The Importance of fume extraction for laser engravers
Laser engraving is a popular and useful technique for carving intricate designs and patterns into materials. But this method also generates hazardous byproducts such as smoke and dust which can harm the worker and environment. That's why a fume extractor is a must when using a laser engraver. The fume extractor eliminates smoke and dust, preventing health problems like difficulty breathing, headaches, and exhaustion.
The complexity of these extractors varies, ranging from basic fan with filters to multi-stage filtration systems. It's imperative to use a fume extractor, not only to keep the work area free of dust and debris, but also to protect the operator's health and the machine itself. There's also a risk of fire due to the rapid accumulation of smoke and dust near the laser engraver. So, always utilize a fume extractor to prevent inhaling harmful particles.
Anyone using a laser engraver, professionally or as a hobby, should invest in a high-quality fume extractor. With a good fume extractor, you can engrave with peace of mind, without worrying about potential health hazards. In the following sections, we will look into the various fume extractors available on the market, helping you select the best one for your needs.
Types of fume extractors for laser engravers
There are a number of fume extractors available for use with laser engravers, allowing users to shield themselves and their surroundings from the hazardous byproducts of the engraving process. To choose the best fume extractor for your purposes, it is important to be familiar with the various models and their respective benefits and drawbacks.
Fume extractors that can be taken anywhere work well for mobile laser engraving jobs because of their portability. They are frequently battery-operated and typically have a handle or wheels for portability. Ducted fume extractors are made to be attached to your workspace's already ducting system. They can handle a bigger volume of air due to their larger fan size compared to portable extractors.
Filtered fume extractors: Filtered fume extractors use a range of filters, including as HEPA, activated charcoal, and polyester filters, to remove the fumes and particulate matter produced by laser engravers. The filters in these extractors tend to be the most effective, but they require regular cleaning to function properly. To keep the laser engraver's operator safe from inhaling smoke and fumes, an inline fume extractor can be fitted right in the machine. The size and power of these extractors are often less than those of larger models, hence they are best suited for more compact work areas.
DIY fume extractors are those that the user assembles themselves, usually out of PVC pipes and fittings, a fan, and some filters. Although they may end up costing less than a store-bought extractor, building one from scratch takes a lot of time and energy.
Think about the amount of your workspace, the materials you'll be engraving, and how often you'll be using the machine when making your selection for a fume extractor. For individuals who need to take their laser engraver on the road or who work in cramped quarters, a portable fume extractor is an excellent investment. Ducted and filtered fume extractors are better ideal for larger workplaces or high-volume operations. When working in confined areas or when protecting the operator from inhalation, inline fume extractors are an excellent choice. And for the handy and patient, homemade fume extractors can save a lot of money.
At the end of the day, your individual requirements and budget will determine the sort of fume extractor you should choose. However, whatever model you choose, it's crucial that your fume extractor is large enough and powerful enough to adequately remove the fumes and particulate matter produced by your laser engraver.
Choosing the right size and type of fan for your fume extractor
The size and type of fan you choose for your laser engraver's fume extractor is a critical decision. It's important to choose a fan that is large and powerful enough to effectively draw the fumes and particulate matter away from the engraver and into the extractor's filters.
When shopping for a fan, your workspace size should be a primary consideration. If you need to remove odors and dust particles from a large room, you'll need a fan with significant power. The fan's airflow capacity should be at least twice the room's volume in order to cool the space effectively.
The materials you plan to engrave are another crucial factor to consider. Some materials may require a more powerful fan to efficiently remove their fumes and particulate matter. For example, materials like acrylic and wood tend to produce fewer fumes and particulate matter compared to materials like rubber or plastic.
There are various types of fans available, including centrifugal fans, axial fans, and blowers. Each type has its own advantages and disadvantages, and the right one for your fume extractor will depend on its specific needs.
Centrifugal fans are best suited for larger rooms because of their superior air-moving capacity. If you need to circulate air through longer ducts and over greater distances, axial fans may be a better choice, as they have a higher pressure rating and are ideal for larger spaces. Blowers are used in applications that require large quantities of air to be pushed through at low pressures, such as air curtains and air knives.
When selecting a fan, make sure its CFM rating is at least as high as the volume of your engraving area and the density of the material you plan to carve. It's also important to consider the noise level, power consumption, and fume extractor design.
In conclusion, the right size and type of fan is crucial for effectively removing the fumes and particulate matter generated by your laser engraver. When choosing a fan, take into account the dimensions of your workspace, the materials you'll be engraving, and the specifications of your fume extractor.
