Top Marking Machines You Can Use for Your Agriculture and Heavy Machinery Components

heavy machinery marking

There are many marking systems that can deliver accurate and permanent marking on any product. However, quality markings depend on the operator experience and, more importantly, the component you want to mark.

For agriculture and heavy machinery components, we have to know how to mark components with huge sizes, dimensions, and complexity. Therefore, portable marking machines are the most suitable machines. Below are two portable marking machines from the most common marking system that you can use.

Hand-Held Electric Dot Peen Marking Machine

HS-PE01/ HS-PE02

Hand-Held Electric Portable Dot Peen Marking Machine HS-PE Series

Handheld engraving and marking machine is mainly used for medium and large machinery parts marking, some models can be deep marking, you can paint or do other surface treatment after marking, then the mark will still be visible.

  • Handle Part Weight – Start from 3.5kg
  • Marking area – 140mm x 60mm (HS-PE01) & 90mm x 30mm (HS-PE02)
  • Marking speed – 30-40mm/s
  • Power supply: AC 100V-240V

Portable Fiber Laser Marker

HS-PFL20S / 30S

portable laser engraving machine – the ultimate guide

The Portable Fiber Laser Marker HS-PFL20S / 30S has a low weight making it very portable. Nevertheless, it is industrially capable of marking agriculture and heavy machinery components with ease. It operates under the laser marking system and can mark components made from any hard material

  • Handheld part weight: 3.3 kg
  • Output power: 20w / 30w (JPT Laser)
  • Touch screen: 7 inches (integrated software)
  • Marking area: 100mm x 100mm
  • Whole machine weight: 19 kg
  • Power source request: 220V or 110V

Agricultural and other heavy machinery are known for one thing … theirs and their component size. The size of these machines and their components play a huge role in the activities regarding their use and, more importantly, in obtaining newer parts. There it is not surprising that these machinery components need marking for proper identification and traceability.

There are many marking systems you can use. However, using any boils down to the type of material used in making the machine components, the size, and other factors, which we will introduce below. To make choosing a marking system easy, this article will introduce the marking systems you can use for agriculture and heavy machinery components. It will also talk about the factors that are important in choosing the marking system. Pumped up? Continue scrolling down.

Marking Systems Compatible with Most Agricultural and Heavy Machinery Component

There are many marking systems suitable for agricultural heavy machinery components by just looking at them. However, under proper scrutiny, most are not that suitable. They may be production inefficient, complex, or not compatible with the materials used to make the component.

In order to give you the best experience, we will introduce the most effective and easy-to-use methods. We believe you are looking for something easy and effective. Therefore, the methods highlighted will be easy to use, and they deliver quality marking. Below is an introduction to three marking system, their advantages, and when you should consider them.

Laser Marking System

laser marking system

The laser marking system is the most used and popular marking system in the world. This is because of its massive compatibility and its use in the industrial space. As a result of its advantages, we can say that the laser marking system is arguably the best system for marking agricultural and heavy machines components. There are many methods included in the laser marking system. Popular ones include laser engraving, laser annealing, laser ablation, and laser etching.

Agricultural and Heavy Machinery Components Compatible with Laser Marking System

The laser marking system has wide compatibility with many materials. However, that does not mean it is suitable for all components. Below are a few components that are compatible with the laser marking system.

· Metallic Components

Many metallic components of machines are compatible with laser marking systems. For example, metallic structural components such as fasteners, bearings, axles can be easily marked with laser marking machines. Your chosen laser marking method would, however, depend on the visibility that you need or the laser marking machine available.

· Plastic Components

Laser marking machines are also suitable for selected plastic materials. However, plastic being a polymer (and it also contains additives) is a major constraint. This difference makes plastic behave in different ways when subjected to marking by laser marking machines

Due to the issue with plastic components, you can use different types of laser marking machines for this purpose. We will talk about the four common laser marking machines you could use below.

· Glass Components

Although glass components in agriculture and heavy machine are not common, a laser marking system is also an ideal method for marking glass components of agriculture and industrial machinery.

