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Frequently Asked Questions

A: 3D printing or additive manufacturing is a process of making three dimensional solid objects from a digital file. 3D printing Enables you to produce complex shapes using less material than traditional manufacturing methods.

A: 3D scanning is a technology for creating high-precision 3D models of real-world objects. It works like this: a 3D scanner takes multiple snapshots of an object. The shots are then fused into a 3D model, an exact three-dimensional copy of the object, which you can rotate and view from different angles on your computer.

A: A stereolithography (stl) file is a format that provides 3D printers the blueprint to print a part. T he .stl file is created as an export option in many 3D software applications such 3D Studio Max, Maya, Google Sketchup, and Blender.

A: It depends, It may vary in many different aspects such as speed of printing, size of the model, how detailed it is or is it hollow or solid. 3D printing is way much faster than traditional manufacturing procedures. You can produce prototypes right on your desktop while doing other tasks. Small prints can give you minutes of printing while Larger, more precise models can take significantly longer to print than the same model reduced in size and precision.

The 3D printers can only be operated and monitored during business hours. Therefore, prints that will exceed business hours will not be printed. The customer will be notified as to what changes could be made to reduce the print time.

Computer models are created on the computer and then run through a slicing program to generate the machine coding that moves the print head. Computers are either connected directly to the 3D printer or an SD card is inserted to transfer the directions to the machine.

3D printed objects are definitely strong enough to withstand a great amount of impact and heat. But take note that it varies on the type of material used. Most materials in 3D printing are plastics, however, not all types of plastics are created equal. Some are much stronger and more durable than others.

The common plastic materials used are ABS and PLA. ABS tends to be more durable, but has a much lower tensile strength than PLA.

Here's the thing: If 3D printed objects are not strong enough, they would not be considered as an alternative for many supplies and materials, right? They are not as strong as metals but there is an efficient strategy you can do to increase the overall strength of a 3D printed item.

It basically depends on the design process. You can manipulate the infill, wall thickness, and the number of walls of an object to make it stronger and more durable. However, it is best to ask the opinion of the experts on the maximum level of each area to make sure you get what you need.

Read: Your Guide to Choosing the Ideal 3D Printing Materials

Printing small-scale 3D objects is more challenging than bigger ones. Small models have fine features, and by how small you can go with 3D printing an object, it basically depends on the technology you are using. Every type of 3D printer has its unique capacity. Let's discuss a bit the FDM, DLP, and SLA 3D printers to help you discover which one can print your item.

  • FDM 3D Printer - Can print 3D objects that are as small as the diameter of its nozzle, which is approximately 0.15 millimeters.

  • DLP and SLA - These are both resin 3D printers. They can print smaller details than the FDM 3D printer as it offers fine Z resolutions. With these two, you have the option to select the layer height from 25 to 300 microns.

When looking for a quality 3D printing service in Metro Manila, you have hundreds of options. By simply searching online, you can already find one that can cater to your requirements. However, each store provides unique value to clients. You must also be careful with who to trust for your 3D needs. Some may offer you a tempting deal, but not all can truly give you the quality service you deserve.

So, if you are in need of 3D services, trust only the experts. MakerCarl is one of the trusted and reliable 3D printing companies in the Philippines. Located in Sta. Mesa, Manila, one of the established and well-known areas in the Metro, MakerCarl has been the partner of many clients for everything 3D. We have been in the business for years with highly-skilled professionals helping us provide value-for-money 3D services.

Yes, 3D printing is now widely available in the Philippines. It has gained attention in the country faster than expected. Filipinos have seen its benefits and use, encouraging many enthusiasts to build their own entrepreneurial ventures. May it be 3D printing, 3D scanning, 3D designing, rapid prototyping, low volume production, or reverse engineering, the Philippines has it all.

MakerCarl is one of the reliable 3D printing companies in the Philippines. We have been in the business in the country for many years, offering quality 3D services to different types of clients. The next time you look for a 3D service provider, give MakerCarl a tap to discover more of what we can offer you.

Because of the continuous advancement in 3D technology, finding limitations on the type of shapes you cannot 3D print can be difficult. Items that cannot be printed through an FDM 3D printer can mostly be printed through an SLA 3D printer.

Here are some limitations that a normal 3D printer may encounter:

  • Shapes that have little contact with the bed or base such as spheres.
  • Objects that have fine or too thin edges like feathers.
  • Items with large overhangs or those that should be printed in mid-air.
  • Models that are too large.
  • Shapes that have too thin walls.

When you experience such limitations, there are efficient methods you can do to still achieve your target 3D printed model. 3D professionals know well what to do with these, which is why it is important and helpful to trust only the experts in 3D printing.

Getting a specific or an estimated price for a 3D printed object is hard without the details and the model of the item. But to give you an idea, a single 3D printed item can cost as low as Php 700 and can be high as Php 100,000. There are factors to consider that could affect the 3D printing cost including the following:

  • 3D printing technology
  • Materials
  • 3D model
  • Size and complexity
  • Post-processing
  • Turnaround time

Read: 6 Important Factors Affecting the 3D Printing Price