Tag Archives: computer aided drawing (CAD

Computer aided drawing (CAD) – Important Benefits

Computer aided drawing or, CAD has evolved immensely in the last few years and made life easier for an industrial designer. The age of free hand sketches is over and engineers these days rely a lot on Computer aided drawing (CAD). There are several advantages associated with CAD.

The first draft needs a lot of deliberations and discussions to make it meaningful according to the need and objectives of the project. Faster modification, addition and deletion in Computer aided drawing (CAD) makes it very useful. It also allows several people to work on the same project by providing easier data use. One can also archive a document without the fear of losing it.

Since, Computer aided drawing (CAD) is computerized, it remains safe and protected unlike handmade drawings which can be stolen, damaged or, lost. Computer aided drawing also allows faster drawing since lines and shapes can be drawn quickly and all related tasks can be easily automated. Also, Computer aided drawing ensures extreme precision and is less prone to mistakes.

Computer aided drawing (CAD) – Important factors to consider

Acrylic sheets are made from polymers which can be easily remoulded with the application of pressure and heat. One of the most popular technique Computer aided drawing (CAD) has revolutionised the plastic manufacturing industry since it offers both quality and reliability without compromising on the aesthetics.

There are certain important factors to consider when deciding on the right production process for acrylic sheets. The cost and volume plays an important role in the fabrication process using acrylic sheets. The cycle time, labour costs and automation percentage are important factors to consider.

The size and shape of the parts are important factors and the Computer aided drawing (CAD) models can enhance the economic viability of the product. The lead time depends on the manufacturing set up and tooling. Choosing the right material is important to ensure that the product lives up to its functional requirements. Computer aided drawing (CAD) helps in building three-dimensional models based on the geometric parameters.

For more information, contact FX Plastics today.

5 Key CNC Routing and Machining Services You Should Take Advantage of

CNC technology has made a lot of positive impact in the industrial design and fabrication market. Companies can now get all kinds of physical fabrications done on a variety of materials including plastics. While CNC laser cutting is a popular technology, there are other uses for CNC routing and machining you should also know of.

Popular CNC Routing and Machining Processes

CNC Milling

All kinds of milling tasks can be performed with the right calibration of CAD software. Milling processes can allow for performing any number of mechanical tasks without any need for human oversight. So, for industrial organisations, CNC milling is a great asset.

CNC Laser Cutting

CNC laser cutting is one of the key areas where this technology is applied. The most popular use for it is in design and fabrication. However, other processes such as refining edges on finished fabrications may also be completed through it. Plastic fabrications are very commonly polished through this method.


CNC technology can also be used for many kinds of welding requirements. The essential idea of the process is the same and machines will be calibrated according to requirements. Plastic fabrication is a commonly applied use for this technology.

Job Shop Quick Turn

CNC technologies are used to validate Computer Aided Drawing (CAD) models and implement their designing process. In a similar way, the technology can also be configured to process multiple materials with different requirements without needing reloading. This greatly enhances the performance quality of the machines and allows for more rapid design and fabrication.

Surface Finishing

Automated diamond polishers are sometimes applied using CNC technology. This allows the diamond polishing to be performed without human oversight. Now, with surfaces, the material used in the fabrication matters a lot and the diamond polisher must be placed accordingly. Plastics are the most popular materials to be polished by diamond polishers.

Where Can You Get the Best CNC Computer Aided Drawing (CAD) Services?

FX Plastics is a prominent CNC routing and machining service provider in Australia. We offer top-notch services to our clients and help them find the right machining and routing services for their needs. Whether you want design and fabrication or any other kind of CNC industrial laser cutting related services, we have what you are looking for. Get in touch today!

5 Important Facts about CNC Laser Cutting You Must Know

CNC laser cutting is a great tool for optimizing industrial processes which can help achieve better productivity as well as quality of production. There are some important factors about CNC laser cutting that are important to know before you explore what this technology has to offer. Let’s take a look at some key facts about this technology.


5 Key Facts of CNC Laser Cutting


  1. CNC Stands for Computerized Numerical Control

CNC is a technology that allows companies to measure their laser cutting requirements very accurately. The technology itself is a subset of Computer aided drawing (CAD) and allows for a greater control over all industry design and fabrication tools including lasers.


