Industrial Equipments

Vacuum Packaging Machine

If you have your very own vacuum packaging machine in your kitchen, you’d understand how indispensable it can be in making your life so much easier and breezier. 

I came across a news article and it declared that an average Australian household nowadays is able to save more than $2000 a year on their food expenditures because they are using a vacuum sealer. It also asserted that vacuum-sealed food items, especially those that are highly-perishable or are likely to deteriorate fast, can last for up to 5 times longer as opposed to non-vacuum packed food items. 

Why Is It That Vacuum Packaging Machines Are So Great in Preserving Food? 

Contact with oxygen will make your food item to deteriorate fast, eventually leading to spoilage.  Put the item in your fridge, and trapped packets of oxygen will cause your food item to acquire freezer burns.  In order to prevent this from happening, it is highly suggested that you make use of a high-grade and very reliable vacuum packing machine. This piece of equipment will help in removing significant amounts of oxygen from your food container. 

If there is only very little to no amount of oxygen left in the food container, your food is likely to have an extended shelf life in your pantry and in your fridge. It will also eliminate its chances of getting freezer burns in your fridge.  

Let us get the facts straight here, there is no way that you can completely remove oxygen out from your food bags by virtue of vacuum sealing, let alone by other celebrated means. This is the reason why vacuum sealed food will not last forever. 

It is very likely that tiniest packets of oxygen would remain hidden under the folds of your, say, meat items. And it is with this tiny speck of oxygen that bacteria, mold, and fungi from the food item itself that it will thrive and grow. 

What is certain though is that it can remove significant amounts of it, enough to create instead a hostile environment to bacteria and fungi. Hence, extending the shelf life of your vacuum sealed food items, pretty much longer than usual. 

What You Need to Look for in a Vacuum Sealer? 

This aspect here will have something to do on how exactly you are intending to use this piece of equipment in your kitchen. The vast majority of vacuum food sealing machines you will find in the market today will give you an adequate sealing capacity for food storage. But even so, you still need to think outside the box regarding how you will make use of it.  Here are some guiding questions to help you by. Ask yourself the following: 

  • What size of food sealer bags do I want to use?
  • Will I use it for marinating food?
  • Will I use it on canisters, mason jars, and other similar containers?
  • Will I use it for liquid-based food items like chicken or beef stocks and “moist” leftovers like stews, casseroles, and soups,?
  • Do I mind freezing my liquid-based items before I try to use them, or would I settle to throwing liquids straight away in a bag and seal it?
  • When it comes to bulk sealing, am I patient enough for the sealer to cool down first or do I want to use a machine that does it otherwise?​
  • What type of food sealing bag do I want to use?

Whatever it is that you will decide on that you want, from a bargain-buy edge sealer to a commercial grade top-of-the-line and heavy-duty vacuum packaging machine, there will always be a food vacuum sealer out there designed to meet your everyday sealing needs. 

Cutting Tools

If you are keen to know about the future and upcoming trends in the water jet cutting technology, the water jet machine manufacturers are likely to have the most plausible and most accurate insight about this matter.

Before anything else, we need to define what this cutting technology really is, in the simplest way possible.

So, what exactly is a water jet cutter?

These machines are technologically advanced  cutters. They can cut through a variety of tough materials, including metals. It harnesses the power of water pressure cutting and at times abrasive particles like garnet dusts are mixed together with the water in an effort to further intensify the cutting power of high-pressure water.

There are various practical applications for water jet cutting technology. It is used in various areas of interest such as aerospace, textile, electronics, food and beverage, and even in stone and metal fabrication. In order to serve a wider breadth of customer base, market players intentionally designed cheaper machines to give access to it to as many interested parties as possible, including private individuals and not just to top decision makers in business organizations.

So far, the latest innovation in this space, which is also transforming the face of global waterjet cutting industry,  would be the nano microjet cutting.

Water Jet Machine Manufacturers Before 2030 Comes

The waterjet cutting industry we see today is at the exact same place were the automotive industry used to be in the 1920s. Much like any other pieces of  modern industrial equipment we have today, not just a handful of manufacturing companies have come up with their own strange contraptions with uniquely different designs.

