User blogs

Laser Engraving Machine

Exactitude Consultancy, the market research and consulting wing of Ameliorate Digital Consultancy Private Limited has completed and published the final copy of the detailed research report on the Laser Engraving Machine Market.Get more news about laser engraving machine,you can vist our website!

From 2022 to 2029, the Laser Engraving Machine Market is anticipated to expand at a CAGR of 4.61%. By 2029, it is anticipated to exceed USD 3.6 billion.

On a variety of surface types, laser engraving machines are used to engrave or create permanent markings. Numerous industries are promoting the usage of laser marking machines because they are faster and more dependable than other marking techniques, such dot peen marking machines. The demand for laser marking equipment internationally has also been influenced by Industry 4.0. The primary factor fuelling the Laser Engraving Machine Market expansion is the rising need for automation, high speed, and accuracy from a range of sectors, including the food and beverage, automotive, and packaging industries.
The following are some of the ways that laser engraving machines are primarily utilised by a variety of industries: CO2 lasers are used to engrave alphanumeric codes such part labels, part numbers, batch numbers, and branding. Bar code labelling and marking are done using Nd:YAG lasers. Micro material engraving on semiconductors, electrical chips, motherboards, etc. is done with the help of diode engraving lasers. Additionally, a laser engraving machine allows for permanent product customization. One of the appropriate solutions for industrial sectors like machine tools and automobiles for product identification and security includes its brand name, logo, batch number, among others.

In 2020, Asia Pacific held the greatest market share of more than 40%, and it is anticipated that it would continue to rule the market throughout the anticipated time. Due to the growing use of laser marking equipment in the region's manufacturing industries, China and India have made the biggest contributions to the growth of the regional Laser Engraving Machine market. The adoption of contemporary production techniques in the Chinese machine tool industry as well as the developing aerospace and military industries in the area are driving Laser Engraving Machine market expansion. Additional factors contributing to its sustained dominance include a rise in foreign investment and the move of many companies' production facilities to nations like China and India. For example, the Make in India and Belt and Road Initiative (BRI) projects are attracting funding for infrastructure development.

The Laser Engraving Machine market demand is predicted to be driven by the rising requirement for distinctive device identification and deep engraving during the manufacturing process for the purposes of traceability, internal control, production flow management, and product quality validation. These marks, especially those created using fibre laser equipment, take less time to complete and do not fade even after repeated exposure to heat and strong chemicals. As a result, it is projected that rising demand for these machines in the defence and electronics sectors would support market expansion throughout the forecast period.

Global Laser Engraving Machine market demand is also anticipated to be boosted by the growing number of strict government rules and recommendations for labelling surgical and medical equipment to increase their traceability. On the other hand, there has been a noticeable increase in demand for leather goods that may be customised with monogrammed initials or names, such as leather jewellery, purses, and handbags. Therefore, it is anticipated that throughout the projection period, demand from these industries would fuel the expansion of engraving technologies such laser marking systems. However, the high cost of laser engraving equipment discourages their use in small and medium-sized businesses, which may be impeding the market's expansion.

What is CNC Knife Cutting Machine?

1.1 Definition
The combination of oscillating knife, tangential knife, drag knife and router bits make CNC knife cutting machine. This robust cutting tool is designed with greater versatility and used for high-precision cutting of heavier flexible and semi-rigid materials.Get more news about Knife Cutting Machine,you can vist our website!

This high precision CNC machine is equipped with a variety of knife tools and blades. The blade of this cutting tool moves on the surface of the material as per the configured tool path. You can either move only the knife or both the knife and the material for cutting the material.

From garment to knitting, packaging, graphics, leather, and textile industry, large manufacturing firms are using CNC knife cutting machines to process all types of material involved with the tasks like cutting, routing, creasing, scoring, plotting, punching, etc.

Also known as vinyl cutter or sign cutting machine, the distinguishing characteristics of the machine is that it can cut the material by pressing the tool into the material.

Unlike other tools such as spinning tools, laser heat, or water jets, CNC knife cutting machine transfers no heat while cutting the material. As a result, the knives and blades of the machine remain clean, simple and save in different environments.
1.2 Different Kind of Knife Tools and their Functioning?
CNC knife cutting machine also known as digital cutting machine helps in processing a wide range of materials that have more than one cutting head.

With multiple cutting heads, you can ensure that the machine is configured to meet your unique business needs.

When combined with different cutting technologies, the machine provides versatility by offering a routing spindle and two knives that can either be tangential, oscillating drag, vinyl or a combination of them.

1.2.1 Drag Knife: This type of knife is used for cutting different materials at the speed and precision of a CNC router. Drag knife cuts a wide range of materials up to a depth of 1/4 inch. The tip of the blade is slightly offset from the center of the collet so that the knife can rotate as per the moving direction the CNC machine.

From a box cutter blade in a holder to hardened alloy made the blade, this knife is custom-made. Drag knives can be easily fitted as well as replaced but the only trouble that you might face is with abrasive materials. More the material is thicker; the blade may produce increased friction pushing the material out of its place.
1.2.2 Tangential Knife: Apart from the drag knife tool, this type of knife is controlled by a motor. The tangential knife is more robust in nature and process thicker, heavier, and hard materials very smoothly.
It is used for processing both thick and tough materials. Multiple blade options of this knife help in cutting a wide range of harder and heavier materials. It allows the machine to accurately cut square corners and maintain part accuracy.
The tangential knife system has a range of optional and interchangeable blade holders which allows it to cut rubber, composites, duct liner and a mixture of soft and semi-rigid materials.

1.2.3 Oscillating Knife: This type of knife options is considered as one of the most important for businesses that help in processing flexible materials like packaging foam, foam core, gator foam, corrugated plastic, and cardboard.

The oscillating knife slices the material with ease giving clean and fine cut edges with almost 0 percent chance of abrasion.
Oscillating knife system ensures to deliver accurate and even cuts on thicker materials without making excessive cuts. The oscillating knife is versatile in nature and has the ability to cut a wide range of materials maintaining small detail and curves.

1.2.4 Creasing Wheel: Often known as Rotary Blade, it is used for cutting hard to abrasive materials. Hardness is one such benefit of this type of tool.

Fabricated using modern manufacturing technology, superior components and skilled craftsmen, the high torque motor and low-profile baseplate design offers an optimal solution for cutting both intricate and simple patterns in stacked material plies. Designed for customization, the straight knife machine features numerous configurations in blades, edges and stroke. The versatility of the power, size, stroke and speed configurations of this product line sets the Eastman straight knife machine apart from its competitors, and has successfully done so for over a century.Get more news about Knife Cutting Machine,you can vist our website!

Engineered with a low profile, polished and streamlined baseplate designed to reduce friction and distortion of material, regardless of the number of plies
Constructed of superior quality materials to ensure durability and longevity
Motor is designed and manufactured to efficiently disperse heat away from the operator
Designed to cut out patterns, as well as straight lines in multiple thicknesses of material
Motor housing incorporates a single-reservoir oiling system which eliminates the need to oil during a work shift
One-touch automatic sharpener to keep the blade razor sharp
Machines are available in eight different heights (5 in. - 13 in. / 12.7 cm - 33 cm), designed for different cutting applications; the lower the machine, the easier it is to maneuver