Building a fume extractor using PVC pipes and fittings
A DIY laser engraver fume extractor can save you money and provide you with a sense of accomplishment. PVC pipes and fittings are frequently used in the construction of a fume extractor. PVC is readily available at most hardware and home improvement stores, is lightweight, and can be easily shaped and formed.
The first step in every major undertaking is amassing the required supplies. You'll also need a fan, filters, and ducting in addition to the PVC pipes and fittings. Adhesives, like glue, could also be required to keep the pieces together. A drill or other cutting equipment, as well as a saw, will be required.
Before you start constructing your fume extractor, it's a good idea to draw out a quick sketch of the final product and calculate the necessary lengths of PVC pipe. Once you have your blueprints and components in hand, you can begin constructing the extractor's frame by cutting PVC pipes to size and gluing or otherwise attaching the fittings together.
Step two involves securing the fan to the PVC pipe frame at one end. Place the fan in such a manner that it directs smoke and dust away from the laser engraver and into the filters. Filters should be fastened to the opposite end of the PVC frame after the fan has been installed. Filters are what will actually do the work of sucking in the vapors and dust from the extractor, therefore it's important to get the correct kind and size of filter for your machine.
A HEPA filter may trap extremely small particles, and an activated charcoal filter can neutralize unpleasant odors. Finally, connect the ducting to the fan's exhaust and direct it to the area where the contaminated air will be released. Check for kinks or tight bends in the ducting that could restrict airflow and ensure that it is of the correct size.
Before utilizing the fume extractor in conjunction with the laser engraver, make sure it functions properly. Verify that the fan is turning and that the filters are stopping the smoke and dust. Look for leaks and tighten any connections that are too loose.
Using PVC pipes and fittings, you may construct your own fume extractor, which can be a satisfying and entertaining do-it-yourself project. As an added bonus, it can help you save money over the cost of a store-bought extractor. To ensure that your fume extractor effectively removes the fumes and particulate matter created by your laser engraver, it is essential that you select the appropriate fan size, filter type, and ducting.
Using a HEPA filter in your fume extractor for fine particles
A HEPA (High-Efficiency Particulate Air) filter is one of the most effective filters you can use to capture and remove the fumes and particulate matter created by laser engravers. For the removal of the minute particles generated by laser engraving, these filters are an excellent option due to their ability to collect such particles. To trap particles as fine as 0.3 micrometers in size, HEPA filters use a mat of randomly organized fibers, commonly comprised of glass fibers. Particles as fine as 0.3 microns can be captured with a capture efficiency of over 99.97%, making them ideal for collecting the dust generated by laser engraver.
It's crucial to get the proper size and kind of HEPA filter for your fume extractor. Your filter should be rated for the particles you intend to capture, and its size should correspond to the airflow capacity of your fan. As an illustration, if you'll be engraving materials that release fine particulate matter, you should select a filter with a higher grade for such particles. To keep your HEPA filter working properly, you'll need to change the filter at regular intervals. How often this needs to be done will vary depending on how often you use the filter and what you want to engrave. For when filters should be replaced, consult the manual. Keeping the filter clean is also essential, as a dirty filter will restrict airflow and lessen the extractor's efficiency.
While HEPA filters are excellent at removing larger particles, they are not as successful at eliminating odors or gases. To solve both problems, a HEPA filter and an activated charcoal filter could be utilized. Ultimately, a HEPA filter installed in a fume extractor is an efficient method for getting rid of the tiny particles created by laser engravers. It is crucial to select a HEPA filter that fits your demands in terms of size and kind, to keep the filter clean, and to replace it when necessary. For even more odor and gas removal, try pairing your HEPA filter with an activated charcoal filter.
Designing and building a fume hood for your laser engraver
Fume hoods are enclosures that can be put above or all around a laser engraver to collect and filter out the smoke and dust generated during the cutting process. The design, size, and materials of a fume hood for a laser engraver all need to be thought out carefully to guarantee that the resulting air is clean and free of harmful gases and particles. It is important to consider the laser engraver's footprint and where it will be placed in the workspace when planning a fume hood's layout. The hood's dimensions should allow for complete enclosing of the laser engraver while also providing adequate space for the operator. It needs to be arranged in a way that allows it to efficiently collect the smoke and dust generated by the laser engraver.