  1. CNC Laser Cutting is Highly Efficient

 CNC laser cutting is a precision tool which allows for greatly optimized designs and fabrication at an industrial level. The greatest benefit of this technology lies in the curtailment of fabrication waste.


  1. CNC Cutting Can Be Used On All Machine Tools

Laser cutting is not the only place where this technology can be used. Any mechanical and industrial process which includes the use of Computer aided drawing (CAD) can be calibrated to include CNC laser cutting technology. This will allow the system to perform better and produce more finely fabricated products.


  1. CNC Laser Cutting Can be Customized

CAD has plenty of benefits and when it is combined with CNC routing and machining. It allows for very versatile fabrication options and is used in creative industrial fabrication techniques. There are certain limitations according to what kind of laser and the type of material but most 3D shapes can be reproduced faithfully.


  1. CNC Laser Cutting is Energy Efficient

Aside from the reduction in processing waste, CNC laser cutting also reduces energy wastage. This is implemented by using responsive industrial tools and technologies which stem the mechanism at the appropriate time. Naturally, this benefits the company very well and is also likely to enhance the lifespan of all involved tools.

FX Plastics: The Leading Provider of CNC Laser Cutting Services in Australia


 FX Plastics provides the best CNC laser cutting services in Australia. We have highly sophisticated hardware and technologies capable for producing all kinds of shapes and designs. Whether you want general design and fabrication services for display advertising or highly customized products for your business, we have the expertise you need. Contact FX Plastics to get the finest CNC laser cutting services in the market!

Top 4 Factors to Consider When Fabrication with Acrylic Sheets

Let’s get the basics out of the way first. Plastics are materials made from polymers (synthetic resins) that can be remoulded with the application of pressure and heat. Techniques like Computer aided drawing (CAD) have revolutionised the entire plastic manufacturing industry while offering better reliability and quality at the same time. 

Thermoplastics and Thermosets are two broad categories of plastics. This division is based on the behaviour they exhibit when they are heated.

Common materials like acrylic sheets, polyamide, polycarbonate, polyethylene, polyvinyl chloride are thermoplastics while ester, polyester, Silicone and Vulcanized rubber are Thermosets. Acrylic sheets are the material of choice for businesses looking for customised, high quality parts at an affordable cost.


How to Choose the Best Fabrication Process for Acrylic Sheets

Below are some significant factors you should consider when deciding on the right production process for your products:

  1. Cost and Volume: Volume is one of the prime aspects of any fabrication process using acrylic Sheets. So, you should have a clear-cut idea of the total parts you plan to manufacture. Many industries have higher setup and tooling costs while some begin with a fewer resources. Cycle time, labour costs, and automation percentage are some of the factors responsible for the cost-per-part.


  1. Size and Shape: The size and shape of the parts are equally important in deciding the correct fabrication process with acrylic sheets. Limited tolerance and complicated internal geometry might affect the manufacturing options. Design for manufacturing methods using Computer aided drawing (CAD) models can be useful here to enhance the economic viability of the product or the part.


  1. Lead Time: The lead time depends on aspects like manufacturing set up and tooling. These can affect the execution of the process.


  1. Material: The material’s ability to live up to its functional requirements, while considering the cost involved can be a key factor for choosing the material. The manufacturer should check the feasibility of the material involved like acrylic sheets, polycarbonate or polyvinyl chloride before starting the fabrication process.


CNC Machining with Computer Aided Drawing (CAD)

In CNC machining, multiple manufacturing tasks are regulated with the help of computerised devices that employ the Computer aided drawing (CAD) technology. Computer aided drawing (CAD) involves building three-dimensional models based on geometric parameters.

Plastics, such as acrylic sheets, are shaped by cutting, drilling, boring, and grinding. In this subtractive process, the finished product is obtained through the help of lathe machines or milling.


CNC Manufacturing Process: Importance of Computer Aided Drawing (Cad)

  • The setup involves generating tool paths and validating them through Computer aided drawing (CAD). Once the setup is completed, these software programs monitor the movement of cutting tools, their speed, and any other related changes.
  • Machining involves the subtractive process and begins once the tool paths are sent to the machine.
  • In the final steps, after processing, the product or material like acrylic sheets or polycarbonate is shaped and trimmed accordingly.


