M3D Printer Setup

Sigma Labs is a leading provider of high-quality metal 3D printing solutions for the commercial 3D printing industry. Formerly known as Sigma Additive Solutions, the company is dedicated to enabling its customers and OEM partners to achieve exceptional results in metal 3D printing using a standard set of quality metrics. With a focus on improving machine, process, and part quality, Sigma Labs is at the forefront of innovation in the field of additive manufacturing.

  • Sigma Labs specializes in providing quality assurance software for the metal 3D printing industry.
  • The company enables its customers to achieve high-quality prints by focusing on a standard set of quality metrics.
  • With an emphasis on machine, process, and part quality, Sigma Labs is committed to advancing the field of additive manufacturing.
  • By partnering with industry leaders and constantly pushing the boundaries of technology, Sigma Labs is driving the evolution of metal 3D printing.
  • The company’s solutions offer real-time monitoring and analytics for improved process control and enhanced print quality.
  • Sigma Labs is a leading provider of high-quality metal 3D printing solutions.
  • The company focuses on improving machine, process, and part quality in additive manufacturing.
  • Sigma Labs offers real-time monitoring and analytics for enhanced control and print quality.
  • By partnering with industry leaders, Sigma Labs drives innovation and advancements in metal 3D printing technology.
  • Their solutions enable customers to achieve exceptional results and push the boundaries of additive manufacturing.

Sigma Labs’ Evolution in Metal 3D Printing Technology

Sigma Labs has come a long way since its inception as a research laboratory dedicated to 3D metal printing. Today, the company has evolved into a leading solutions provider, offering advanced metal additive manufacturing systems. With a focus on removing the quality barrier in additive manufacturing, Sigma Labs works closely with customers, OEMs, and standards organizations to develop innovative solutions that ensure the highest standards of quality.

One of the key advancements in metal additive manufacturing is the development of advanced meltpool monitoring and analytics. Sigma Labs leverages this technology to provide real-time insights into the printing process, enabling manufacturers to identify and resolve potential issues in real-time. By continuously monitoring the meltpool, Sigma Labs’ systems enable manufacturers to achieve exceptional precision and accuracy in their metal 3D printing processes.

The Importance of Advanced Metal Additive Manufacturing

Advanced metal additive manufacturing systems offer numerous benefits for manufacturers. These systems provide greater control over the printing process, resulting in improved part quality and consistency. With real-time monitoring and analytics, manufacturers can quickly identify and address potential defects, reducing the need for costly post-print inspections.

Furthermore, advanced metal additive manufacturing enables the production of complex geometries that would be challenging to achieve using traditional manufacturing methods. This opens up new possibilities for design innovation and optimization, allowing manufacturers to create intricate, lightweight, and high-performance parts.

By investing in advanced metal additive manufacturing systems, manufacturers can unlock a wide range of opportunities and gain a competitive edge in their respective industries. With Sigma Labs as their partner, manufacturers can confidently embrace the future of metal 3D printing.

Benefits of Advanced Metal Additive Manufacturing Impact
Improved part quality Enhanced product performance
Real-time defect detection Reduced scrap rates
Complex geometry capabilities Design innovation opportunities

Sigma Labs’ Name Change and Stock Listing

Sigma Labs, a renowned provider of quality assurance software for the commercial 3D printing industry, recently underwent a significant transformation by changing its name to Sigma Additive Solutions. This strategic decision reflects the company’s progress in establishing a quality standard in additive manufacturing and reinforcing its commitment to innovation and excellence in the field.

Furthermore, as part of this evolution, Sigma Additive Solutions’ common stock is now publicly listed and traded on the Nasdaq Capital Market. The stock ticker symbol for Sigma Additive Solutions is SASI, providing investors and stakeholders with an easily recognizable name and symbol in the market.

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Stockholders need not take any immediate action as a result of the name change and stock listing. Sigma Labs stands firm in its commitment to deliver value and growth for its investors, while continuing to advance the additive manufacturing industry.

The company’s corporate web address has also been changed to www.sigmaadditive.com, where stakeholders can find updated information about Sigma Additive Solutions’ products, services, and corporate developments.

3D printing technology

Sigma Labs’ Partnership with Materialise

Sigma Labs, in collaboration with Materialise, a renowned provider of AM software and services, has developed a groundbreaking technology that revolutionizes the scalability of metal AM applications. This innovative platform combines Materialise’s Control Platform with Sigma Labs’ PrintRite3D® sensor technology, enabling users to identify and rectify issues during the metal build process in real time. By enhancing the scalability and consistency of metal AM processes, manufacturers gain greater control over their unique production processes, resulting in improved quality and efficiency.

The partnership between Sigma Labs and Materialise aims to overcome the challenges faced in metal AM applications, such as maintaining real-time quality control. With this platform, manufacturers can streamline their metal AM processes, reduce errors, and enhance productivity. The integrated real-time monitoring and quality control capabilities provide manufacturers with greater confidence in the reliability and accuracy of their metal AM outputs.

This collaborative effort not only addresses the current limitations in metal AM applications but also opens up new opportunities for manufacturers. The ability to identify and address build issues in real time allows manufacturers to achieve higher levels of precision, leading to improved part quality and reduced scrap rates. In addition, the platform offers flexibility by being compatible with both existing 3D printers, through retrofitting, and new machines, providing an adaptable solution for manufacturers at various stages of their metal AM journey.

With this partnership, Sigma Labs and Materialise are propelling the metal AM industry forward, revolutionizing the future of manufacturing. By ensuring real-time quality control and fostering technological advancements, this collaboration contributes to the ongoing growth and adoption of metal AM processes in various industries.