Types of Laser Marking Machine Suitable for Marking Agriculture or Heavy Machinery Components

Below are the four common types of laser marking machines you can use for your project.

· Fiber Laser Marking Machine

This is the most popular laser marking machine you can use for your components. It is reliable and cost-effective and can produce quality markings. A fiber laser marking machine is the right choice when you want a high contrast marking with little disruption in the surface of the component. It is a suitable machine for metals and plastics alike. However, most people use it for metals.

· UV Laser Marking Machine

This laser marking machine is more suitable for marking materials that are heat sensitive. Therefore, it is a common machine used for plastic components of heavy machines such as HDPE, polycarbonate, and polyethylene. Nevertheless, they are also suitable for marking metals and glasses.

· Green Laser Marking Machine

This is the best laser marking machine for heat-sensitive materials such as plastic. It operates at 532nm, which has a higher absorption rate. This means that it has a lower tendency to burn plastic or other heat-sensitive materials

· CO2 Laser Marking Machine

CO2 laser marking machine is a reliable and cost-effective machine that delivers high-quality markings and is suitable for marking nonmetallic materials. It has a low risk when you compare it with other laser marking machines and even marking systems.


The four types of laser marking machines are in different sizes. However, because of the sizes of agriculture and heavy machinery components, it is better to go with the portable types.

Advantages of Laser Marking Methods

Laser marking methods are suitable for agricultural and heavy machinery based on the following advantages.

· Accurate and Readable Markings

This is one of the reasons why many manufacturers opt-in for laser marking systems for their agricultural machine components. Laser marking machines are accurate and precise. They also produce highly readable markings without the need for contrast.

· Wide Material Compatibility

Laser marking has a wide list of compatible materials. Therefore, you do not have to worry about changing to another marking system to mark a particular component. No matter the hard materials your components are made from, most laser marking machines can mark them.

· Mechanical Stress

Unlike other methods, the laser marking system is non-contact. Therefore, you do not have to worry about mechanical stress when dealing with the component.

Dot Peen Marking System

dot peen marking zinc

Dot peen marking system is another marking system suitable for a selected type of heaving machinery component. It involves the use of a dot peen machine that has a pin/stylus electrically or pneumatically controlled to create an indentation on a product. The pin moves on a specific guide rail in the X and Y axis, producing accurate, permanent, and highly readable markings. Dot peen marking system is suitable for large-scale and small-scale work industrial.

Three Dot Peen Machines Suitable for Marking Agriculture or Heavy Machinery Components

There are three major types of dot peen machines you can use for agricultural and heavy machine components. However, each one is suitable for only a secluded type of components based on size, shapes, dimension, and complexity. Below are the two general types of dot peen marking machines suitable for agriculture or heavy machinery components

· Benchtop Dot Peen Machines

Dot Peen Marker

Benchtop dot peen machines are not really popular for most heavy machine components since most components have a huge size and dimension and a monstrous complexity. However, when you have a flat component of small or medium size made from metal or plastic, benchtop dot peen machines are the most suitable marking machines.

· Portable Dot Peen Machines

portable dot peen marking machine

Portable dot peen marking machines are not that different in terms of function. They are highly industrially motivated. However, unlike the benchtop machines, they are more portable. As a result of their portability, they are easy to handle and are suitable for marking any agriculture or heavy machine components irrespective of their size and complexity. When choosing a portable dot peen marking machine, do well to note the power, the marking properties, weight, and other factors.

Advantage of Using Dot Peen Marking System

Dot peening and laser marking might seem opposite of each other. However, they are not as each one has its unique properties. If the laser marking process does not look suitable for your components, below are a few advantages of using a dot peen marking system.

· There is no Thermal Stress

Dot peening machines do not generate heat or make use of any heat. Therefore, the components will not be subjected to thermal stress. Also, the absence of thermal stress ensures that the quality, properties, and values of the product are retained.