Advantages with CNC Manufacturing

  • It is ideal for plastic parts that require higher tolerance and have rigid geometries to handle.
  • CNC machining is cost-effective and viable for high-quality production using acrylic sheets.
  • The production involves a shorter lead time.
  • The typical materials that support CNC manufacturing are acrylic sheets, polyethylene, and polycarbonate, polyamide nylon to name a few.


FX Plastics are one of the leading specialists for acrylic fabrication in Australia. For more information, visit FX Plastics or get in touch with our experts today!

Top 3 Reasons to Use Computer Aided Drawing (CAD) For Design and Fabrication

At FX Plastics, we pride ourselves on our exceptional craftsmanship, efficient project management processes and on-time delivery of products.

Our state-of-the-art technology, vast experience and software programs like Computer aided drawing (CAD) enable us to achieve these goals. Let’s take a look at how Computer aided drawing (CAD) can be a wonderful tool for your design and fabrication needs.


What makes Computer Aided Drawing (CAD) a Great Tool for Design and Fabrication?


  1. Better Quality and High Accuracy: Computer aided drawing (CAD) makes it possible for our professionals to see how different components would fit and work together from all different angles. This can help you fix any errors before building the actual product.


  1. Easy To Incorporate Changes And Modifications: Computer aided drawing (CAD) allows us to quickly customise the parts to meet the unique needs of our clients.


  1. Design Consistency: With Computer aided drawing (CAD), we can help our customers maintain a high degree of design consistency across all their parts because the same CAD information can be reused accurately for all the components.  


Design and Fabrication: Why Lowest Price Might Not Be The Best Deal For You?

We all want to save money on our projects but when it comes to design and fabrication, or Computer aided drawing (CAD) services, opting for ridiculously low cost options might be a big mistake.

If not chosen wisely, it can prove to be way costlier in the long run. The key is to determine whether the cheapest options are really capable of delivering you long-lasting results.

Companies that offer design and fabrication services at dirt cheap prices often have a number of hidden costs. 

Sometimes, they forget to consider important items or may underestimate the complexity of the project. In any case, it can cause a lot of trouble and frustration to their clients both in the short run and in the long run.  

Below are some of the issues that customers usually face when they opt for incompetent companies:

  • Inadequate knowledge of Computer aided drawing (CAD) leads to products that do not meet clients’ specifications.
  • Inefficient and slow processes that may hinder the progress of your entire project.
  • Unnecessary time wastage due to unskilled and improperly trained professionals.
  • Outdated technology and poor craftsmanship.


FX Plastics: The Leading Specialist for Design and Fabrication Services in Sydney.

We invite you to FX Plastics and see how our highest quality yet reasonably priced design and fabrication services can help you improve your business bottom-line. For more information, visit FX Plastics or give us a call today!


Computer Aided Drawing (CAD)-Technical Drawing Made Easy

Computer aided drawing (CAD) has evolved immensely over the last few years. The age of free hand drawing is almost over and engineers, architects and manufactures rely on Computer aided drawing these days. This technology allows one to make multiple modifications, additions and deletions of technical elements quickly and easily.

Computer aided drawing also allows for simplified management, transfer and reproduction of the designs. One can also archive a document and would never lose a design ever. Regardless of the industry, Computer aided drawing (CAD) can create plans and other technical elements for any project.

Computer aided drawing (CAD) is less prone to mistakes and hence involves fewer poorly drawn lines. In case of freehand drawing it is hard to detect a mistake in 2D, however the 3D representation allows one to detect and correct errors quickly. The Computer aided drawing (CAD) also allows faster drawing because lines and shapes can be drawn very quickly with a few simple clicks of the mouse.

How Perspex is Making its Presence Felt in the Retail Communication and Signage Industry

Perspex acrylic is a highly versatile thermoplastic. Known as Polymethyl Methacrylate (PMMA) or acrylic glass, Perspex offers certain features that make it a superior substitute for glass. There are two varieties of Perspex commonly sold in the country i.e. cast and extruded acrylic. Workers push liquid plastic through rollers, which press the plastic into sheets as it cools. This process yields sheets of extruded acrylic. The resulting sheets are much softer than cast acrylic sheets. But, this also means that they remain susceptible to scratches and could contain impurities as well.

