3D Printing for dental laboratories

Metal 3D printing is an excellent choice for dental labs due to its improved accuracy, speed and shorter lead times.

3D Printing for dental lab’s

Metal 3D printing is a process of creating three-dimensional objects by laying down successive layers of metal. The technology has been used in a wide range of industries, including medical device manufacturing.

In dental labs 3D printing is most commonly used for the fabrication of removable partial dentures (RPDs), partial denture frameworks, dental bridges, tooth bridges, and pfm crowns.

A metal powder is spread over a platform in the powder bed and the laser beam traces the outline of each layer on the bed. The powder is then melted together by the heat from the laser, and the process is repeated until the entire object is printed.

3D Printing for dental labs

Benefits of 3D printing for dental labs

Increased productivity

3D printers are much faster than traditional methods such as casting and machining. They can produce a complete dental bridge or partial denture in less than one hour.

Greater accuracy

3D printers produce highly accurate parts with little or no warping or distortion. This ensures a perfect fit with post-processing procedures such as sanding and polishing.

Increased flexibility

3D printers can print a wide variety of dental parts in different sizes and shapes to meet the needs of any lab. They can also print multiple copies of a part at once, making them ideal for serial production.

Types of 3D printers for dental labs​.

Selective laser melting (SLM)

Selective laser melting (SLM) printers use a high-powered laser to melt metal powder into solid layers. SLM printers are available in both tabletop and industrial sizes, making them suitable for small or large labs.

Selective laser sintering printers use a low-powered laser, a CO2 laser, to fuse plastic into solid layers. SLS printers produce parts with good surface finish and dimensional accuracy, but they are limited to small parts due to the lower power of their Co2 lasers.

 

Electron beam melting (EBM)

Electron beam melting (EBM) printers use an electron beam to heat metal wire until it melts. EBM printers are typically more expensive than SLM printers and mainly used for titanium components. Here you don’t use supports, which leads to bad surface quality.

3D printing dental prosthetics​

With metal 3D printers, dental labs can achieve greater accuracy, speed and cost savings while producing a wide range of metal products with improved patient satisfaction.

With metal 3D printing, dental labs can produce metal components quickly and accurately while delivering improved patient satisfaction. Take advantage of the benefits of metal 3D printing today to improve your services and save time and money in the long run!

Using metal 3D printing for dental prosthetics is quickly becoming the preferred choice for labs due to its superior accuracy, speed, affordability, and shorter lead times compared to traditional metal fabrication methods. Additionally, metal 3D printing is particularly beneficial for creating removable partial dentures, partial denture frameworks, metal dental bridges, metal tooth bridges, and metal PFM crowns.

3D printed dental abutments

One of the most common applications of metal 3D printing in dental labs is the production of abutments. Abutments are essential components in many dental procedures, such as dental bridges and tooth bridges.

Choose the right metal

Different metals have different properties, so it is important to select a metal that is compatible for your application and will produce the desired results.

 Verify dimensions

Always double-check output of a CAD model before printing. This ensures that all parts are correctly sized which leads to better fits and fewer headaches down the line.

Use supports

All metal 3D printers require supports. Make sure to use them as they help reduce warping and increase accuracy.

Dental lab procedures

We strongly believe abutments, their importance in dental procedures, and how metal 3D printing can be used to manufacture them with improved accuracy and cost savings. Additionally, it has outlined the tips for making the most out of metal 3D printing in dental labs and highlighted examples of products that can be fabricated with these printers.

Finally, we concluded that metal 3D printing is an excellent choice for labs due to its improved accuracy, speed, affordability, and shorter lead times.

By embracing this new technology and staying ahead of the curve, dental labs can make the most out of metal 3D printing for their businesses. When it comes to dental prosthetics and other dental products, metal 3D printing is the way of the future.

By utilizing the power of metal 3D printing technology in their facilities, dental labs can ensure superior accuracy and cost savings while meeting patient demands. With the help of metal 3D printers, dentists can remain competitive by providing superior quality dental products with shorter lead times that increase patient satisfaction.

Great potential for dental labs!

Metal 3D printing also offers great potential for producing removable partial dentures (RPDs), metal dental bridges, metal frameworks for partial denture prostheses, metal crowns and pfm crowns.

Metal 3D printed products are light weight, durable and highly accurate. The ability to produce complex metal structures quickly and accurately enables labs to offer a wider variety of products in shorter time frames with greater patient satisfaction.

By taking advantage of the benefits offered by metal 3D printers, dental labs can save time and money while providing better quality services to their customers.