Laser cutting technology is used by various manufacturing industries due to its potential to cut a wide variety of materials such as wood, plastics, metals, leathers, papers, and others. It make use of a laser beam that is controlled by a computer program to cut material with great precision. It has helped manufacturing industry to
3D printing has simplified prototyping. Testing a product and changing its design as required is faster and cost-effective. Artists and industrial designers are now able to give shape to their imagination in a few hours and at a low cost. Even furniture product designers have taken a fancy to 3D printing and are utilizing it
3D printing has given a new tool to transform imagination into reality. It is altering manufacturing, construction, entertainment, and medical industry with its innovative advancement. This invention which has been gaining ground in recent years is allowing industrial designers and engineers to take imagination to the next level. The innovative technology is facilitating creation of
ABS (Acrylonitrile Butadiene Styrene) is developed from three monomers namely Acrylonitrile, Butadiene and Styrene polymers to form a copolymer. The presence of Butadiene makes ABS naturally white and tough. It is mostly used with FDM 3D printers to create parts and components for personal and industrial use. Being light, robust, and abrasion resistant, ABS is
Talent differs from person to person. Some are brilliant in conceptualizing, and others using the tools. Then there are those who have both the talents, but lack resources. This scene is common in the 3D printing world. If you are finding it difficult for creating a 3D model due to any reasons, then one of
3D printing is an effective technology helping engineers and designers to analyze designs from different perspective. It is allowing the manufacturing industry for testing functions, fitting, and enhance appearance components. In short, efficiency, precision, innovation, creativity, and trust in product designing and development are achievable with the additive manufacturing technology. If you want to implement
The dental industry is able to enhance patient care, test and fit patient-specific dental implants, crown, and orthodontic arches using 3D printing technology. Due to low labor and material cost, providing affordable treatment to patients has become possible. The additive production methods are facilitating numerous advantages for dental labs. 3D printing services for dental application
Humans are not the only species afflicted with congenital disorders, or contracted diseases. Animals also face this type of problem. Several wild species have already become extinct, and there are a few that are in the list of endangered ones. While we are responsible largely for this state, it’s time pull up our sleeves and
Vacuum casting is a rapid prototyping process used in manufacturing industries to create vacuum products and functional plastic parts. It is conducted with a silicone master model made by SLA or CNC. In this process, a plastic sheet is heated to make it soft and pliable to stretch and vacuum on a mold. When cooled,
With ground-breaking improvements in 3D printing technology, it has become feasible to manufacture implants and instruments faster and at less cost. No wonder the medical device industry is adapting it openly, and bringing in innovative products to the market. These 3D printed devices are functional, inexpensive, and patient-specific. In fact, they are proving to be