In contrast, cell cast acrylic offers higher levels of quality than extruded acrylic. However, this superior quality has a costlier manufacturing process as well. Workers press the liquid plastic between pieces of a mould made of glass. Thereafter, this liquid plastic goes through a gradual heating process. Thus, the resulting sheet will invariably offer superior levels of strength as opposed to extruded acrylic. With the help of Computer Aided Drawing (CAD) software, plastic fabricators can shape the acrylic sheet into the desired form.

If you were to walk down to the commercial, hub of the city or even visit your local mall, you would find yourself gazing at a myriad of acrylic products. Sometimes the acrylic object would be simply indicating the direction that you need to take. On other occasions, it might be highlighting the identity of a specific brand. In some cases, it might even take the shape of a case used for displaying and protecting an assortment of products. Not many people might be aware of it, but the signage used by banks, supermarkets and the local superstores will typically comprise Perspex acrylic. This only serves to highlight the versatility of the material and its widespread use in commercial and retail establishments across Australia.

Perspex acrylic comes in a vast range of standard colours. As such, this gives owners of corporate brands ample choice when it comes to matching colours that depict their brand identity perfectly. In addition, Perspex acrylic has the ability to weather well. This is an important trait, because a large percentage of signage remains outdoors and exposed to the elements. The superb weatherability of acrylic enables it to look and perform well for longer stretches of time in all-weather conditions.

However, Perspex does not only come into use for making signage. Not many people will consider looking up as they walk along the aisles in their local supermarkets. If they did, they could come across Perspex light acrylic working in conjunction with energy-efficient LEDs in the panel lights used for illuminating the walkways and display cases efficiently and effectively. Similarly, Perspex is the material of choice when it comes to plastic display cases and point of purchase applications. Its strength, durability and design flexibility, in conjunction with its superior optical clarity, make it the ideal material for showing off all kinds of products – ranging from mobile phones to jewellery.

In the retail sector, a number of brands vie for your attention constantly. As such, no brand can afford to blend into the background. To make an impression, a retail brand needs to catch the eye of its target market. By using Perspex acrylic, business owners can accomplish this objective easily. Plastic fabricators can create flexible, innovative and eye-catching products to suit the corporate imaging and signage requirements of a commercial establishment. As mentioned earlier, Perspex offers no dearth of colours, shades, textures and finishes to choose from. So, whether you need edge effects and textures or display cases with back and edge-lit lighting in your facility, the likelihood exists that Perspex fabricators will be able to give you precisely what you need.

Why is Plastic Fast Becoming the Material of Choice for Many Manufacturing Companies that Previously Relied on Glass?

Many manufacturing companies use glass in a myriad of ways. But, many companies use glass fabrication for producing polished mirrors and lenses. Many people will be aware that lenses are necessary for manufacturing eye glasses, telescopes and prisms. However, the lenses will need to be high-standard and incredibly precise. Even the slightest imprecision could end up affecting the efficacy of the lens. Similarly, the use of mirrors is quite common in companies manufacturing video projectors, high-definition televisions and solar panels. Some companies use mirrors for producing various home accessories. Others use mirrors for using in the automotive industry. Besides these applications, glass fabrication is essential for making wafers used in LEDs, optical sensors and power semiconductors.

Glass fabrication companies also use Computer Numerically Controlled (CNC) machines for providing accurate and precise parts and components. The processes that these outfits use also rely extensively on Computer Aided Drawing (CAD) and Computer Aided Manufacturing (CAM) programs. These programs enable fabricators to machine components to exact specifications. The use of CNC machines has made it easier for glass and plastic fabrication companies. With CNC machines, fabricating companies no longer need to invest thousands of dollars towards purchasing a myriad of specialty equipment. Despite this, plastic is increasingly replacing glass as the material of choice in the fabrication world.