The type of fabric utilized in the hood's construction is also crucial. As it is inexpensive, readily available, and simple to work with, PVC is frequently used in the construction of fume hoods. Acrylic is another possibility; like PVC, it is inexpensive and simple to work with, although it is more pricey. Construction fume hoods can also be made out of stainless steel or aluminum, although these materials are more expensive and trickier to deal with. If you're going to build a hood, do it right and make sure it's sealed around the edges so no fumes or dust can get out. The hood should also include a fan or blower to draw the vapors and particles into the filters, where they can be cleaned and then expelled from the workplace.
It is also advisable to conduct regular inspections and maintenance checks on the fume hood and its components to ensure that it is functioning properly and effectively. Cleaning the hood, checking for any cracks or leaks in the seams, and checking the filter for any build-up of particulate matter are all essential steps in maintaining a functional and safe fume hood.
Additionally, it is important to keep in mind the type of materials being engraved and the fumes they may release. Certain materials, such as plastic or wood, may release harmful gases and particles that require special filters and ventilation systems. Engravers should consult the material safety data sheets and take the necessary precautions to protect themselves and the environment.
In summary, the use of a fume hood in conjunction with an appropriate filtration system is crucial for a safe and healthy work environment when operating a laser engraver. Regular inspections, maintenance checks, and consideration of the materials being engraved will help ensure that the fume hood remains effective and efficient in capturing and removing harmful fumes and particles.
Optimizing Airflow for Laser Engraving Fume Extraction
Optimal placement of the fume extractor and laser engraver is a crucial factor to ensure that fumes and particulate matter generated by the laser engraving process are caught and removed effectively. The style, size and type of fume extractor you're using, along with the configuration of your work area, will help you determine the most suitable location for these devices.
The fan on the fume extractor should be positioned to draw fumes and particulate matter away from the laser engraver and into the filters. Commonly, extractors are placed beside the laser engraver with the fan pointing towards the laser source.
To expel the filtered air from the workplace, the fume extractor should be situated where the filtered air can be expelled through a duct or vent, without blowing directly into the face of the operator or into other sensitive machinery.
The location of the laser engraver in relation to the workpiece, operator, and fume extractor are critical considerations to keep in mind. The extractor should be able to efficiently collect fumes and particle matter generated during the engraving process, while not exposing the operator to them.
When it comes to the laser engraver and fume extractor's impact on the workspace's airflow, it is crucial to take into account. Airflow directing devices such as baffles can be utilized to move these gadgets away from open windows and doors.
In conclusion, the proper placement of the fume extractor and laser engraver is essential for capturing and removing the fumes and particulate matter generated during the laser engraving process. It is important to consider factors such as the operator's wellbeing, the size and shape of the workspace, and the type of fume extractor being used, to determine the ideal placement for these devices.
Maintaining and cleaning your fume extractor
The smoke and dust particles produced by a laser engraver must be extracted, making a fume extractor a crucial piece of equipment. However, frequent maintenance and cleaning are necessary to ensure its continued efficiency.
Regularly inspecting and replacing the filters is the first priority when it comes to keeping the fume extractor in good working order. It is crucial to examine the manufacturer's recommendations for filter change as different filters have varying replacement intervals. Some filters, like HEPA filters, need to be updated every 6-12 months, while others, like activated charcoal filters, can go for a little over a year before needing to be changed. A dirty filter won't perform its job as efficiently and could even clog, reducing airflow and potentially damaging the fan.
Fume extractor cleaning is an essential part of maintenance. To clean a fume extractor, one might need to wipe off its exterior, clean its filters, or take it apart completely. Checking the fan and ducting for any obstructions that may be preventing air from flowing freely is also important.
Ducting design and installation for your fume extractor
The ducting system for a laser engraver must be expertly designed and installed to effectively remove smoke and dust particles produced by the machine. Selecting the right size and type of ducting and ensuring its proper placement is crucial to transport filtered air away from the fume extractor and out of the work area.
The diameter of the ducting is the key factor in designing the system. It must be large enough to accommodate the airflow from the fume extractor's fan. As a rule of thumb, the ducting diameter should match or exceed the fan's discharge.
When it comes to duct layout, careful planning is necessary to allow air to flow freely through the ductwork, minimizing resistance from turns and bends. The ducting must also be installed to not obstruct the free movement of air in the workplace.
The material used for the ductwork is a crucial consideration. PVC is a readily available, low-cost option that can be molded into various shapes. Aluminum is lightweight, corrosion-resistant, and easy to work with, while steel is robust and long-lasting but can be expensive and difficult to handle.
