MAXPhotonics X1-MFSC-1500W User manual

X1-MFSC-1500W Handheld Laser Welding Machine
Maxphotonics Co.,Ltd.

Copyright Notation
Copyright © Maxphotonics Co ., Ltd ( here after referred to as Maxphotonics). All
rights reserved. You may not copy, modify, transmit or publish this publication,
in any form, in any media or by any means, without the prior written permission
of Maxphotonics, except as allowed under applicable copyright laws. Permitted
copies shall bear the same copyright and proprietary notices that were contained
on the ori ginal version.
Maxphotonics believes that the information provided is accurate and reliable;
however Maxphotonics makes no warranty, representation,expression or
implication that this document can be used as reference in other occasions.
Furthermore, Maxphotonics does not assume responsibility for any infringement
of patents or other rights of third parties due to use of the information contained
in this document. Maxphotonics shall not be liable for errors contained in this
document or for direct or indirect damages of relevant equipment.
Maxphotonics and the Maxphotonics Logo are registered trademarks of
Maxphotonics Co., Ltd., and the Logo does not break any regulations of
Trademark law.Maxphotonics grants no rights for patent or other intellectual
property mentioned herein.
All information contained in this document is subject to change and revision
without notice.
Subject to change without notice.
Maxphotonics Co.,Ltd.
Address: Maxphotonics Industrial Park, 3rd Furong Road,
Furong Industrial Area, Shajing, Baoan, Shenzhen, China.518125
E-Mail: [email protected]
http://en.maxphotonics.com

3
Preface
Thank you for using the handheld laser welding products Maxphotonics. We
compile this document for you in order that the laser is used and maintained
properly. Due to the limited level of the writers, coupled with time constraints,
there are some careless mistakes in this document, your understanding and
suggestion to help us make an improvement will be much appreciated . Thank
you again for using Maxphotonics' products.
Please take time to read and understand this User's Guide and familiarize
yourself with the operating and maintenance instructions before you use the
product. We strongly recommend that the operator read the Section 2 titled
“Safety Information” prior to operating the product.
This User's Guide should stay with the product to provide you and all future
users and owners of the product with important operating, safety and other
information.
We identify the parts to which you need to pay special attention in the document
with underscore. Please notice those information to prevent the unnecessary
damages.

4
Company Profile
Found in 2004, Maxphotonics is one of the first fiber laser manufacturers in
China. It is also the first in China to realize independent intellectual property
rights and vertical integration in the core technologies of ber lasers and optical
devices. One of the national high-tech enterprises. Maxphotonics has developed
into an internationally renowned laser manufacturer that develops, manufactures
and sells fiber lasers and core optical components. It is the second largest
domestic ber laser manufacturer in the domestic market.
Maxphotonics specializes in the research, development, production and sales of
ber lasers, including pulsed ber lasers, continuous ber lasers and direct diode
lasers. It also implements pump sources, combiners, fiber gratings, isolators,
laser output heads, and stripping. Optical devices such as molds, acousto-optic
modulators, and pattern matchers are produced autonomously. Products are
widely used in marking, engraving, cutting, drilling, cladding, welding, surface
treatment, rapid prototyping and additive manufacturing processes.
More informations，please visit our website：
http://en.maxphotonics.com

CONTENT
5
Company Profile ...........................................................................4
Chapter 1 Characteristic Description .........................................7
Chapter 2 General Safety Information .........................................8
1-Handheld Laser Welding Machine Is Safe To Use........................8
2-Safety Conventions ...................................................................10
3-Laser protection ........................................................................11
4-Weld Feature Safety..................................................................12
5-Reference Standard ..................................................................14
6-General Safety Instructions .......................................................15
7-More Safety Information ............................................................20
Chapter 3 Product Description ..................................................21
1-Features....................................................................................21
2-Module Configuration ................................................................22
3-Laser Model Designation Codes ................................................22
4-Certification ...............................................................................22
5-Front And Back Panel Description Of Laser Welding Machine .......22
6-Operation Panel Description......................................................25
7-Solder Head Instructions ...........................................................33
Chapter 4 Specification ..............................................................35
1-Optical Characteristic Parameters .............................................35
2-General Characteristic Parameters............................................36

