Tag Archives: computer aided drawing (CAD

What is computer Aided Drawing used for?

What is Computer-Aided Drawing (CAD)?

CAD drawing is an in-depth 2D or 3D sketch which displays components and parts of an engineering, design and fabrication project. There are a number of software applications that can be used on computers which make this process possible.

Which professions use Computer Aided Drawing (CAD)

This type of software is used across many industries and provides groundbreaking improvements in efficiency, accuracy and consistency of design and fabrication.

Computer-Aided Drawing (CAD) used for fabrication

CAD allows for the most precise modeling you can do. Accuracies are made by the fraction of a millimeter. Designs can be saved as preset models to use for fabrication and makes the whole process a lot easier and saves a lot of money. The accuracy of CAD in fabrication allows for cost optimization and close cuts by the fraction of a millimeter mean a reduction of wasted material reducing costs dramatically.

CAD Software

Popular choices among professionals include AUTOCAD (the most popular and versatile) which comes at $2805 a year, CIVIL 3D at $3225 a year, Advance Steel at $2945 and TinkerCAD which is the most simple software allowing for design and printing free of charge.

Possibilities made through CNC Laser Cutting on Acrylic Sheets

 CNC Laser cutting is a reliable service provided by acrylic sheet fabricators to allow for precision cuts through direct physical contact, which is unlike regular laser cutting. Precision is guaranteed through automation and assistance through computer numerical control or computer-aided drawing(CAD) which ensures minimal wastage of material and thus economic pricing.

CNC Laser Cutting on Acrylic Sheet provides the potential for the creation of a very vast array of items and customizations. Letterings for signage can easily be made and even regular items such as coffee cups can be formed from Acrylic sheets.  Additionally, CNC Laser Cutting with Computer-aided Drawing(CAD) allows for efficiency through regular software updates, updates regularly improve on performance and waste reduction as well as error reduction benefiting the efficiency of the manufacturers greatly. Furthermore, CNC laser cutting is not just effective on acrylic sheets; manufacturers are able to also cut sturdier materials and forms of plastic with the same level of accuracy and precision with the assistance of computer-aided design. The experts in the field at FX Plastics are able to cater to your needs and manufacture plastic items at affordable prices with great precision and customizability.

So, enquire today at www.fxplastics.com.au to find out more!

Benefits of Diamond Polishing

Diamond polishing allows for perfect finishing on edges and sides during the final stage of manufacturing and fabrication on acrylics/plastics. Only diamond with its ability to apply cutting edge angled polishing can be used to achieve optimum quality without sacrificing aspects of the manufacturing process, however, it is a sensitive procedure that requires a lot of attention.  Diamond polishing is used on fabricated plastic and acrylics on angles, sides and edges and industrial parts.

There are two methods of polishing with diamonds, the first involves moving the diamond head across the surface of the plastic/acrylic and the second method involves moving the plastic/acrylic over the diamond head, what method is used is dependent on the measurements and sizes the professional is working with.

The process of diamond polishing is challenging as even the smallest errors can affect the entire polish. However, the beautiful shine which reflects light perfectly is immaculate and is what every manufacturer is after. For these reasons diamond polishing pairs perfectly with Computer Aided Drawing (CAD) to get measurements down to the smallest of scales in ensuring that accuracy is met when polishing. Furthermore, an additional benefit from polishing with diamond is its ability to enhance the durability of machines as weak spots are strengthened and fixed to allow for continued usage.

 FX Plastics are reliable diamond polishers for fabrication products in Australia, so inquire today if you’re interested.

The Marvel of Computer Aided Drawing

Since its inception into the workplace computer aided drawing (CAD) has allowed millions of businesses to find quick, reliable and precise methods of designing and fabricating manufacturing solutions. On top of that, this revolutionary marvel is cost effective for businesses. Precise output allows for a minimization of waste as no wasteful space is left over during the manufacturing. The solutions provided via computer aided drawing (CAD) also save the businesses money as products purchased not made precisely through Computer Aided Design can be faulty or obsolete when attempted to be utilized. This sometimes requires a business to seek diamond polishing to repair or refine an industrial part which can become a great expense.

Computer aided design is used for the creation of so many products that it would be impossible to list them all here.  Essentially CAD is used for the precise engineering of any 3D or 2D models generated on a computer. Using a computer enables manufacturers to get measurements specific to the millimeter and even less. Detailed layouts of different parts which will be combined together later can be formed on a computer before it is created in real life to ensure that the real thing will be viable and functional. Its prevents risky manufacturing through its quality output and precise modelling.

Additionally, a common misconception is that computer aided manufacturing (CAM) is the same as computer aided drawing (CAD). The difference lies in the function, CAD is the process of designing the product on a CAD software instead of hand drawing to ensure accuracy whereas, CAM is the creation of paths for tools used to make the CAD products, watching animations etc .

Battle between Plastic and Glass!

An array of  many products being produced, acrylic or plastic is often preferred over glass. Some , acrylic items can be polished to attain the clear and polished look of glass using a diamond polisher. Apart from the aesthetics though, there are many more reasons why acrylic is the material .

  • Pieces made from acrylic are much lighter than their glass counterparts. Take the case of a plastic display cabinet versus a glass cabinet for instance.
  • Plastic is sturdier than glass and will not break as easily. They are also dent and impact-proof to certain degrees, so you no longer have to fear about your kids and pets running around the house. The only disadvantage is that it is more prone to retain scratch marks than glass.
  • Objects made with acrylic are cheaper than their glass or metal counterparts
  • Acrylic items are synthetic with UV-resistant coatings.

Acrylic has replaced glass in many areas including windshields for motorcycles and snow mobiles, display cases for museums or establishments, lighting fixtures, and many more. Complex acrylic fabrication procedures like CNC routing and machining will be required in the creation of many of the above mentioned products.

The way  Acrylic Fabrication Helping Businesses?

Acrylic fabrication has been helping businesses in a myriad of ways. For one, acrylic fabrication can help to create point of sale displays, plastic display cabinets and shelves that allows retailers to showcase their products in a stylish manner. This then attracts more customers to come over and take a look at the product, and can thus help in increasing the potential customer’s urge to want to buy the product – think “impulsive” purchases. In addition, these cabinets provides for a secured means for shops to display their products without fear because these cabinets are secured. The same is true for businesses in the food industry, where hygiene is important and flies are a common problem.

Acrylic fabrication is also a great method of creating branding materials for companies and businesses. Nameplates, signs, or labels can all be made through acrylic fabrication with the aid of computer aided drawing (CAD). In the same manner, cabinets and point of dale displays can also be customized into a wide array of designs and colours that reflects the company’s brand. This being said, there are more and more industries which are turning to acrylic fabrication companies to help them in promoting their business and institutions. For more information, visit FX Plastics Today!

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.

Welding

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!