It's imperative to make sure all joints in the ductwork are sealed tightly during installation to avoid serious problems from a leaky duct system. The ducting between the fume extractor and the vent or exhaustion point must be firmly attached.
Regular inspections of the ductwork are critical to prevent leaks and clogs, which will impair the efficiency of the system. The fan's performance must also be checked frequently to ensure it's functioning properly, as a malfunctioning fan can damage the filter and reduce the extractor's efficiency.
After cleaning or maintenance on the fume extractor, it's crucial to test its operation to make sure it's working properly. You can put the extractor through its paces for a set period of time, then verify its efficiency.
Choosing the right type of filter for your fume extractor
Think carefully about the filter you want to use for your laser engraver's fume extractor – it's key to the system's success! The market is overflowing with different types of filters, each with its own unique set of pros and cons. So, choose wisely based on your specific needs.
Here are the most common filters used in fume extractors:
- The air-purifying HEPA filter
- The odor-eliminating Carbon Activated Filters
- The multi-tasking Combined Filters
- The preliminary Pre-filters
HEPA filters – they're a true champion when it comes to capturing microscopic particles produced by laser engraving. With an efficiency rate of over 99.97%, they can even capture particles as tiny as 0.3 microns. They can work as a standalone filter or team up with others for a more complex filtration system.
Activated carbon filters – they're the heroes of eliminating unpleasant odors. They absorb the chemicals that cause the odors, like volatile organic compounds (VOCs), by using activated charcoal. They can be used alone or combined with other filters for maximum efficacy.
Combine HEPA & Activated Carbon for Improved Air Filtration.
BAM! Get ready to tackle big particles with ease, with a first line of defense - foam or cloth pre-filters! These filters are here to help prolong the life of your primary filters by capturing dirt, dust, and larger particles before they reach the more expensive filters.
Think about the materials you're engraving, the size of your work area, and the specific needs of your fume extractor when choosing the right filter. Don't just think about efficiency, also think about the frequency with which the filter must be replaced, and the price of new filters.
Making an informed decision about the right filter for your fume extractor is critical to success. Every filter type has its own advantages and disadvantages. Consider your specific needs carefully - the materials you'll be engraving, the size of your work area, and the requirements of your machine.
In conclusion, choosing the right filter type is key to effectively capturing and eliminating fumes and particulate matter from a laser engraver. Make sure you know what you're getting into and weigh all your options. Get ready to breathe easy with the right filter in your fume extractor!
Activated charcoal filters remove odors in your fume extractor
Charcoal filters are a must for laser engraver owners! These filters use activated charcoal, made from carbon and oxygen, to capture smells and particulate matter. They work so well because the charcoal acts like a sponge, holding onto volatile organic compounds (VOCs) that cause odors.
When selecting a charcoal filter for your fume extractor, consider its size, type, and ability to remove the scents you want. Also, look at the filter's airflow capacity and replacement interval, plus the manufacturer's suggested replacement price.
Charcoal filters can be used alone or in combination with HEPA filters to remove both odors and particles. For extra potent fumes, multiple charcoal filters can be used in a multi-stage filtration process.
While they're great at removing odors, charcoal filters may not be as effective at capturing tiny particulate matter. But, they work wonders with HEPA filters to tackle both odors and airborne particles.
Ready to ditch the stinky odors from your laser engraver? Consider installing a charcoal filter! Consider the cost, replacement interval, and size of the filter when making your decision.
Combine charcoal and HEPA filters for the best results in removing both particles and odors. Say goodbye to stinky fumes and hello to a cleaner and fresher workspace.
Filtered Air From Your Laser Engraver Can Be Safely Exhausted
After the laser engraver's fume extractor has effectively captured and filtered the fumes and particulate matter formed by the laser engraver, it is imperative that the filtered air be properly exhausted out of the work area. It is crucial that the exhaust system is well-designed and -installed to avoid problems with the filtered air being sucked back into the workspace.