CONTENT
6
3-Structural Layout .......................................................................37
Chapter 5 Disassembly Guide....................................................38
1-Disassembly Step......................................................................38
2-Packing List...............................................................................40
Chapter 6 Operation Guide ........................................................41
1-Notice........................................................................................41
2-Electrical Power Connection......................................................41
3-Securely Lock The Connection ..................................................42
4-Gas Connection.........................................................................42
5-Wire Feeder Connection............................................................43
6-Wire Feeder And Hand Welding Connection ..............................49
7-Startup Steps ............................................................................52
8-Welding Process Parameters.....................................................53
9-Product Accessory Inspection And Cleaning Guide ....................56
Chapter 7 Service and Maintenance ..........................................59
1-Maintenance Notes....................................................................59
2-Service Statements ...................................................................60
Chapter 8 Warranty Statements .................................................61
1-General Items............................................................................61
2-Warranty Limitations..................................................................61

7
Chapter 1
Characteristic Explain
MFSC series is a series of high-efficiency, high-reliability, maintenance-free
high-power lasers developed by Maxphotonics. It adopts phase-change heat
dissipation method, the wavelength range is 1060nm~1100 nm, and the laser
efciency is >25%.
Maxphotonics MFSC series lasers belong to Class 4 (Class 4) laser products,
and the product design and testing have fully considered safety.
Laser light exhibits unique characteristics that may pose safety hazards.
Therefore, the laser light can’t be normally associated with other light sources,
and all operators and people near the laser must be aware of these special
hazards.
In order to ensure the safe operation and optimal performance of the product,
please follow all warnings and safety instructions in this guide during process of
operation, maintenance and service.
For ensuring the safety of operators, operators are urged not to open the
equipment privately at all times. There are no user serviceable parts, equipment
or assemblies associated with this product. Lasers of unauthorized disassembly
shall not be subject to warranty.

8
Chapter 2
General Safety Information
1 -Handheld Laser Welding Machine Is Safe To Use
Handheld laser welding machines are classified as hazardous, invisible laser
radiation Class 4 laser products. This product emits infrared laser radiation with
a wavelength of 1080nm, and the average power radiated by the welding head is
greater than 100W, which can cause damage to eyes and skin directly or indirectly
exposed to such light intensity. This infrared radiation is invisible, and the laser
beam can cause irreversible damage to the retina or cornea. Be sure to wear
appropriate and certied 1080nm near-infrared laser safety glasses before operating
the handheld laser welding machine.
(1) For the safety of you and others, it is strictly forbidden to point the welding head
at yourself or others;
(2) Appropriate and certied 1080nm near-infrared band laser safety glasses and
anti-high temperature gloves must be worn before using the handheld laser welding
machine;
(3) For the safety of you and others, the alligator clip must be clamped to the welding
workpiece before triggering the laser, and it is strictly prohibited to clamp it in other
places except the workpiece to avoid safety hazards caused by abnormal light
output;
(4) The welding operation of the hand-held laser welding machine should be
carried out in an independent space with laser protection; non-welding personnel
and combustible and flammable materials should be kept away from the welding

9
Chapter 2 General Safety
Information
operation table for more than 10 meters, and a re extinguisher should be placed
near the welding area;
(5) Wear a mask when welding highly reective materials;
(6) Make sure that the hand-held laser welding machine is properly grounded,
otherwise it may cause the product shell to be electried, resulting in personal injury
to the operator; if the grounding is not operated as required, it may cause laser
alarm, no light, laser instability and other hidden faults;
(7) Please do not work in the environment of rain and direct sunlight, otherwise it
may cause high temperature and high humidity alarm or short circuit, affecting the
normal use of the laser, and even causing potential safety hazards. .

10
Chapter 2 General Safety Information
SYMBOLS DESCRIPTION
WARN:
Text marked with an electrical warning symbol indicates
a potential personal hazard. Failure to follow certain
procedures may cause certain or fatal hazards to you or
others.
NOTICE:
There is a potential hazard to the product; certain
procedures need to be followed, otherwise your equipment
or components may be damaged. Do not violate the
requirements of the attention signs during operation to
ensure the normal use of the equipment.
This logo represents laser radiation, and we have affixed
this logo to the laser output of the product.
This symbol means wearing protective eyewear, please
be sure to wear appropriate and certified 1080nm near-
infrared band laser protective eyewear.
NO SYMBOL
IMPORTANT:Refers to any information regarding the
operation of the product. Please do not overlook this
information.
2 -Safety Conventions
As shown in the table below, all safety warning signs during the operation of the
hand-held laser welding machine include:
Safety Glasses
Must Be Worn

