Ever wondered what sets Tanaka Laser Machines apart? You’re about to dive deep into their technical specifications. We’ll break down key features, precision, speed, and comparisons with other brands. You’ll also learn how to maintain your machine for longevity. Get ready; it’s time you understood the power behind these high-performance machines.

Understanding the Key Features of Tanaka Laser Machines

You’re about to get a good grasp on the key features that make Tanaka laser machines stand out in the industry. Let’s break it down into two main points: laser safety measures and machine lifespan.

Tanaka places paramount importance on safety. The machines are designed with comprehensive laser safety measures. They’re equipped with advanced protective systems, including enclosed beam paths and interlocks, which prevent accidental exposure to laser radiation. Also, there’s an automatic shutdown feature during system malfunctions ensuring operational safety at all times.

Now let’s delve into the machine lifespan – another standout feature of Tanaka lasers. These devices are built to last! Unlike other brands that might require constant maintenance or replacements, Tanaka ensures their products have prolonged service life without compromising performance or quality. They achieve this through robust design and use of high endurance materials resistant to wear and tear.

Technical Aspects of Tanaka Laser Machines: A Detailed Look

Let’s dive into the detailed aspects of these advanced devices, understanding their intricacies and learning how they’re revolutionizing the industry. Tanaka Laser Machines are not only high-performance devices but also adhere to strict laser safety parameters ensuring a safe working environment.

The table below gives an overview of some key technical aspects related to laser safety and machine durability:

These features ensure that you can operate Tanaka laser machines safely for long periods, without compromising on productivity or quality. The enclosed beam path, cooling system, safety interlocks align perfectly with international standards of laser safety. On the other hand, the machine durability aspect is taken care of by its robust build and high-quality components which resist wear and tear. This makes Tanaka machines a reliable choice for your industrial needs. They’ve truly combined technology advancement with operational safety and durability like no other in this sector.

The Role of Precision and Speed in Tanaka Laser Machines

Precision and speed play a pivotal role in these machines, setting them apart from competitors. Tanaka laser machines boast precision optimization that allows you to create intricate designs with impeccable accuracy. Speed control, another integral feature, ensures rapid production without sacrificing quality.

To fully appreciate the capabilities of these machines, it’s worth considering some key points:

– Precision optimization: This feature guarantees the finest details are captured accurately every single time.
– Speed control: You’re able to adjust the machine’s operational speed depending on your needs – faster for large-scale productions or slower for intricate pieces.
– Balanced performance: Thanks to precision optimization and speed control, there’s no need to compromise on either aspect. It’s all about balance.
– Competitive advantage: These features not only assure product excellence but also give you a distinct edge over competitors who may lack such sophisticated controls.

In short, if you’re aiming for high-quality output coupled with efficiency, then Tanaka laser machines should be your go-to option. Remember – precision and speed aren’t just about getting work done quickly; they’re about ensuring flawlessness in every piece you produce.

Comparing Tanaka Laser Machines With Other Brands

When comparing these machines with other brands, it’s clear that Tanaka Laser Machines offer superior precision and speed control. The brand comparison reveals that they consistently outperform competitors in both these critical areas, ensuring the highest quality output every time.

The cost analysis further strengthens Tanaka’s position. While initial investment might be higher compared to some brands, the long-term benefits you’ll enjoy through better productivity and minimal downtime make them a cost-effective choice. They’re engineered for durability too; less money spent on repairs means more savings in the long run.

You’ll appreciate how Tanaka has integrated advanced technology into their machines. Their innovative features allow you to streamline operations, increasing efficiency without sacrificing accuracy or quality. Let’s not forget about their user-friendly interface either – it reduces learning curve so you can get up and running quickly.

Maintenance and Care Tips for Tanaka Laser Machines

Maintaining your equipment properly can extend its life and enhance its performance, so it’s important to follow some basic care tips. For Tanaka laser machines, there are specific guidelines that ensure operational safety and facilitate emergency troubleshooting.

Here are four key maintenance steps:

* Regular inspection: Inspect the machine regularly for any signs of wear or damage. This includes checking cables, connectors, and all moving parts.
* Cleanliness is critical: Keep the machine clean from dust and debris. Accumulated dirt can interfere with operation and cause issues.
* Preventive maintenance: Schedule routine service checks to prevent potential problems before they occur.
* Emergency troubleshooting readiness: Familiarize yourself with common issues and their solutions to handle emergencies efficiently.

Adhering to these tips not only prolongs the lifespan of your device but also ensures a seamless workflow by minimizing downtime due to unexpected malfunctions. Remember, a well-maintained Tanaka laser machine stands as a testament to technical proficiency – working at peak efficiency while ensuring operational safety. By mastering these care instructions, you’ll be better equipped for emergency troubleshooting when needed – keeping your operations running smoothly even during unforeseen circumstances.

Frequently Asked Questions

What Are the Safety Measures to Be Taken While Operating Tanaka Laser Machines?