As time goes by, what we are hopeful to see one day is a standard look for these machines as the leading waterjet manufacturers are trying to copy and innovate the good ideas of other competing brands

  • There will be small size waterjet cutting machine tools in nearly every shop that has a vertical machining center, or a lathe.
  • Increased number huge machines that will be used  primarily for high production.
  • Increased number of custom machines to be used on  custom applications.
  • Major companies producing waterjet machines will decide to merge with other manufacturing firms producing the same.

Some water jet machine manufacturers that are having a hard time in keeping up with the competition are likely to cease their operation while some well-managed manufacturing firms are likely to become highly successful in this field.

Science behind:  water jet cutter  

Cutting Tools

CNC Plasma Cutting Machine: The Anatomy of CNC Plasma Cutting

Getting yourself familiar with how CNC plasma cutting machines work takes good amount of effort. Not knowing what you ought to know and not understanding what you need to will render the project you’re working on futile and worthless. We are presenting here a few basic guide to CNC plasma cutting, for you to know what it really is and how it works.  

Before we proceed, we need to have a clear definition of what CNC plasma cutting is. So what is CNC plasma cutting? This is a process of cutting through the toughest of materials, particularly metals. It is carried out with the help of a plasma torch which is fully controlled by a computer.

How Does a Plasma Cutting Machine Work?

These cutting machines work by forcing compressed air through a nozzle at very high speeds. The moment that an electric arc touch the gases,  plasma or ionized gas is created. This is what we refer to as the fourth state of matter. This can be used in cutting through hard objects particularly metal.  

CNC plasma cutter machines differ in price, size, and functionality. These machines are more advantageous to use than any other cutting techniques there is since they are fast in cutting through a metal sheet and are highly accurate even when executing intricate patterns. They can slice a piece of metal at speeds of about 500 inches per minute.

In order to work, plasma cutters need to have both a plasma gas and an assist gas. The amount of which will depend upon the material itself that you are trying to cut.  

Table Setup

Safety and space are two  important things you need to look into  if you seriously want to acquire a CNC cutting device anytime soon. Unlike many other CNC hobby systems, when you have a plasma cutter, you need to have first a large amount of well-ventilated area.

This is crucial to have so that you can run your plasma cutter smoothly and safely.  A plasma cutter is not like any other regular machines out there that you can tuck somewhere in a corner of your office like what you will do with your 3D printer.  

A plasma cutter will require an adequate amount of space around which will be used as a buffer in any case that there are stray sparks that may occur during one of your sessions. Additionally, see to it that the flooring is made from a flame resistant material like concrete.

You also need an ample amount of space to help accommodate your gas compressor machine as well as your computer system. And for safety purposes, in order to keep your plasma arc from making some interference to your computer, you must see to it that the machine is Earth-grounded.

We suggest also that you make use of an uninterruptible power supply or UPS. This way, you can be assured to have a constant supply of uninterruptible power.  

Consumables and Materials

If you are just starting out on plasma cutting, which means you have a good amount of skill already yet you don’t qualify yourself as a pro or an expert, it is highly recommended that you make use of a mild type of steel first.

Mild steel is relatively cheaper compared to an aluminum or stainless steel, aside from the fact that they are also more user-friendly for beginners like yourself. Additionally, compressed air can easily cut through mild steel also, making the execution of your work a lot easier and seamless to carry out.  

Types of Gas

Various types of gases can be utilized for plasma cutting. The type of gas to be used for this purpose will depend on the quality of the cut you will execute and the material you have.

  • Oxygen is highly recommended for use in cutting mild steel that is 1 ¼ inches thing. But be warned that this may actually produce a rather rough-looking cut when used in aluminum and stainless steel.
  • Hydrogen and argon gas can be mixed together if you want to have smoother quality cut in aluminum and stainless steel.
  • In the vast majority of small fabrication shops, compressed air is most utilized as both an assist gas and as a plasma gas. This type of gas usually works pretty well for  low current cutting applications in metals that are at least an inch thick.

