Higher End All in one Handheld cum Desktop Laser Marking Machine with Both option to use as portable for High Size Part and can flexibly move from one to other location on shopfloor. Direct Interface with Scanner inbuilt, inbuilt software to compare scanned as well marked data and alarm generation on comparision. Option Rotary interfacing available. 

Inbuilt data logging to trace part marking, error if any, operator login and usage of machine etc. 

Can be used to integrate with PLC for IO interfacing as well data transfer through TCP / IP Protocol 

Inbuilt computer no need to add from outside , Protect from software crash or virus damage.

Inbuilt power protection 

Inbuilt cooling fan air cooling 

Long Length fibre cable to operate as HandHeld device 

Compact and easy to operate with less area required for operation. 

The whole machine is small in size, with good output beam quality and high reliability. It can carve metal materials and some non-metal materials, fiber laser adopts integrated whole structure, no optical pollution, power coupling and loss, air cooling, high efficiency, long life and less maintenance.

Laser marking works by using a focused beam of light to mark the surface of a material. When the beam interacts with the material's surface, it alters the material's properties and appearance.

Marking head is mounted on rodless pneumatic cylinders for up down & horizontal motion. When marking command is given gear is marked first, then the marking

A laser marking machine which can identify component and select the program automatically without the need of an operator to select component manually. Before marking trigger, the wheel is tightened on the crankshaft, that tightening torque is also needed to be saved in customized software.

Laser marking works by using a focused beam of light to mark the surface of a material. When the beam interacts with the material's surface, it alters the material's properties and appearance.

This concentrated beam targets only a specified area, allowing the laser marking machine to create precise, high quality, high-contrast marks that are easy to read or scan on virtually any surface. This feature makes laser marking ideal for applications where accuracy and permanency are critical to success.

PORTABLE HANDHELD MINI LASER MARKING MACHINE WITH USER FRIENDLY SOFTWARE AND BATTERY. ABSOLUTE FLEXIBLE TO CARRY ANYWHERE

A fiber laser, on the other hand, operates at 1070NM, delivering significantly higher power to mark harder materials, such as metal. Compared to other non-permanent marking processes such as printing or labeling, laser marking uses no consumables and requires less maintenance.

Handheld laser marking machines have excellent applications in industrial marking and engraving. Moreover, compared to traditional desktop marking machines, they also feature automatic focusing, automatic recognition, a wide pulse width range, high peak power, high frequency, and excellent beam quality.

A laser cutter is a machine that uses a high-energy focused laser beam to cut into various plate or sheet materials to create 2-dimensional parts for both hobbyist and industrial applications. Typical materials include wood, steel, and some plastics.

20W portable laser marking machine is equipped with a high-precision 2D scanning head. With laser etching completed within 20s, it achieves fast marking. Ideal for marking flat metal and non-metal surfaces, handheld laser marker is an excellent solution for permanent, high-contrast and detailed markings.

Laser marking machines are commonly used in industries for product identification, traceability, branding. Lasers are capable of marking superior codes with alphanumeric numeric data , 1D and 2D barcodes, logos, diagrams and more.

Moreover, the handheld laser marking machine utilizes advanced laser technology for creating precise markings on varied surfaces. The device emits a focused laser beam that easily interacts with the material surface, causing it to undergo a robust mechanism called ablation or discoloration.

Lasers use a beam of light to engrave or etch information directly on the surface of a variety of materials. When the beam exits the laser system it passes through an f-theta lens which focuses the light to a small point suitable for marking.

In simplest terms, laser marking is a permanent process that uses a beam of concentrated light to create a lasting mark on a surface. Typically performed with a fiber, pulsed, continuous wave, green, or UV laser machine, laser marking encompasses a wide variety of applications.

Handheld laser marking machines have excellent applications in industrial marking and engraving. Moreover, compared to traditional desktop marking machines, they also feature automatic focusing, automatic recognition, a wide pulse width range, high peak power, high frequency, and excellent beam quality.

It can easily meet most common laser marking applications. The MZF-C series products use a 1064nm wavelength fiber laser, which is suitable for various metal materials such as iron, copper, aluminum, gold, silver, and some non-metal materials such as PC, ABS, PVC, and PC+ABS

Laser marking can mark a variety of materials such as steel, aluminum, stainless steel, polymers, and rubber. It is often used to identify parts and products with 2D barcodes (data matrix codes or QR codes), alphanumerical serial numbers, VIN numbers, and logos.