The inside diameter of the ducts is one of the primary considerations in designing an exhaust system. The ducting leading from the fume extractor's fan is only as effective as its ability to move air. Ideally, the opening in the ducting would be larger than the fan's outle
It is also important to think about the ducting layout. Airflow should be maximized with minimal restrictions in duct layout. It is also important that the ducting installation does not restrict the natural flow of air in the business. As an additional consideration, the ducting's material should be taken into account. PVC, aluminum, and steel are all commonly used for ducting. PVC plastic is low-cost, easily accessible, and straightforward to work with. As a result of its low density, high resistance to corrosion, and ease of manipulation, aluminum has become a very desirable metal. Steel may be durable and reliable, but it is also heavy and expensive
When the exhaust is positioned so that the filtered air is released outside of the building rather than toward the operator or other sensitive equipment, a safe indoor air quality can be maintained. To prevent air loss, the ducting must be properly sealed at all junctions. Additionally, the ducting should be securely attached to both the fume extractor and the vent or other exhaust sit
Therefore, it is crucial that your fume extractor's exhaust system be well-designed and installed so that the filtered air may be removed from the working area in a timely manner. It's important to plan ahead for the size, shape, and material of ducts, as well as the exhaust's placement, to prevent air from leaking back into the working area. Additionally, the ducting's connection to the extractor and the exhaust point must be safe and airtight.
Evaluating the performance of the Exhaust fan
Are you ready for some serious smoke extraction action? Then listen up, because a fume extractor is your key to a clean air environment when it comes to laser engraving. And to keep this machine in top-notch shape, you gotta keep an eye on its performance regularly.
Let's start by measuring the pressure drop over the filter. It's the difference in air pressure before and after the filter, and if it's high, it's a red flag that your extractor needs a tune-up.
Next, keep tabs on the airflow rate. This is how much air is being sucked into the extractor, and if it decreases, it could mean trouble with the fan or ducting. Time to get your detective hat on!
Third on the list, take a sniff of that exhaust air. Any lingering smoke or odors could mean your filters or ducting aren't up to par. It's time to get to the root of the problem.
And finally, let's talk about filter efficiency. The faster a filter can remove contaminants from the air, the better. It's important to monitor this, so you can replace the filter when its lifespan has run its course.
In conclusion, to have your fume extractor working like a champ, you've got to keep an eye on the pressure drop, airflow rate, exhaust air for signs of smoke or odor, filter efficiency, and lifespan. Regular monitoring will keep your air clean and your laser engraving projects on track!
Protecting yourself when operating a fume extractor
Safety is Key When Operating a Laser Engraver When using a laser engraver, it's essential to have the right equipment for cleaning up the smoke and dust, and a fume extractor is just the tool for the job. But don't forget, proper safety equipment is also a must!
Follow the Manufacturer's Instructions To ensure that your fume extractor is functioning optimally, it's crucial to follow the manufacturer's instructions to the letter. Proper placement of the fume extractor and laser engraver is critical to keep the operator safe from fumes and particulate matter.
Vent the Exhaust Ducts Correctly To keep the filtered air from being sucked back into the workplace, it's important to correctly build and vent the exhaust ducts to the outside of the building. Regular checks and filter replacements are essential to keep the extractor working efficiently and prevent fan motor damage. There should also be plenty of room between the laser engraver and fume extractor for adequate airflow.
Wear the Right Personal Protective Equipment (PPE) For your own safety, always make sure to wear the proper PPE, such as safety glasses, face masks, and respirators, in addition to gloves and protective clothing. Don't take any chances with your health.
In Summary To ensure your safety and the safety of those around you when using a laser engraver, always follow the manufacturer's guidelines for extractor placement, exhaust duct installation, filter maintenance, ventilation, and PPE usage. By taking these essential precautions, you can avoid exposure to the harmful fumes and particulate matter produced by laser engraving.
Varieties of smoke extraction units for laser engravers
Fume extractors can be used in conjunction with laser engravers to better manage exhaust and remove hazardous byproducts. In order to get the best fume extractor, it's important to consider the pros and cons of each model. Portable fume extractors are recommended for on-the-go laser engraving jobs. Many are battery-operated, and some even have wheels or a carry handle for convenience.
Ducted fume extractors are built to be connected to an existing ducting system in a space like a basement, garage, or workshop. Larger fans in these versions allow for greater airflow, making them superior than portable options. Filtered fume extractors, the third type, can be installed with a variety of filters to remove the smoke and dust produced by a laser engraver. These extractors are among the most effective, but they need to have their filters regularly cleaned to keep working.
When working near a laser engraver, an inline fume extractor can be put into the machine to help keep the operator safe from inhaling fumes. These fume extractors are ideal for smaller spaces because they are smaller and less powerful than their larger counterparts.
Fifth on the list are homemade fume extractors, which the user assembles using a fan, filters, and a collection of PVC pipes and fittings. While homemade extractors can save you money compared to store-bought models, the process is labor intensive.