Some other gases that can be used in a CNC plasma cutting process includes methane and nitrogen. They are most utilized in cutting stainless steel into thin slices. More: cnc plasma cutter for sale

Industrial Equipments

Even if you are not in a white collar job,  poly diesel fuel tanks can still have a crucial role to play in seeing through your business to success. Whether you are involved in growing grains, rearing of cattle, or production in a manufacturing company with the use of machinery — you will require diesel in carrying out your task on a daily basis. This is the reason why it is so practical to have more than just adequate amounts of diesel stored somewhere inside your facility and a fuel tank will be a great help on this regard.

Reasons Why Poly Diesel Fuel Tanks Are Better Than Steel Storage Tanks

Fuel can be utilized in so many ways. You need them to keep your generators and harvesters working, to transport whatever goods you have to and from the market, or keep your fleets moving. For this reason, the business sector sees it as one of the most important inputs in business and for that, it is right and practical to have it stored effectively and safely.

Poly tanks and steel tanks are two of the most commonly used and preferred containers to store fuel in.

They can be availed at any time and use them for your fuel storage purposes, and not only for fuel but you can also utilize them even for other kinds of essential liquid that your business may require to have, this includes petrochemical products, oil, and even unused oil.

The following points will help you see why poly diesel fuel tanks are the better alternative when it comes to storage containers for liquid.

  1. Material

   Poly and steel are two distinct materials that are being utilized in the manufacturing of storage tanks. If you are going to look for an industrial type of storage container for liquids, look into the various aspects of the item in question. For a steel tank, you are inducing condensation process to it just by leaving it under direct sunlight. Thus, the likelihood of moisture buildup is always there which signifies the risk of corrosion and rust build-up is always there.                                                                                                                                                                                                                                                                                                                                             

You don’t have those kinds of issues when it comes to poly tanks. Even if poly tanks are lighter, they come with much thicker walls for added protection.  

2. Parts

The use of diesel tank almost always require something else like a hose, pump, or a gun. They usually come as part of the package and therefore there is no need for you to look or buy them separately. As for the steel tanks, you need to purchase the accessories separately, which then adds up to your expected cost and set-up time is inevitably adjusted for that.  

3. Carry

Steel tanks come in hefty weights and thus making them not easy to carry around. Hence, they are normally mounted and fixated on a truck bed. They are secured in place using bolts on the mounting surface. As for the poly diesel tanks, they are lighter in weight, making them easy to carry around and are mobile, too. This type of diesel tanks are not only lighter to carry around but they are also equipped with mounting handles. You can strap them down easily if you are not going to fix them in a permanent location.  

4. Manufacturing of Poly Diesel Fuel Tanks

Steel tanks and poly tanks are made in such a way that they would be different from each other. They are not manufactured the same way, and the materials used in them are not the same, too. Like for instance, steel tanks are welded together and this could eventually work to its disadvantage. The welded parts or seams could trigger leakages.

On the other hand, you don’t have that issue with poly tanks because they are basically made from a single molded piece. Therefore, there are no seams that could later on become a source of leakage.  

5.  Cost

The price tag in which both of these products come with varies a lot. As mentioned here earlier, steel tanks tend to be much more expensive in such a way that you might need to purchase their accessories or other parts separately. You don’t have this kind of concern though with poly tanks.

Poly diesel fuel tanks are much more on the pragmatic side of things because they come cheaper in terms of their costs and are most of them they are even ready to use. This helps a lot in creating the whole set up and assembling the parts.  

See also: Silvan diesel transfer pump

Industrial Equipments

Vacuum sealers are not only used for commercial or industrial companies, but it can also be a great tool for home use now that they come in smaller and handy sizes. It can be used to pack and preserve fresh produce, raw meat and seafood, and leftovers. A vacuum sealing machine or vacuum sealer is a device that could remove the air inside a storage bag, particularly a vacuum sealing bag. Then, the machine seals the bag to make sure no air can get in the bag. By removing the air inside, it reduces oxidation and decreases the chance of bacterial growth in the food. With the aid of refrigeration or freezing, foods that are vacuum sealed can be store for a longer period.

Shopping for a vacuum sealer can be a little bit tough because of the many choices you will find on the market. You’ll find many different brands and models of this machine, in different sizes and features. Below are basic ideas of how to determine which vacuum sealer is right for you. You should look for these features when selecting a vacuum sealer:

Bar Width of the Sealer

The part of the vacuum sealer that melts the bags to seal them off airtight is called the sealer bar. The width of the sealer bar determines the size of the sealer bag you will use. So, for example, if you need to use big storage bags like 16 inches, then a sealer machine with a 12-inch sealer bar will not be ideal for you. Consider first the food you will be packing and the size of the bags you want to use. Use narrower or smaller bags if you want to have a successful tight seal on your food packages.