Handheld laser marking machines have excellent applications in industrial marking and engraving. Moreover, compared to traditional desktop marking machines, they also feature automatic focusing, automatic recognition, a wide pulse width range, high peak power, high frequency, and excellent beam quality.

A flying laser marker consists a laser marker (laser + marking head & software), automatic feeder (conveyor) and relevant support. It integrates laser technology, accurate mechanism, electronic technology and computing science.

A CO2 laser is also a good option that can be used to engrave on stainless steel. These lasers are more powerful than diode lasers but still lesser than fiber lasers. However, they can engrave steel with perfection. CO2 lasers have a much higher wavelength than other types of lasers we have discussed.

The laser marking machine has wide applications and is primarily employed for marking logo, words, brand, date, series number, batch number, sign, drawing, photo, QR code, etc. on the surface of metal & non-metal material. The range of metals include stainless steel, alloy, metal plate, aluminum, silver, gold, etc.

These systems automate the process of picking up your tags and placing them in the marking field. After the mark is complete, the system pushes the marked nameplate out of the marking field, then picks up the next nameplate to be marked.

Dot peen marking is a fast, accurate, and reliable method of marking metals. This method can print logos, texts, and 2D codes in a wide class of materials of any size or orientation. Dot peen marking machines are low maintenance; marking heads and pins have a long service life.

The online pipe laser marking machine for HDPE pipes is a specialized industrial tool designed for marking High-Density Polyethylene (HDPE) pipes during the manufacturing or processing process. This machine utilizes laser technology to create permanent markings on the surface of the HDPE pipes.

The online pipe laser marking machine for HDPE pipes is a specialized industrial tool designed for marking High-Density Polyethylene (HDPE) pipes during the manufacturing or processing process. This machine utilizes laser technology to create permanent markings on the surface of the HDPE pipes.

The laser marking machine has wide applications and is primarily employed for marking logo, words, brand, date, series number, batch number, sign, drawing, photo, QR code, etc. on the surface of metal & non-metal material. The range of metals include stainless steel, alloy, metal plate, aluminum, silver, gold, etc

CO2 Laser Marking Machine uses advanced closed continuous CO2 (carbon dioxide) gas in a sealed tube as a laser source to mark on organic materials like wood, glass, acrylic etc . This laser system is widely accepted for product identification, serial marking, date stamping etc.

Laser marking is a reliable and cost-effective technique often used to mark plastic parts. By precisely laser etching plastic surfaces, this equipment produces permanent, high-quality marks. These markings also cause minimal distortion and are resistant to chemicals, abrasion, and extreme temperatures.

Ultraviolet (UV) laser markers irradiate glass surfaces using a high-energy beam, which marks the material through vaporization. These glass laser engraving machines use highly absorptive wavelengths to reduce heat stress, enabling them to mark materials with excellent contrast and minimal heat damage.

A marking machine is an industrial tool used in the creation of text, graphics, labels, logos, and codes on products. Each type of marking machine has a different mechanism for making marks. Some of these mechanisms are stamping, engraving, ink, and etching.

In simplest terms, laser marking is a permanent process that uses a beam of concentrated light to create a lasting mark on a surface. Typically performed with a fiber, pulsed, continuous wave, green, or UV laser machine, laser marking encompasses a wide variety of applications.

In simplest terms, laser marking is a permanent process that uses a beam of concentrated light to create a lasting mark on a surface. Typically performed with a fiber, pulsed, continuous wave, green, or UV laser machine, laser marking encompasses a wide variety of applications.

A Flex PCB or FPCB is a patterned arrangement of printed circuitry and components that utilizes flexible b

In simplest terms, laser marking is a permanent process that uses a beam of concentrated light to create a lasting mark on a surface. Typically performed with a fiber, pulsed, continuous wave, green, or UV laser machine, laser marking encompasses a wide variety of applications.

High speed marking can be done on Drip Pipes with the help of synchronization with the line speed of extrude with the motors. The marking does not penetrate in to the actual pipe wall, thus no wall thickness reduction. Considerable cost savings in maintenance are achieved compared to ink jet printing solutions.