Are you interested in buying a fiber laser marking machine for medical purposes but aren’t aware of where to find one? Or do other articles available on the internet haven’t provided you with a detailed analysis of what to look for in a medical laser marking machine when buying one? If the answer is yes to any of the above questions, then you’ve definitely come to the right place.
This article will thoroughly walk you through the uses of laser marking machines and where these gadgets can be used to make life easier as well as the different sorts available in the market.
But most importantly, this article will provide you with a fair comparison of the different laser marking medical devices available in the market and which one you should opt for. So let’s get started!
For those who don’t know, the Fiber Laser Marking Machine is widely used in industrial manufacturing applications, medical devices, school education, small & medium-sized business as well as home businesses.
In simple terms, it is a sort of a high-speed laser engraving system that uses a fiber laser beam to imprint a permanent spot on the surface area of an object which could be metallic such as platinum, stainless steel, brass, silver & gold, or non-metallic such as different types of ceramics and plastics.
Fiber laser marking is just one term given to this machine, many other terms popularly used for this machine include fiber laser engraving machine, fiber laser marking equipment, fiber laser etching, fiber laser engraver machine, and so on.
The question you might be asking yourself right now would be that why is medical laser marking or just laser marking in general so important?
In today’s world, it is extremely important for end products to pass the extremely strict industry regulations. More so, today, the consumers are super active with their complaints on social media so companies need to be on their toes to avoid missing out on any warning notifications on the materials they’re selling.
Additionally, life has become fast and with robots taking over the world one step at a time, everything is becoming computerized leaving no room for manual processes. Fiber laser marking solves all these problems being faced by manufacturers by giving out the simple solution of laser engraving. Be it metal engraving the expiry date of surgical items on them or doing a batch-making count on the production line – a fiber laser marking machine can do it all.
There has been ample research and papers published on a metal engraving in general overall in the industry but let’s dig deeper and have a look at the medical industry product’s marking ways and whether going for laser marking machines on surgical/medical equipment is a good option or not.
Laser Marking in Medical Industry
Primarily, the medical industry branches out into two different streams – the healthcare sector which is basically treating patients, and on the other hand, there’s the pharmaceutical sector which involves developing medicines for treatment purposes.
Apart from these two, health technology also plays an important role in the medical industry to detect new diseases and find their cures. With the medical industry constantly evolving and with medical tools becoming smaller and more efficient, there also comes out the need to take precautionary measures to avoid all sorts of medical hazards from happening.
Since the medical industry is directly dealing with human lives, products and even procedures used to treat patients need to be according to the medical standards and the best of quality hence opting for cheaper alternatives is just not an option.
With the rapidly evolving industry, the need for quick and reliable products has become a major need of the practitioners and other stakeholders involved. Consequently, lasers have quickly grown to become quite a popular option for stakeholders directly involved in the medical sector, and lately, fiber lasers have vastly taken over the popularity quota.
Previously – electrochemical etching, engraving, metal marking, and other similar methods were used for the same purposes in the medical industry. Even though these methods still exist, yet, due to the reliability and speedy nature of laser marking machines, the majority has shifted to it. Let’s have a look at some of these methods in detail.
Comparison Between Electrochemical Etching, Engraving and Laser Marking
Electrochemical etching refers to the process of creating a chemical reaction between the metal and an electrolyte to perform the marking task. The advantages of this process are as below:
- Easy marking
- Little machine maintenance required
- Good aesthetic marking option in an economical budget
- Unalterable marking
- Doesn’t affect the strength of the metal or any other job
Having said that, there are quite a few companies producing electrochemical etching machines. Listed below are a few of such machines, which according to our research tops the list:
Yugma Mark Electrochemical Etching Machine
Being one of the leading manufacturers and suppliers of a wide range of electrochemical etching machines, Yugma Impressions provides you with an amazing and reliable etching machine. It works like magic on a wide variety of medical items such as cutlery, taps, tools, sanitary hardware as well as surgical and medical tools.
In terms of working, these machines are reliable and extremely easy to operate. It takes hardly a few days to learn how to become an expert operator.
AM25 Semi-Automatic Marking Machine
Apart from Yugma impressions, Monode is another big name in electrochemical etching machines. After World War 2, Monode has been working on producing some high-quality marking machines. The application of these machines includes aeronautical components, surgical instruments and implants, and tools.
Their AM25 Semi-Automatic Marking Machine has diverse applications. With 1800 cycles per hour speed, this electrochemical marker provides fast and accurate marking needs. The corrosive action of this machine generates a very fine display on the instruments and markers.
Its common application includes marking on cutting tools of the medical industry. This marking on assets in the medical industry greatly helps in being compliant with FDA’s management and traceability policy.