Manual vs. Automatic

Majority of the vacuum sealer you will find today have an automatic mode. Automatic means that the machine will do most of the work for you. For most people, it is ideal to use automatic machines, as these machines take much of the work.

However, not all food items can be vacuum sealed easily in the same. For example, uncooked or cooked but dry pasta is easier to seal than the spaghetti sauce. If you will use an automatic sealer for this food, too much vacuum or suction could pull out some of the sauce out of the sealer bag. You could just imagine the mess. Moreover, it will be difficult to seal off the bag of some of the sauce reach the part where you will have to seal the bag. Choose a sealer machine that has an automatic mode and at the same time manual mode. This way, you will have more control with the sealer process.

Range of Pressure

Take note also of the range of pressure available in the vacuum sealer you are choosing, as some of the models only have a single vacuum pressure. Choose the unit with a feature that enables you to set the amount of pressure in vacuuming. This will give you more control when sealing delicate and liquid food items.

Other Importance Features

Other features that you might want to consider are the number of heated sealing wires that will melt the sides of the bags. More than one or multiple sealing wires are much more reliable in sealing. Some sealers also have the continuous sealing feature, which produces a continuous row of more than one sealed pouch. This feature enables you to seal more than one item in separate pouches, but all of items are still connected as one package.

Tags: vacuum seal machine,

Industrial Equipments

If you are involved with anything electronics, then you must understand what printed circuit board or PCB is because every piece of electronics have these boards inside for them to work. PCB is a basic part of electronic gadgets and equipment like radars, computer, cellphone, and so on. PCBs come in different type of materials such as fiberglass, composite, and laminate. Understanding the types of printed circuit board can help you understand more about PCB design as well. Here are the different types of printed circuit boards:

Single sided

 

The single sided is the most common type of PCB. It is built with a single base material, which is usually coated with copper, a conductive material. On top of the copper layer is a solder mask or a silkscreen coat that protects it. This type of PCB has cheaper production cost, which makes it great for items that can be mass-produced.

 

Double sided

 

From its name, the double sided PCB is pretty much the same as the single sided, only that you can find on its both sides the conductive material is placed. You’ll find that the board has many holes, to easily attach metal parts. This type of PCB is more flexible. If you want to create circuit designs that are dense, the double sided PCB is a good option for you. However, this board may not be the best option if you will have complex circuits. The double sided PCB does not work also with electromagnetic interference-reducing technologies. Testing equipment, amplifiers, and power monitoring systems are examples of electronics that use double sided PCB.

 

Multi-layer

 

This circuit board comes with more layers of conductive materials that could reach for up to over thirty layers. This allows the creation of a very flexible circuit design. You’ll find in between each layer substrate board and special insulating materials. What’s great about this PCB is its compact size, which makes it suitable for small products. Multi-layer PCBs are also used when high-speed circuit is required.

 

Flexible

 

This circuit board offers great versatility with a flexible layer. It is also designed in single, double or multi-layer circuit boards. When building a certain device that requires small space and weight, the flexible PCB is a great option. Furthermore, this type of circuit board has low mass and high ductility. However, this board is also difficult to use because of its highly flexible nature.

 

Rigid

 

This type of circuit board has layers with materials that are solid and non-flexible. Rigid boards have sizes that are compact. When it comes to complex circuit designs, rigid boards are best suitable to use. Moreover, it is easy to organize the signal paths of these circuit boards. They are also easy to repair and maintain.

 

Tags: electronic design software

3D Printer Solutions

Advantages of Having an In-House 3D Printer

The benefits that a 3D printer can offer and employing rapid prototyping offers so many benefits that are well-recognized. Whether it is a functional testing, design validation, or faster launch of a product, executives rarely need to be convinced of these benefits. So many businesses still continue to outsource their 3D printing needs as they believe that ownership is cost-prohibitive. But what most companies fail to realize is that three-dimensional printing has dramatically advanced. Now, there are a lot of new types of high-quality printers that come at affordable prices. Below are some reasons why it is a wise decision to have an in-house printer.