When it comes to transparent materials, many people will not think beyond glass. As a material, glass offers superb levels of optical clarity, rigidity and a premium finish. But, glass also features certain drawbacks. For starters, it has a high cost. This trait, when coupled with its low impact resistance, make glass incredibly tough to work with. In addition, glass can be quite heavy as well. These negative traits have forced many companies to look for suitable alternatives. Unsurprisingly, they have turned to plastics such as polycarbonate and acrylic (or Perspex). These plastics feature various beneficial traits such as:

  • Being Lighter in Weight: Glass is a dense material. As a result, many glass design and fabrication companies find its weight too difficult to work with. Installing a large glass panel will not only involve a sizeable number of people. It will need extreme care too. In contrast, acrylic and polycarbonate weigh less than half the weight of a comparable panel of glass.
  • Offering Superior Optical Clarity: Glass is popular for its superior optical clarity. It can transmit light well too. But, it is worth highlighting that glass has a light transmittance rate of 90 percent. In contrast, acrylic and polycarbonate have light transmittance rates of 92 and 89 percent respectively.
  • Offering Higher Levels of Solidity and Durability: It might be good to look at, but glass can crack under the slightest of pressure. In contrast, acrylic is at least 17 times stronger than glass. If that grabbed your attention, here’s another fact. Polycarbonate is extremely impact resistant. It is approximately 250 times stronger than glass. However, neither material will shatter like glass. Under extreme impact, acrylic can crack. In contrast, polycarbonate will usually bend under high load-bearing applications.
  • Featuring a Myriad of Colours: Acrylic and polycarbonate plastics come in a wide range of colours, tints and finishes. This makes them ideal for use in feature walls, skylights, privacy screens, splashbacks etc.
  • Being Easier to Work With: As mentioned earlier, glass is not easy to work with. In contrast, cutting, drilling, machining, bending, moulding and fabricating acrylic and polycarbonate is significantly easier.
  • Being Cheaper to Replace: Acrylic and polycarbonate are cheaper than glass. Thus, replacing them is far easier and cheaper than replacing glass.

An Overview of Acrylic Fabrication

Many people would have heard of acrylic paints, acrylic windows and acrylic counters. But, they will not have much knowledge about this material. Acrylic, or Poly Methyl Methacrylate (PMMA), is a synthetic plastic material. It contains one or more derivatives of acrylic acid. Acrylic is a polymer. As such, it comprises hundreds or thousands of molecules linked together like a chain. However, the properties of the polymer will always be entirely different from the properties of its component parts.


Acrylic is a strong and transparent material. It offers excellent levels of resistance to ultraviolet radiation. In addition, it does not fade away or degrade when exposed to the elements. It is the material of choice for many Plexiglas and Perspex cutting companies in Sydney and other places. This is because workers can colour, mould, cut, drill and shape acrylic into any form that they desire. These traits make acrylic an ideal material across a diverse range of industries. In the retail sector, businesses of all sizes invariably need furniture, display cases, Point-of-Sale display stands, signage etc. Acrylic fabrication companies make this possible by designing and producing the desired products.


Acrylic fabrication refers to the process of shaping a sheet of durable plastic into the desired product. This will not be possible unless the workers have a specimen (or form) that has the desired shape. So, the workers will either use a pre-shaped form as a specimen, in case it is available. Or, they will design the shape of the form with the help of Computer Aided Drawing (CAD) applications. Once the workers have the form in the desired shape, they will heat the acrylic sheet, until it becomes pliable. Thereafter, they will drape this sheet over the object. Once the sheet is perfectly in place over the object, the workers will use vacuum or compressed air to form the piece. In some cases, they might even consider using a dye to help press the piece into the desired shape.


It is worth highlighting that not all acrylic fabrication companies are equal. As such, not all companies will possess the capability of making pieces in a diverse range of shapes and sizes. In many cases, acrylic fabricators might not find it too hard to come up with small to medium-sized items. But, only well-established and large fabricating companies will have the resources necessary for producing large pieces with the desired attributes. This is typically so because only large set-ups will have the specialised equipment and machines necessary for producing larger pieces and products.


Many manufacturing companies engage acrylic fabricating companies to produce a variety of goods and products. For instance, museums often need a variety of display cases to showcase their exhibits. In some cases, the exhibits might be large and bulky too. In this scenario, customised acrylic display cases can be handy. Not only will these display cases offer high levels of clarity. They will also be much stronger than display cases made of glass. In recent times, acrylic fabrication has become quite popular for producing signage, light fixtures, furniture etc.