You’ll need to maintain proper laser maintenance and operational efficiency. Always wear safety glasses, ensure the machine is correctly calibrated, avoid direct skin exposure, and regularly check the system’s safety interlocks for optimal protection.

Are There Any Specific Training Programs Available for Using Tanaka Laser Machines?

Yes, specific training programs are available for Tanaka laser machines. They’ll instruct you on machine maintenance, software updates, and safety protocols. It’s vital to attend these for technical proficiency and safe operation.

What Is the Average Lifespan of Tanaka Laser Machines?

Ironically, you’re asking about lifespan when Tanaka laser machines are practically immortal! With regular maintenance, their efficiency remains high. They average 7-10 years, but maintenance costs can extend this significantly. So much for “short-lived” tech!

Can Tanaka Laser Machines Be Used for Industrial Scale Production?

Absolutely, you can use Tanaka laser machines for industrial scale production. They’re known for their production efficiency and require minimal machine maintenance, making them ideal for large-scale operations.

What Are the Customer Service Options Available for Tanaka Laser Machine Users?

You’ve got multiple options for customer service with Tanaka laser machines. They offer maintenance assistance for troubleshooting and repairs, as well as warranty coverage to ensure your machine’s long-term performance and productivity.

The Difference Between A Tanaka Laser & A Plasma Laser

In its very essence, a laser cutting machine uses light to cut through materials like steel, iron, and other sheet metals. When you use a laser cutting machine, you are controlling the physics of the act of cutting itself. The light that is emitted from the laser cutting machine creates a heat source, and that intense heat is what is creating the cut. Nothing is physically contacting the material, save for a highly-concentrated beam of light.

When talking about a Tanaka Laser and a Plasma Laser, these two machines follow the format of how a laser cutting device operates. However, there are slight differences between the two that create major pros and cons when discussing these machines. At Reger Laser, we like to keep our clients well-informed about our products. In this article, we will outline the pros and cons of a plasma laser vs. a Tanaka laser.

Cutting with Light: Tanaka Laser vs. Plasma Laser

When it comes to how the cut is executed, a Tanaka laser follows the procedure illustrated above. An intense light creates a heat source that is then used to cut through thick materials. No part of the machine is physically contacting what is getting cut, save for the light it is emitting. In contrast to this, a plasma laser works a little differently. This laser cutting machine uses electrodes to create a plasma arc, and this is what creates the intense heat that is used to perform the cut. Over time, these electrodes will wear out and will need to be replaced.

Operating a plasma laser cutting machine is a little tricky. You will need to constantly monitor this device and make adjustments during its procedures, otherwise the quality of the cut will suffer. On the opposite end of the spectrum, a Tanaka laser cutting machine does not have these drawbacks. This device uses light to cut through materials, not electrodes, so there is no consumable use occurring when this machine is in action. Also, the Tanaka laser does not require the in-depth monitoring of a plasma laser, as it will not need the same type of adjustments during the cutting process as the latter.

When performing multiple cuts, which is better?

If a plasma laser does not receive the proper maintenance and adjustments between each cut, you will see a deterioration of quality over multiple cuts. This is because the electrodes that are used to create the cut will naturally wear down over time. The Tanaka laser does not have this issue. Because it is cutting with light, no parts need to get replaced or adjusted between each cut. Not only will you get the same quality of a cut every time no matter how many cuts you perform, but you are also saving time that might have been spent making adjustments and performing maintenance in the event that you were using a plasma laser. Compared to the Tanaka laser, a plasma laser requires a lot of upkeep to function at optimum capacities.

Tanaka Laser vs. Plasma Laser: The Bottom Line

Plasma laser cutting machines are very popular in the industry today because of their affordable cost. The allure of this price is solely what makes this machine preferable over a Tanaka laser, which has much higher average costs than its competitor. However, despite the nice price tag, a plasma laser has the cons of attended operation, cleaning time and costs, and regular replacement part implementation. The money and man hours that are spent on the upkeep of this laser can quickly start to dig into a business’s budget if left unchecked.

The Tanaka laser may have a high price tag, but there are so many benefits to this machine that are simply lacking in its competitor. A Tanaka laser has built-in shuttle tables that are both customizable and flexible. This larger table space allows for both small and large materials to be cut at the same time. A plasma laser simply does not have this flexibility, and is limited by uniform-sized materials with each cutting job.

In addition to flexibility, the Tanaka laser has a bonus of unattended operation, a nonexistent cleaning time and parts replacement, and a consistent, high quality cut over multiple runs. With the only con of this machine being a high price tag, it is a metaphorically small price to pay in light of all of the benefits featured in this laser cutting machine.

Where to find Quality Tanaka Lasers for Your Industry

If you are ready to start equipping your establishment with the finest Tanaka lasers, Reger Laser can help. We are a proud distributor of Nissan’s Tanaka laser cutting machines. We carry a wide range of Tanaka lasers that suit the needs of any industry, and even offer used Tanaka machines for those establishments who are on a budget. We only carry the highest quality Tanaka lasers that are manufactured by Nissan, and test each of our machines before shipping them out to our customers. Our featured Tanaka lasers include:

Reger Laser is here to answer your questions about our machines and help you find the perfect Tanaka laser for your industry. Contact us today to learn more: 847-814-1184

Comparing Used Tanaka Lasers: Which is best for your industry?

