dry” laser cutting are high dicing speeds, parallel sides in the kerf, and omnidirectional cutting. 

YAG lasers are used in manufacturing for engraving, etching, or marking a variety of metals and plastics. They are extensively used for cutting and welding steel, semiconductors and various alloys. 

For automotive applications (cutting and welding steel) the power levels are typically 1-5 KW. The drilling of super alloys, as for gas turbine parts, is commonly accomplished with YAG lasers. Other kinds of aerospace applications use YAG lasers to drill arrays of small holes for cooling and to produce desired high speed fluid flow characteristics. 

YAG lasers are employed to make subsurface markings in transparent materials such as glass or acrylic glass. 

Lasers up to 400 W are used for selective sintering of metals in additive layered manufacturing.

Applications for YAG Lasers: 
  •  Welding metals

  •  Drilling and cutting metals

  •  Drilling and cutting ceramics

  •  Etching

  •  Marking


CO2 Lasers


CO2 laser technology is well-proven in most industrial applications. CO2 lasers can be extremely reliable providing high up-time and excellent beam quality. CO2 lasers are essential tools for many industrial applications. 

Common variations of CO2 lasers include fast axial flow, slow axial flow transverse flow and slab. CO2 lasers are commonly pumped by passing a current through the gas mix (DC-excited) or using radio frequency energy (RF-excited). The RF method is newer and has become more popular. Since DC designs require electrodes inside the cavity, they can encounter electrode erosion and plating of electrode material on glassware and optics. RF resonators have external electrodes and are not prone to these problems. 

The Sealed-Off CO2 Laser 
The optical resonator of this CO2 laser is formed by the front and rear mirrors and two parallel RF-electrodes. Excitation of the laser gas takes place in the RF field between the water-cooled electrodes. The heat generated in the gas is dissipated by the water-cooled electrodes (diffusion cooled). A beam shaping module is integrated into the laser head and produces a high quality round symmetrical beam. The sealed–off laser is most suitable for laser cutting, laser scribing, laser perforation or surface treatment. 

CO2 lasers are used for industrial cutting of many materials including: 

  • Mild Steel

  • Aluminum

  • Stainless steel

  • Titanium

  • Paper

  • Polymers

  • Woods

  • Wax

  • Fabrics

Applications for CO2 Lasers: 
  • Cutting

  •  Welding

  •  Drilling

  •  Etching

  •  Marking


Pulsed Lasers


Lasers are classified as CW (continuous wave) or pulsed. Some CW lasers can be modulated to mimic pulsed laser operation. The operational characteristics of pulsed lasers cover many orders of magnitude in both time and pulse power. A number of technologies are employed to address a number of widely different motivations. 

Generally, the shorter the pulse produced by the laser, the higher the pulse power and the lower the pulse energy. 

Cutting and welding requires melting a large volume of metal. High energy pulses are needed. Generally long pulses (milliseconds) are needed and the average power is on the order of a kilowatt. 

Processes for surface modification, etching, engraving and marking usually require leaving the remaining material unaltered by heat. Changing the heat treatment state of metals, charring polymers and cracking brittle materials is undesirable. These processes generally require evaporating a tiny volume of material and therefore require only a tiny amount of energy, but it must be delivered at a time scale that is short enough to minimize or eliminate damaging heat transfer to the adjacent material. 

Applications for Pulsed Lasers: 
  •  Engraving and marking of metals, ceramics, glass, plastics

  •  Cutting thin materials without warping, can be a very fine process


Ultra-Short Pulse Lasers


Ultra short pulse lasers have pulse widths roughly between 100 femtoseconds and tens of picoseconds. At this time scale, heat effects in the parent material are minimized or even eliminated allowing fabrication of parts at or near full material properties. These processes are referred to as cold or a-thermal for this reason. 

These lasers are used for demanding medical and industrial applications. Capable of being focused to very small spot size and delivering megawatt to gigawatt peak power these lasers can produce parts with very small features and excellent cut quality in a wide variety of materials. 

Cold laser cutting and ablation with ultra short pulse lasers is one of the most promising technologies for demanding applications, especially in the medical, photovoltaic and semiconductor industry. 

Sensitive materials such as nitinolshape memory alloys are routinely processed with high accuracy and excellent cut quality and post-processing may not be needed. 

Femtosecond lasers also cut bio-absorbable polymers like polylactic acids or polyglycolic acids with high accuracy. 

Features:

  • High Precision Processing

  • Little or No Thermal Damage

  • Cold Laser Cutting

  • Cold Laser Ablation of any Material from 
    Low Melting Polymers to Difficult
    to Process Memory Alloys

  • No Cast or Burr

  • Minimum Post Processing

  • Minimum Production Waste

  • High Pulse Peak Power

  • Industrial Grade System for 24/7 Production

Applications for Ultra-Short Pulse Lasers: 
  • Ablation

  •  Cutting

  •  Stripping




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