11
Chapter 2 General Safety
Information
3-Laser protection
1.Laser Safety Goggles Requirements
Laser safety goggles should be selected based on the ability to shield the
entire wavelength range of the laser emitted by the hand-held laser welding
machine. When operating this device, please wear appropriate laser safety
goggles. Selecting the appropriate laser safety goggles requires the end user to
accurately identify the laser safety goggles. The wavelength range emitted by
the product. If the device is a tunable laser or Raman product, it emits light in a
range of wavelengths. End users should verify that the laser safety glasses used
are capable of blocking light emitted by the device over its entire wavelength
range. Please check the safety label on the product and verify that personal
protective equipment (i.e. safety shield, viewing window or windows, goggles,
etc.) is adequate for output power and wavelength range. Decisions regarding
safety glasses must also take into account any secondary radiation hazards
posed by the welding process (see Chapter II, Section 4-1)
2.Laser Protective Equipment Suppliers
Whether the laser is being used in a new facility or retrofitting an existing
system, the end user is solely responsible for determining the suitability of all
personal protective equipment.
There are several suppliers of laser safety equipment that provide materials or
NOTE :
◎Maxphotonics handheld laser welding machine, the wavelength range is
1060nm~1100nm, which is not in the visible light range, but these beams may
cause irreversible damage to the retina and cornea. Maxphotonics recommends
that you must wear qualified and safe protective glasses when operating the
handheld welding machine at all times.

12
Chapter 2 General Safety Information
equipment. These include LaserVision USA, Kentek Corporation and Rockwell
Laser Industries. There are other suppliers of laser personal protective
equipment. Maxphotonics provides the names of these suppliers for convenience
only, and does not imply endorsement or recommendation of any of these
suppliers, nor does it imply endorsement or recommendation of their products or
services. Maxphotonics assumes no responsibility for their advice, products or
services.
4-Weld Feature Safety
1.Radiation Hazard
Visible and invisible radiation is generated during welding. The interaction
between the high-power laser beam and the target material to be welded can
create a plasma that generates ultraviolet radiation and "blue light," which
can lead to conjunctivitis, photochemical damage to the retina, or a sunburn-
like reaction to the skin. Welders exposed to invisible UV light without proper
protection can suffer permanent eye damage.
2.Skin Hazard
Exposure to infrared and ultraviolet radiation during welding can damage
skin. Infrared and ultraviolet light can cause skin burns, increase welders' risk
of skin cancer and accelerated signs of skin aging. Welding sparks can also
cause burns. Laser material processing can transfer large amounts of energy
into parts. Even after the cutting process is complete, parts can be very hot to
the touch. Make sure to use proper personal protective equipment to prevent
potential burns. Take precautions to prevent skin damage by wearing protective
clothing such as fire-resistant gloves, hats, leather aprons, and other fire-
resistant clothing. Sleeves and collars should be buttoned.
3.Fire Hazard
If flammable or flammable materials are near the welding area, the heat and

13
Chapter 2 General Safety
Information
sparks generated during welding can cause a re or explosion. Laser welding is
only possible if the area is free of combustible materials. Never weld containers
containing ammable or combustible materials. If the contents of the containers
are unknown, they should be assumed to be flammable or combustible. Fire
extinguishers should be located nearby, easily accessible, and have personnel
trained in their use.
4.Smoke Hazard
Welding "fume" can consist of very ne particles and gases. Welding fumes and
gases come from a combination of welding materials or any ller materials used,
shielding gases used, paints, coatings, chemical reactions, and air pollutants.
Welding fumes can adversely affect the lungs, heart, kidneys and central
nervous system.
(1) When welding, keep the head away from the smoke. Always weld in a well
ventilated area for safe breathing air.
(2) Use a fume extraction system to remove vapors, particulates and hazardous
debris from the welding process area.
(3) Respirator may also be required in conned spaces and other situations.
(4) Routine air monitoring should be performed to determine the level of noxious
fumes in the welding area.
5.Cylinder Safety
The gas cylinder may explode if damaged or placed near the welding area.
Shielding gas cylinders should be placed where they will not be bumped or
damaged. Keep them away from heat, sparks or flames. Cylinders must be
stored upright and secured to a xed stand. A working regulator for the required
gas and pressure is required. All hoses and ttings should also be suitable for
the application and in good working order.