When you are shopping for either new or used Tanaka lasers for your business, how do you know which laser cutting machine is best for your needs? You may be well-versed in navigating through specifications and finding the right device that suits your industry requirements, but it’s still important to conduct as much research as possible to ensure that you are getting the perfect machine for your unique line of work.

If you are a smaller business or simply have a tight budget, the best place to start looking for a laser cutting machine is with used Tanaka lasers. These machines have the benefit of affordability without sacrificing quality. At Reger Laser, we host a wide range of used Tanaka machines. Let us walk you through the features of each model we carry, and then you can decide for yourself which product is best for your business.

Used Tanaka Laser Benefits At A Glance

System Packages and Equipment

The LMXV 6000b 2001 Model, the LMXVIIZ 6000ia 2008 Model, the LMRII 4000ib 2008 Model, and the LMXVZ 6000e 2004 Model include the following package in their systems:

Ultra High Speed Piercing & Gas Optimization System Package

• A) GOS (Gas Optimization System)
• B) Lens Control System (Auto)
• C) Side Blow Nozzle (Anti-Splatter & Air)
• D) Ultra High Speed Piercing Routine Software

The LMXV 6000b 2001 Model, the LMXVIIZ 6000ia 2008 Model, and the LMXVZ 6000e 2004 Model are equipped with:

• Downdraft cutting table
• Fanuc 16 iLB CNC Controls
• Fanuc 6000b Resonator (The LMXVZ 6000e 2004 Model features a Fanuc 6000e Resonator)
• Auto Height Sensing
• (2)Orion Chiller

In contrast to this, the LMRII 4000ib 2008 Model is equipped with:

• Downdraft cutting table
• Fanuc 16 iLB CNC Controls
• Fanuc 4000ib Resonator
• Auto Height Sensing
• (1)Orion Chiller

The laser cutting machine with the most basic features would be the LMXIII 3000D 1999 Model, which is no surprise, considering its manufacturing release date. The LMXIII 3000D 1999 Model does not include the Ultra High Speed Piercing & Gas Optimization System Package of the more recent models, and it is equipped with:

• Downdraft cutting table
• Fanuc 16 iLB CNC Controls
• Fanuc 3000D Resonator
• Auto Height Sensing
• (1) Dykin Chiller

The LMXIII 3000D 1999 Model is a 3 Kilowatt laser cutting machine, and is better suited for customers cutting thinner material. It may not have as much power as the other models listed above, and will consequently have a slower cut range, but this should not deter certain industries from investing in this model. Like all used Tanaka lasers, the LMXIII 3000D 1999 Model is very flexible, and can cut multiple sizes of sheet metals at one table. If a business’s main product line includes cuts of a quarter to half of an inch, then the LMXIII 3000D 1999 Model will be a work horse in this field.

Differences in features do not necessarily mean less benefits.

It’s important to note that each individual used Tanaka laser will have been developed for certain industry needs. Just because one laser cutting machine does not feature the same qualities as another, does not mean that device is inferior, but rather better suited for a particular job. For example, the LMXVIIZ 6000ia 2008 Model is known for its continuous cutting work on longer plates when the oscillator on the machine’s gantry is mounted with a 6kW laser. The LMXVIIZ 6000ia 2008 Model also features a bevel head option that is not found on any of the other models listed above. But do these added benefits make this model the most superior?

The answer is hard to say. It really is a matter of what an industry needs, rather than what special features a used Tanaka laser contains. As another example, the LMXVIIZ 6000ia 2008 Model and the LMXVZ 6000e 2004 Model are part of a unique bevel series. These machines can perform cuts of up to a 45 degree angle, but are limited on the thickness which can be cut. These special models are weld prep bevel lasers, which are considered to be the most technical of all lasers. Businesses who need this special cut range in their day to day activities would be well-set with either of these models.

On the other end of things, some industries require immense power; a super work horse of a laser cutting machine. In this case, the LMXV 6000b 2001 Model is perfect for this job. This used Tanaka laser features four turbo blowers, which have all the pros of power, but also the cons of. However, for industries who need major power in their laser cutting machines, price can easily be overlooked when it comes to the LMXV 6000b 2001 Model.

Regardless of which used Tanaka laser a business chooses, one thing is certain across the board for all of these models: flexibility. All Tanaka lasers, both new and old, feature a flexibility without automation, where multiple materials can be laid on one table without the worry or inconvenience of having to move things around.

Find A Reputable Distributor of Used Tanaka Lasers

When you need a used Tanaka laser that showcases the same quality and efficiency as one you’d find straight from the manufacturer, Reger Laser is here with a wide range of options. Our used Tanaka lasers undergo rigorous tests to ensure their accuracy and functionality before they are shipped out to our customers. Get in touch with Reger Laser today and learn more about our used Tanaka lasers. 847-814-1184