laser cutting machine

Why Manufacturers Require a Quality Laser Cutting Machine

The demand from customers and stakeholders on manufacturing operators never waivers in the current market.

When a product is faulty, damaged or below industry standard, consumers can always move their business to another entity, whether that is locally, interstate or overseas.

This expectation spans the entire commercial spectrum, from repetitive processing to process manufacturing, job shop processing and discrete processing.

That is one of the key reasons why more brands are investing in a quality laser cutting machine, offering the best products that deliver the best results for constituents all across the globe.

Here we will outline the major selling points for these goods.

 

Ultimate Precision

The application of a quality laser cutting machine offers superior placement and positioning, even before the actual cutting begins in earnest. Yet when a cut needs to be made, it will be crafted within 0.0005 inches of the designated diameter. It is perfect for those outlets who have to work across complex and small intricate spaces, leaving minimal room for human error. With the aid of expert computer programming, much of the human error sourced with manual cutting processes is now a thing of the past. It is the perfect tool for those who need to manipulate sheets, tubes, boxes and plates.

 

Extensive Lifespan

There is no manufacturing enterprise that wants to invest in repairs and replacements for a laser cutting machine if they can avoid it. From textiles to electronics, fabricated metals, 3D printing services, apparel designers, machinery developers and beyond, each business needs to ensure they have a valuable asset that will be conditioned for long-term performance. There is no direct contact between the user and the product, ensuring that there is no wear and tear that will require repairs. This makes the investment an attractive proposition.

 

Energy Efficiency

The old school application of a plasma cutter could be beneficial for automotive workers and fabrication outlets, but there would be downsides when it came to the energy efficiency metric. A quality laser cutting machine in 2019 can be contained to approximately 10 kilowatts of power in some instances for smaller projects, but it can be upgraded and increased to 50 kilowatts and beyond for other projects. There is always a balance to be struck between the amount of energy applied to the design and the speed of the production turnaround, but this is a balance that is completely dictated by the enterprise.

 

Different Materials In Play

Manufacturers might specialise in one type of niche when it comes to their use of a laser cutting machine. In many circumstances it is perfectly acceptable to customise the design and the automation to fit those requirements. Yet the modern brands will expand their repertoire to ensure that the goods can be applied to all manner of materials. This will range from metals to ceramics, plastics to glass, wood to rubber and copper to steel. That is a major selling point for operators in the automotive or fabrication industries, needing to switch between different materials over the span of any single project.

 

Protecting Worker Safety

No human intervention is necessary when it comes to the use of a quality laser cutting machine, protecting the safety of all workers and participants in the professional environment. Manufacturing enterprises are always cautious and nervous about workplace health and safety regulations, potentially facing damaging consequences for accidents that cause injury, illness or death on site. Fortunately there is no direct contact between the user and machine in these settings, mitigating against any exposure to the beam itself.

 

Summary

With expert precision, project flexibility, safety assurances guaranteed and enough energy to power through any material, the acquisition of a quality laser cutting machine becomes apparent for all manufacturers in 2019.