If we talk about industrial products we can’t rule out China. SXY from Beijing manufactures is one such electrochemical etching machine that you can add to your wish list right now. They manufacture a double spraying machine that employs Ferric Chloride as an etchant solution.
It gives out a great output and it has a working area that can enable you to work on several jobs all at once. SXY is a verified seller on Alibaba, too. You can find all the related products there but this machine is surely one step ahead of the rest.
To save you the trouble, we have worked on it. You can find all the necessary details about the brand and the machine on this link.
Fiber Laser Marking
Let’s talk about the newest and the most efficient form of marking i.e. Fiber Laser Marking. Fiber laser marking differs from simple laser marking only due to one phenomenon i.e. laser formation.
In simple laser marking machines, the laser is produced outside and then sent into the system. On the other hand, in fiber laser machines, the laser is produced within the optic fibers present in the machine.
One of the best fiber laser machine makers in the industry is HeatSign which excels in laser technology. They are famous for their fiber laser machines that can mark on metallic parts as well as for non-metallic parts.
In the medical field, there aren’t only metallic parts that need identification for inventory management and data recording. Apart from metallic parts, there are several other plastic parts, too.
This all-around feature of fiber lasers certainly adds up when it comes to managing your medical assets according to UDI clauses. You can visit HeatSign’s super useful and sturdy fiber laser machines here.
MECCO is another company that makes Fiber Laser Marking machines that are suitable for marking medical and surgical equipment. MECCO’s laser marking machines offer the ability to mark consistently high-quality barcodes, logos, serial numbers, and expiry dates.
Regardless of the material being plastic or metal, MECCO’s laser marking machines give out a good quality marking output. There are various types of fiber laser marking machines offered by MECCO, which you can have a look at here.
Technifor is a big name in marking the equipment industry. With experience of nearly 30 years, Technifor’s team is indeed an expert in fabricating fiber laser marking machines. Their machines are suitable for marking a variety of medical equipment including dental implants and surgical instruments. To find out more about their machines and services, visit a website.
Engraving differs from etching in a way that doesn’t involve any chemical reactions on the surface of the material. It involves removing some material mechanically from the surface thus creating the impressions using milling machines and laser engraving machines.
Laser engravers have definitely taken over the old conventional milling machines. They are fast, more accurate, and reliable. Laser when focused on the material, heats up the surface which in turn vaporizes the material. It doesn’t involve large amounts of mechanical waste.
Let us take a look at some laser engraving machines that are available in the market.
Zetalase XL 3D Machine
Permanentmarking.com is offering a detailed article on why it is important to have a laser engraving machine for medical marking. Not only that, they make some great laser engraving machines that can help you follow the UDI policy.
The Zetalase XL 3D machine is one of the best laser engraving machines that can help engrave complex shapes. Especially, the implants and tools containing round shapes and possessing intricate geometry.
This machine is highly customizable and can be used according to your own needs. The lens adjustment in Z-axis is considerably easy thus engraving variable-sized objects is never an issue.
Also, if you are looking for some laser engraving solutions or services, FOBA can come in handy, too. FOBA offers some great consultations that can technically help you maintain your engraving system at work.
Experts’ opinions suggest that fiber laser technology is the most advanced and the most reliable marking system out there. It can meet all your specific needs and desires with efficiency and with great speed. The maintenance cost is low.
The customization feature of these machines certainly helps in working according to your needs. Moreover, since it doesn’t involve any chemical reaction as in the case of electrochemical etching, it ensures the safety of the product.
Medical instruments and implants are already very tiny and possess aesthetically pleasing surfaces. Use fiber laser to make sure the surface finish remains the same on the asset. It not only marks the tiny shapes but also makes sure the finishing of the impression is neat.
Take a thorough look at all the available options and choose the one which best suits your needs and requirements. Our personal pick would be the HeatSign’s Fiber Laser Marking Machines. Their system integration in the case of fiber laser machines is really helpful.
You can easily customize it according to your needs, too. It can not only mark some numbers or text on the part but it can also mark art along with the text. This can greatly enhance the identification techniques in the medical field.
As for other features such as speeds, laser technology, power outputs, marking area, marking depths, and compatible materials – HeatSign’s Fiber Laser Marking Machine is definitely the best one in the market. To find out more about this machine and its features, visit us now.
With FDA’s strict policy about the asset management system, the need for marking in the medical field is more than ever. To make sure you don’t miss out on your FDA compliance, try searching out for a good marking system.
A good marking system must fulfill every requirement as per medical rules and regulations. Try having a good idea about all the requirements before actually selecting a marking/engraving system.