Low Cost

A prototype that has been outsourced could cost from a few hundreds of dollars for just a simple design to thousands of dollars for the more complex ones. Creating the prototype with an in-house printer can offer great savings, even if the company only prints a few models monthly.

 

Faster Time to Market

When it comes to outsourcing, the turnaround time rarely takes 2-3 days to get the models back. This often takes around a week or even longer. The majority of delays happen before placing the model order, in large part due to the prohibitive cost of the outsourced prototyping. For instance, a company may not order a model unless the design has advanced enough that the company thinks it is worth to spend their money.

 

Competitive Advantage

A lot of factors can slow down the introduction of a new product during the development lifecycle of a product- everything from the tools used to the time spent on waiting for the arrival or prototypes from an outsourced vendor.

But if you opt for an in-house printing system, prototyping would lead to a more effective launch of a product, thus enabling a company to introduce more and new innovations to market ahead of the competition.

 

Confidentiality

Given the competitive market we have at present, a leaked design would mean disaster, making it a must to guarantee confidentiality.

By keeping your rapid prototyping in-house with a printer, you can eliminate the need to transmit your design files to the external network. This will help ensure that the design will never get out of company premises, thus protecting intellectual property.

 

Accuracy and Quality

Regardless of how the prototype is produced, the main aim is to accurately simulate real-life products. In all field, precise and high-quality models are important for fit, form, and function testing. A quality 3d printer can offer visual and functional accuracy. It is capable of printing even the finest details, smallest features, moving parts, smooth surfaces, in a single build. Moreover, with a range of model materials and different post-processing options, you can create models that closely resemble the end product.

With so many affordable printers today, it is possible to make stunning models at a much lower cost in-house.

 

Industrial Equipments

Why Sustainable Product Design in Queensland is Important?

For sure you have heard of the so-called “the triple bottom line”. This means that companies need to prepare three bottom line statements. One of them will the measure of profit, next is people, and the last one would be planet or the measure of being environmentally responsible. These three are important in measuring the social, financial, and environmental performance through time. A company that has all these three is taking account of all the gains and costs involved in doing business.

A sustainable product design in Queensland can be a major factor in any company. A design that is sustainable is one that is environmentally-friendly, socially responsible, recognizes the consequences of actions, values fairness and equality, and proactively engages social issues. At the same time, it also optimizes the need of the planet and the people with the desire for aesthetics, innovation. And corporate profits. Moreover, it is also profitable. At present time, businesses that spend money for sustainable design are starting to reap greater revenues, recruiting more employees, and getting higher profits.

A sustainable includes actions and attitudes that help mid-sized manufacturers as they take into consideration the impacts they bring to the community. Below are these attitudes and actions.

 

Green Design

In order to be a steward of the environment and at the same time, to lower the environmental footprint, implementing a life cycle analysis process can be useful in product design projects in Queensland.

 

People-First Design

Product designers always consider themselves to be advocated for the end users. You can take advantage of this when developing new products. You can make use of a human-centered design process that begins with the people that you are designing for and ends up with the solutions that best suit their needs. Systems, products, and places designed with such process are safer, better, more enduring, more enjoyable, more livable, and offers more enriching experiences.

 

Social Design

This comes in two forms. One is making sure that the systems are used by the employees and networks are well designed to be safe, enriching, and equitable. The second one is an outgoing design that is focused on real worlds. This includes contribution of engineering efforts and design within the industry that creates an impact in the lives of the users.

 

Transparency

Millennials often look for transparency when it comes to inspecting a brand and a company. They care so much on how a product is being made, as well as its impact on the environment and people. Also, they are expecting companies to be honest and open. Thus, you need to leverage social media and share the processes and product design ideas out in the open.

 

CSR Policy

To be able to sustain a business needs profitable growth. A corporate social responsibility policy spells out how the company is capable of managing the interconnections of customers, employees, community, suppliers, and environment to make a positive impact on the society while still being profitable.

Designing a product or service that gives focus on sustainability will be helpful as you make the impact that you are looking for while you grow your business.