Consider the size of your workspace, the kind of materials you'll be engraving, and the frequency with which you'll need to run the fume extractor before making a purchase. Those who need to travel with their laser engraver or work in confined spaces may find that a portable fume extractor is an invaluable accessory. Larger spaces or intense manufacturing call for ducted and filtered fume extractors. When working in tight quarters or around potentially dangerous gases, inline fume extractors are an excellent safety measure to take. DIY fume extractors are a viable solution for the thrifty and time-conscious worker.
Pick a fume extractor that works for your needs and your budget. Keep in mind that the smoke and dust from your laser engraver will need to be dealt with by a fume extractor, so keep that in mind when you shop.
Welcome to the Starburst Extractor The Laser fume extractor to grow with
Build Your Own Fume Extractor (From Novice to Pro)
I could not find the fume extractor I needed for my situation. I needed something unique, that would not be an eyesore. It needed to be practical as well as aesthetically pleasing and fast to work with. No more fumbling with silly zipper or propping open a door, or 3" exhaust fittings. I needed something that would allow me to grow and expand over time.
Able to be built from as little as $170 (give or take) This laser enclosure is designed to handle all kinds of serious desktop engravers up to 47" x 27" x 15" tall, that is 1193.8mm wide, 685.8mm deep by 381mm tall (That's one big machine!!) But build plans also come in half size for the smaller desktop units.
Revolutionize your laser engraving experience with the starburst extractor
The starburst extractor is the ultimate desktop laser enclosure. A revolutionary solution for laser engraver fume extractor’s. It’s a slick and stylish design combined with a very innovative opening and closing mechanism that makes it an absolute breeze to work with. Open with one hand and close with a single finger just like that!
Effortless access to your work area
Designed with convenience and safety in mind. The starburst extractor features a one-handed open and close mechanism with either gas struts or a much cheaper version using ballast weights to mechanically open the top hinged lid and the front sliding bay door. Got your hands full? The single handed or elbow operation enables full access to the interior very quickly and an even faster closing ability with the gentle touch of a finger. Are used to struggle with plastic enclosures, zippers and lids, falling into the work area. having this enclosure has made working with my desktop, engraver and cutter, brilliantly, smooth, and effortless.
Maximize your engraving and cutting capabilities.
The starburst extractor offers an expensive work area from the smaller square work area to the extended machines that fit beautifully inside 47 1/2 inches wide by 27 inches deep by 15 1/2 inches tall the smoke extraction feature illuminates the worry of inhaling dangerous fumes, ensuring a healthy and safe work environment You can also add various types of filters on the inside if you wish to pre-filter the air before sending it to the outdoors.
Innovative design for maximum functionality
I am working extremely hard to upgrade the starburst extractor in a multitude of ways. From cable management to automatic bed, leveling to a single finger press open and close mechanism and much more. The more successful, the starburst extractor becomes, the more time and effort. I will be able to put into it and finish it to an even finer level for those that wish to buy and make their very own fume extractor for their laser engravers.
It looks awesome too!
The starburst extractor is more than just a functional piece of safety equipment. It’s a statement piece for the workshop as well. I painted mine red, which looks outstanding, especially with the logo on the front that I cut out of quarter inch wood and painted red and gold and black. But those that have been made by individuals that I’ve purchased my plans I’ve also taken liberties with the Qatar and a few of the ways in which it looks and feels. Here’s a couple of happy customers that designed their own starburst extractor and refined it for their needs. in the plans, I give you three or four methods of construction plus different sizes to fit the laser engraver that you have at your place of business or in your home.
Fine-tune overtime
With the assistance of these incredible individuals below, I am very thankful that the issues that were in the initial plans have been ironed out and fine-tuned for future purchasers of the plans. It took so long to release the booklet for the starburst extractor, including all the measurements, the products, the product links, etc. etc. it was a massive undertaking to do it correctly. A few mistakes snuck by and with the assistance of my incredible customers I was able to correct these and catch them before too many were sold.
A big thank you to:
TomGoetz, John Graham, Michael Wise, Randy Cutrara
There really is not another laser enclosure like the starburst extractor. It’s suitable for all levels of craftsman or craft woman, and I try to be as comprehensive as I could be in the plans for the build. overtime I will be making the plans even more simple and easier to understand with how to videos for step-by-step instruction. Check out the starburst extractor on Etsy at the link right here.
Check out the Starburst Extractor and build your very own on Etsy.com