· Highly Readable and Permanent Markings

Dot peen marking machines also produces highly readable markings like laser marking machines. They are also popular because of the marking depth they deliver.

Inkjet Marking System

Portable Handheld Inkjet Printer

For agricultural and heavy machinery components, an inkjet marking system would be the least common method. This is because of the different materials used in making many agriculture or heavy machinery components, which require different inks and also incur a higher cost. Also, inkjet marking is not a permanent marking method. Nevertheless, for efficient marking, it is an option.

Inkjet marking involves using ink traveling at high speed via an inkjet printer to mark a product. It is a simple and effective marking method suitable for a wide range of materials. It also produces highly readable markings

Advantages of Using Inkjet Marking System

Of the three marking systems discussed, inkjet marking has the lowest use based on their non-permanent markings. This makes them unsuitable for major heavy machinery components with a high tendency of being used outside. However, for components that have a lower tendency for being used outside, inkjet has the following advantages.

· Accurate and Readable Markings

Inkjet printers produce markings that are highly readable without the need for contrast. Of the three marking systems talked about, it produces the highest in terms of readability.

· Material Compatibility

Inkjet marking system has wide material compatibility. It is suitable for working with agricultural components made from metals, plastics, and glass. However, do remember that it is not compatible with all materials, and it is non-permanent.

· No Mechanical and Thermal Stress

Unlike the three other marking systems, inkjet printing does not subject the component to mechanical and thermal stress. However, there can be chemical reactions based on the ink moiety. Consequently, it is important to check for compatibility.

How to Choose the Right Marking System for Agriculture and Heavy Machinery Components

You already know the three best marking systems that can deliver quality marking for any agriculture and machinery component. However, it is not ideal to use the three on a single component. Therefore, it is important that you know how to choose the right marking system. Below are all the factors you should consider when before you commence marking any Heavy Machinery Components

· Portable and Standard Machine

When choosing a marking system, ensures that the marking system has a portable marking machine. A portable marking machine with industrial capabilities is the best option.

Portable marking machines are easy to manoeuvre, unlike traditional machines, and they deliver at an industrial rate. Therefore, they are more suitable for heavy machines components that have huge sizes, dimensions, and complexity.

· The Type of Material

Every marking system has its peculiarity in times of material support. The laser marking system has the widest material support, i.e., metal, plastic, glass, woods, etc. However, you should be concerned about using the method for thermally sensitive materials and those that emit gases.

Dot peen marking system also has wide support. However, it is lower than the laser marking system. Nevertheless, it is compatible with metals, hard plastics, etc.

The use of inkjet marking systems is limited in agriculture machine components. However, if you decide you need it, you will need ink for different materials, and you need other marking systems if the component comes from materials such as Teflon and silicon. You will also have to worry about permanency known with inkjet printers.

· Complexity and Dimension

The complexity and dimension of the components are also important when choosing a marking system. When choosing a marking system for agriculture and heavy machinery components, it is better to use machines that are easy to operate, weigh less, etc. This will make it easy to reach and all parts.

· Production Efficiency

Laser marking methods are the most production-efficient marking system you can use for any building product. Once the material is compatible with the laser process, the process ensures that marking is as efficient as possible. Other marking systems, as highlighted above, are also efficient, albeit less.

· Accuracy, Precision, and Readability

Accuracy and precision are other important factors to consider before choosing a marking system. A laser marking system is the most accurate method. It also produces a highly readable marking. Others follow closely.

· Environment Used

Most heavy machines used industrially in the agriculture sectors are used outdoor. Therefore, you will need a permanent marker to be able to withstand extreme environmental conditions. Laser and dot peen marking systems are the most common methods compatible with many environments.

Get Your Marking Machine at HeatSign

Agriculture and heavy machinery components have huge dimensions and sizes. Therefore, choosing a laser marking system and laser marking machine must be carefully done. This article introduced three marking systems and how you could choose the best one for agriculture and heavy machine components. Are you looking for a marking machine capable of effective, efficient, and quality markings? We at HeatSign are your best bet against the uncertainty in the market