14
Chapter 2 General Safety Information
5-Reference Standard
Electromagnetic compatibility immunity:
EN 61000-6-4:2007+A1:2011
EN 61000-6-2:2005 + AC: 2005
EN 61000-3-2:2014
EN 61000-3-3:2013
Power supply safety:
EN 61010-1:2010
EN60950-1:2006+A11:2009+A1:2010+A12:2011+A2:2013
Laser Safety:
EN 60825-1:2014
CDRH 21 CFR 1040.10
Functional Safety:
EN 60950-1:2006+A11:2009+A1:2010+A12:2011+A2:2013
Please Note:
◎According to EU and national standards and requirements, lasers must
be classified according to their output power and laser wavelength. All laser
products of the high power MFSC series are Class 4 products (according to EN
60825-1, chapter 8)

15
Chapter 2 General Safety
Information
6-General Safety Instructions
1.Reflection Of Mirror
The location of the hand-held laser welder's output port may generate
a secondary laser beam that radiates outward at multiple angles. This
phenomenon that the main beam of the handheld laser welding machine
produces a divergent beam after being reflected on a plane is called specular
reflection. Although the energy of the secondary laser beam is much less than
that of the primary laser beam, this intensity can also cause damage to, for
example, human eyes, skin, or some material surfaces.
WARNING :
◎Since the laser radiation is invisible, you must exercise extreme care to avoid
or reduce specular reflections.
2.Accessories Safety Instructions
The photosensitive elements integrated in the optical accessories related to the
hand-held laser welding machine may be damaged due to laser exposure, and
related device protection should be paid attention to.
WARNING :
◎The output laser intensity of Maxphotonics handheld laser welding machine
is enough to weld metal, burn skin, clothing and paint, and ignite volatile
substances such as alcohol, gasoline, ether, etc. Therefore, during operation
and use, be sure to isolate the flammable items around the handheld laser
welding machine.
3.Optical Handling Precautions
Maxphotonics strongly recommends that you read the following operating
points before operating the handheld laser welding machine:
(1) Do not look directly at the light-emitting hole of the handheld laser welding
machine;

16
Chapter 2 General Safety Information
(2) Avoid placing the hand-held laser welding machine and related optical output
devices on the same level as the eyes;
(3) Reasonable selection of safety protective equipment according to the output
power and wavelength requirements of the handheld laser welding machine to
ensure the safety of operators;
(4) A warning sign should be pasted in the area where the handheld laser
welding machine is placed to limit the safe area for operating the handheld laser
welding machine;
(5) Do not use the handheld laser welding machine in a dark environment;
(6) It is strictly forbidden to turn on the hand-held laser welding machine without
installing the optical coupling ber or optical output connector;
(7) Please ensure that the protective lens, copper nozzle and wire feeding
structure are installed and cleaned when the handheld laser welding machine is
turned off and the power supply is disconnected;
(8) When debugging, calibrating and focusing, please do it without the laser, and
turn on the laser after the debugging is completed;
(9) Please operate the equipment strictly in accordance with the instructions
in this document, otherwise the protection device and performance of the
equipment will be impaired, and Maxphotonics will not guarantee this.
NOTICE:
◎The optical output of the hand-held laser welding machine will be sent
out after receiving the lens with anti-reflection coating. Dust and any other
debris present. Any visible attachments will cause serious damage to the lens,
resulting in burning the handheld laser welding machine or any subsequent
optical path equipment.
◎Please refer to the "Optical Fiber Connector Inspection and Cleaning Guide"

17
Chapter 2 General Safety
Information
to follow the lens cleaning inspection process.
◎Please be careful with the hot phenomenon or molten metal particles that
may be generated during the cleaning operation of the hand-held laser welding
machine.
◎When debugging and calibrating the output of the hand-held laser welding
machine, it is necessary to set the hand-held laser welding machine to detect
the spot quality of the laser output through the indicating red light under the
condition of no laser light, and then turn on the laser if there is no abnormality.
WARNING :
◎Reasonable selection of safety protection equipment according to the laser
output power and wavelength requirements.
◎Do not look directly at the tip of the gun, and ensure that safety glasses are
always worn during each operation.
4.Electrical Operating Instructions
Maxphotonics strongly recommends that you read the following operating
points before operating the handheld laser welding machine:
(1) Please ensure that the equipment shell is well grounded, any interruption in
the grounding loop may cause personal injury;
(2) Please make sure that the power supply connected to the device is
connected to the protective ground before use;
(3) In order to reduce the risk of re, when necessary, the replacement of line
fuses can only be of the same type and level, and cannot be replaced by other
fuses or materials;
(4) Make sure that the input AC voltage of the handheld laser welding machine is
the normal AC mains voltage (single-phase voltage 200-240VAC), and the wiring
is correct. Any wrong wiring method may cause personal or equipment injury;
(5) Except for the gun head consumables, the user does not need to repair