Benefits of the Sigma Labs and Materialise Partnership:
Improved scalability and consistency of metal AM applications
Real-time identification and rectification of build issues
Enhanced productivity and cost-efficiency
Reduced scrap rates and enhanced part quality

Benefits and Impact of Sigma Labs’ Platform

One of the major challenges in metal AM for serial production is the lack of process robustness and repeatability. This hinders broader adoption and leads to higher costs due to the need for post-build inspection and quality assurance. Sigma Labs’ platform, developed in collaboration with Materialise, addresses this roadblock by providing real-time monitoring and intervention capabilities.

This innovative platform improves productivity by ensuring process robustness, enabling manufacturers to achieve consistent and repeatable results. By continuously monitoring and analyzing key quality metrics during the printing process, manufacturers can identify and rectify any deviations or anomalies immediately.

The real-time monitoring and intervention capabilities offered by Sigma Labs’ platform have a significant impact on cost savings. By minimizing the need for post-build inspection and quality assurance, manufacturers can optimize their production processes, reduce scrap rates, and eliminate the cost associated with rework or rejected parts.

Moreover, the platform enhances the overall quality of metal AM processes. Through real-time monitoring and intervention, manufacturers can proactively address any issues that may arise during the printing process, ensuring that the final product meets the required standards. This leads to improved quality control, reduced defects, and enhanced customer satisfaction.

To summarize, the benefits of Sigma Labs’ platform include:

  • Improved process robustness and repeatability
  • Increased productivity and efficiency
  • Cost savings through reduced scrap rates and inspection costs
  • Enhanced quality control and customer satisfaction
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With Sigma Labs’ platform, manufacturers can overcome the challenges associated with metal AM for serial production, achieve consistent and high-quality results, and realize the full potential of additive manufacturing technology.

Collaboration and Future Opportunities for Sigma Labs

Sigma Labs and Materialise are actively seeking partners in various industries who are enthusiastic about expanding their utilization of metal additive manufacturing (AM) in serial production. The aim is to collaborate with end-users and machine producers to refine processes that cater to their unique applications, thereby improving the quality and consistency of 3D metal printing. As more companies enter the production space in the coming years, Sigma Labs’ long-standing relationship with Materialise and their shared commitment to advancing additive manufacturing technology will pave the way for future opportunities for collaboration.

The Benefits of Collaboration

Collaboration between Sigma Labs, Materialise, end-users, and machine producers holds significant advantages in the realm of metal AM usage expansion. By joining forces, these stakeholders can:

  • Exchange valuable insights and best practices
  • Refine existing processes to meet industry-specific requirements
  • Identify novel applications for metal AM technology
  • Create a supportive environment for innovation and experimentation
  • Streamline production workflows and reduce time-to-market
  • Enhance product quality and consistency

This collaboration aims to break down barriers and accelerate the adoption of metal AM in various industries, including aerospace, automotive, healthcare, and more. By expanding the scope of metal AM usage, manufacturers can unlock unprecedented design freedom, reduce costs, and achieve superior performance in their end products.

Expanding Metal AM Usage: Opportunities Ahead

The future of metal AM usage holds vast potential for growth and innovation. With the expertise of Sigma Labs and Materialise, coupled with the involvement of end-users and machine producers, the following opportunities can be expected in the expansion of metal AM usage:

  1. Development of specialized metal AM processes for complex applications
  2. Optimization of production workflows to improve efficiency and productivity
  3. Customization of metal AM solutions tailored to industry-specific needs
  4. Creation of new materials and alloys for enhanced performance
  5. Integration of metal AM with other manufacturing technologies for hybrid approaches
  6. Standardization of quality metrics and certification processes

This collective effort will shape the future of metal AM, driving its adoption across industries and transforming traditional manufacturing processes. By embracing collaboration, end-users, machine producers, and technology providers can push the boundaries of what is possible and unlock the full potential of metal additive manufacturing.

Benefits of Collaboration Opportunities Ahead
Exchange of insights and best practices Development of specialized metal AM processes for complex applications
Refinement of processes to meet industry-specific requirements Optimization of production workflows to improve efficiency and productivity
Identification of novel applications for metal AM technology Customization of metal AM solutions tailored to industry-specific needs
Creation of a supportive environment for innovation and experimentation Creation of new materials and alloys for enhanced performance
Streamlining of production workflows and reduction in time-to-market Integration of metal AM with other manufacturing technologies for hybrid approaches
Enhancement of product quality and consistency Standardization of quality metrics and certification processes

About Sigma Labs and Materialise

Sigma Labs Inc. is a leading provider of in-process quality assurance (IPQA®) software for the additive manufacturing industry. With a focus on the additive manufacturing industry, Sigma Labs specializes in delivering real-time monitoring and analytics solutions for 3D metal and polymer advanced manufacturing technologies. Their flagship product, PrintRite3D®, offers manufacturers the ability to optimize production processes, reduce scrap rates, and improve overall quality.

Materialise, with three decades of experience in the 3D printing industry, offers a wide array of software solutions and 3D printing services. As a trusted partner in the additive manufacturing industry, Materialise’s expertise complements Sigma Labs’ capabilities. The collaboration between Sigma Labs and Materialise aims to leverage their collective knowledge to drive advancements in the additive manufacturing field.

Combining Sigma Labs’ PrintRite3D® software with Materialise’s extensive experience, the collaboration enables manufacturers to achieve greater process reliability, repeatability, and cost savings. This joint effort plays a pivotal role in expanding the application of additive manufacturing and driving the growth of the 3D printing industry as a whole.