 

Rigging

There are some drill rigs in Australia that has become a common sight in the world of commercial construction job sites. This is basically due to their versatility. Since construction sites provide unlimited variations of struggles and challenges, manufactures of these rigs have innovated highly advanced machines that is capable of providing subcontractors and site managers with different options that can speed up their solutions.

 

The Challenge

Unlike with projects that are located in wide open spaces, project managers in renovation construction need to consider numerous existing variables. Some of the challenges in renovation include job sites with very limited access, confined spaces, limited overhead space, as well as the need for the business to be less impacted. Given these reasons, a multitude of options are ready to be used.

Project managers are sometimes challenged to provide additional foundational support to the existing structure. Such scenarios result in the need for some creative solutions. Usually, the existing structure have limitations that can be solved with the help of traditional drill rigs in Australia.

 

The Features

There are many manufacturers that have addressed this requirement with low overhead drilling rigs. Some of them need as little as 6 ft. overhead clearance in order to drill micropiles. For more allure, these machines make use of rubber tracks instead of using traditional steel tracks. This situation helps operators to get inside the building without having to damage the existing slab.

Additional features that make these small drilling rigs needed are their ability to separate the power source from the drill rigs itself. These attributes have been proven to be very valuable, especially in cases where an existing business hopes to remain open while having the construction renovation.

Given that the power source is positioned in a location outside the building, business owners are not likely to experience exhaust fumes coming from diesel engines that are needed to power the rigs. Placing the diesel engine outside can greatly reduce noise that comes with the piling equipment.

 

Intelligent Design

 

One more feature that makes working with a micro pile driving drill rig is the ability of its mast to move separately of its base. Repositioning the machine to drill holes can be difficult in operations with limited access. Its intelligent design lets the operator to swing the mast side to side. With this, successful operation is possible even when in confined spaces.

As renovations can be complicated resulting from the desire of building owners to upgrade their existing structure instead of opting to raze or rebuild. With this, construction firms and project managers need to continue to leverage cutting edge technologies that are offered by manufacturers of drill rigs in order to maintain cost-efficiencies. With drilling rigs, functionality and versatility is made possible even in small places.

3D Printer Solutions

For some, 3D printing technology is still difficult to understand, especially if they were not able to have a first-hand experience with it. This technology can be a bit surprising for some- imagine being able to produce things that we haven’t imagined would be possible in this day. Generally, this printing takes a digital model, also known as blueprint that is created via a software. This is then printed in layers or materials like plastic, metal, glass, ceramic, and then assembled layer by layer. There are a lot of big manufacturers that utilize this technology to manufacture electrical appliance, airplane parts, etc.

But today, especially in Melbourne, 3D printing has been making a buzz in the medical industry. Although a few of the things that this technology has made possible may sound like unbelievable, they really are happening. Below are some examples of them.

 

Advancements in Medical Industry through 3D Printing

1. Organs

Although there is still a lot to develop the technology for surgical uses, researchers and scientists are now successfully printing kidney cells, foundations of human liver, and sheets of cardiac tissues. With this development, it’s no wonder that a few years from now, it will be possible to print the entire human organ.

2. Stem Cells

Stem cells are known to have their own regenerative properties which means that they can produce various types of human tissue. Today, stem cells can be bio printed in school research labs. Also, stem cell printing is considered to be the predecessor to printing other types of tissues and may soon lead to cell printing directly to the body parts.

3. Skin

It would be such a big help to burn victims if skin grafts can be printer, as well as to skin cancer patients, as well as other diseases that may affect the epidermis of the skin. With the help of the technology, scientists are now developing skin graft-printing that is directly applied to burn victims.

4. Bone and Cartilage

In the past few years, prototyped-tissue bioprinting for cartilage has been made possible because of 3d printing. There are some scientists as well who bio printed stem cells and are now working hard toward achieving the same results for bone bioprinting and other parts of the skeletal system.

5. Surgical Tools

It’s so amazing that even surgical tools can be printed using the technology. Some of the examples that have been successfully printed include hemostats, forceps, clamps, and scalpel handles.

The medical industry in Melbourne or Australia in general tends to be very competitive. And since there is a need for constant development in this field, this makes this technology a perfect addiction to achieve promising results and to help more people in the future.