18
Chapter 2 General Safety Information
the parts, components or components by themselves, and all maintenance
operations need to be completed by professionals from Maxphotonics;
(6) It is strictly forbidden to disassemble and assemble the hand-held laser
welding machine without authorization, and damage the relevant labels,
otherwise there will be a danger of electric shock or burns;
(7) There should be no ammable materials near the welding area. The heat and
sparks generated during the welding process may cause re or explosion. Laser
welding can only be performed in areas free of combustible materials.
(8) Never weld on containers containing ammable or combustible materials. If
the contents of a container are unknown, you should assume they are ammable
or combustible. Fire extinguishers should be nearby, easily accessible, and
personnel trained to use them.
(9) Any product that has been disassembled without permission no longer enjoys
the warranty rights.
WARNING :
◎The input voltage of the hand-held laser welding machine is single-phase
alternating current (200-240VAC), and there is a danger of electric shock. All
associated cables and connections are potentially hazardous.
5.Operating Environment Requirements for Handheld Laser Welding
Machines
This equipment is commonly used in: (1) below 2000 meters above sea level, (2)
overvoltage category II, (3) environmental pollution degree 2, (4) dry location.
For more information, please refer to the product specications.
Humidity: Do not expose the device to high humidity (>85% humidity)
Cooling and temperature: The laser unit is cooled by air. Operating at higher
temperatures accelerates aging, increases threshold current and reduces slope
efciency. If the device overheats, do not use it and call Maxphotonics for help.

19
Chapter 2 General Safety
Information
When the temperature of the laser is too high, the device will trigger an alarm
and stop emitting light.
To ensure a safe laser work area, the interaction between the laser and the work
surface, which can create additional safety hazards due to the high temperatures
that generate gases, sparks and debris. The corresponding operators need to
go through certain assessment and training, and be familiar with and master the
general safety regulations of laser operation.
Maxphotonics recommends that you take the following measures to
prolong the service life of the handheld laser welding machine:
(1) Please ensure that the working area is properly ventilated and place the
hand-held laser welding machine in a dry, cool and clean environment. Do not
expose the hand-held laser welding machine to high temperature, high humidity,
and water hazards.
(2) During the operation of the hand-held laser welding machine, ensure that
there is no foreign matter blocking the air suction port at the bottom of the laser,
and ensure that there is no debris within 1 meter that affects the smooth air
intake; ensure that the top air outlet is 1M high.
(3) It is necessary to ensure that no debris (including liquid) on the top enters
the laser, otherwise it will damage the laser and cause personal injury;
(4) Running the equipment at high temperature will accelerate aging, increase
the current threshold, and reduce the sensitivity and conversion efciency of the
handheld laser welding machine. If the device overheats, please stop using it
and seek help from Maxphotonics.
NOTICE :
◎ Please operate the equipment carefully to avoid accidental damage to the
equipment.

20
Chapter 2 General Safety Information
◎ The filter at the bottom of the laser needs to remove dust and dirt from the
air inlet from time to time.
7-More Safety Information
If you need more laser safety information, please refer to:
Laser Institute of America (LIA)
13501 Ingenuity Drive, Suite 128
Orlando, Florida 32826
Phone: [phone], Fax: [phone]
Toll Free: 1 800 34 LASER
American National Standards Institute
ANSI Z136.1, American National Standard for the Safe Use of Lasers
(Available through LIA)
International Electro-technical Commission
IEC 60825-1, Edition 1.2
Center for Devices and Radiological Health
21 CFR 1040.10 - Performance Standards for Light-Emitting Products
US Department of Labor - OSHA
Publication 8-1.7 - Guidelines for Laser Safety and Hazard Assessment.
Laser Safety Equipment
Laurin Publishing
Laser safety equipment and Buyer’s Guides