Nexttrip, Inc. · NASDAQ:NTRP
Nexttrip — Sigma Labs — Investor Presentation (September 2020)
25 slides from Nexttrip's investor presentation, Sep 16, 2020
Slide 1: Setting the Quality Standard for Additive Manufacturing
“, Setting the Quality Standard for Additive Manufacturing NASDAQ:SGLB September 2020
Slide 2: Forward Looking Statement
Forward Looking Statement (9 sicna vass The QA Standard for Additive Manufacturing This presentation contains “forward-looking statements” within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended (which Sections w
Slide 3: Three Thoughts
Three Thoughts Occnus ‘The QA Standard for Additive Manufacturing Additive Manufacturing, or PrintRite3D® IPQA Sigma Labs has 3D Printing, is a disruptive (In-process Quality Assurance) first mover advantage, technology that is revolutionizing is a critical catalyst to significant barriers to entry,
Slide 4: Three Thoughts
Three Thoughts Occnus ‘The QA Standard for Additive Manufacturing Additive Manufacturing, or PrintRite3D® IPQA Sigma Labs has 3D Printing, is a disruptive (In-process Quality Assurance) First Mover Advantage, technology that is revolutionizing Is a critical Catalyst to Significant Barriers to Entry,
Slide 5: Three Thoughts
Three Thoughts Occnus ‘The QA Standard for Additive Manufacturing Additive Manufacturing, or PrintRite3D® IPQA Sigma Labs has 3D Printing, is a disruptive (In-process Quality Assurance) First Mover Advantage, technology that is revolutionizing Is a critical Catalyst to Significant Barriers to Entry,
Slide 6: Sigma Labs Overview
Sigma Labs Overview Savane The QA Standard for Additive Manufacturing > Software company that develops In- Process Quality Assurance solutions for the Additive Manufacturing industry ° Disruptive, high-growth and exciting industry Sigma Labs, Inc. (NASDAQ: SGLB) > Headquartered in Santa Fe, N. M. *
Slide 7: Mitsubishi Heavy Industries
ae Mitsubishi Heavy Industries Q sion ress 40" largest manufacturer in the world Aggressive Additive Manufacturing initiatives Early Adopter of 3d printing Innovative in approach and use Launched a line of 3D Metal Printers in 2018 PrintRitesD” Sophisticated end-user with multiple years of experienc
Slide 8: Shortening the Sales Cycle
Shortening the Sales Cycle 2019 RTE Rapid Test & Evaluation Build PrintRite3D system Ship to end User Send engineers to install Educate the customer on IPQA verage cost ~ $75,000 to Sigma Timeframe — 6 to 12 months ‘The QA Standard for Additive Manufacturing 2020 @Sigma RTE Rapid Test & Evaluation P
Slide 9: Broader Market Reach
Broader Market Reach Siscmuas The QA Standard for Additive Manufacturing <<—a> Additive Industries ‘The integration of the PrintRite3D Melt-Pool Monitoring solution in our MetalFAB1 is an important addition to our product portfolio. The PrintRite3D solution matches very well with our focus on qualit
Slide 10: Validating our Technology
Validating our Technology ‘The QA Standard for Additive Manufacturing RTE1 * Single laser EOS printer Baker Hughes * 6 months RTE2 * Dual Laser SLM printer * 6 months ¢ Multiple parts on a single plate ) u Benefits ¢ Faster response time ¢ Less downtime ¢ Faster product development * Less material w
Slide 11: DMG MORI Worldwide Distribution
lpMc mort Worldwide Distribution Gscnum The QA Standard for Additive Manufacturing Preferred Monitoring Solution > Single and dual laser machines > Certified by DMG MORI and Sigma Labs engineers > DMG PrintRite3D interface > Sold and supported by DMG J > Printer accommodates our optics DMc mor! Prin
Slide 12: IPQA University
*) YouTube IPQA® UNIVERSITY IPQA University - In-Process Quality Assurance > Learn the techniques and technical solutions to achieve a high level in process quality assurance (IPQA) in additive manufacturing/3D metal printing How to Achieve In-Process Quality Assurance for... igma Labs, In we - 1 mo
Slide 13: Mission Statement
0 SIGMA LABS ‘The QA Standard for Additive Manufacturing Mission Statement To accelerate the adoption of Additive Manufacturing by setting the standard for In-process Quality Assurance for 3D Metal Printing PrintRitesD° In-Process Quality Assurance (IPO)
Slide 14: Additive Manufacturing - Subtractive Manufacturing
Additive Manufacturing - Subtractive Manufacturing Q sions —_ The QA Standard for Additive Manufacturing » Subtractive Manufactured Waste Manufacturing Part » Additive Manufactured Waste Manufacturing Part PrintRitesD° In-Process Quality Assurance (IPO)
Slide 15: Benefits of 3D Metal Printing
IGMA LAB Oil and Gas a) ole cailac ; The QA Standard for Addve Manufacturing Faster time-to-market of new ideas Speed production times Increased customization and personalization Design freedom Cost reduction Benefits of 3D Metal Printing Automotive Aerospace PrintRitesD° In-Process Quality Assuranc
Slide 16: ESG Impact of 3D Metal Printing
¢ Uses less material ESG o Recycle unused powder ¢ Reduce transportation and warehousing costs | m pact of 3 D M eta | o Produce part closer to where it’s needed Printing ¢ Less waste o Produce only parts that are needed PrintRite 2D" o No wasted inventory to carry In-Process Quality Assurance (IPO)
Slide 17: COVID-19 Impact
~COVID-19 Impact< aa Short-term, continued negative impact on capital budgets Long-term, accelerate adoption of Additive Manufacturing ¢ Manufacturers rethink complex supply chains * Mitigate risk of mission critical product or part shortages * Move of manufacturing source closer to where the part i
Slide 18: Throttling the Growth of 3D Metal Printing
Throttling the Growth of N 3D Metal Printing \ PrintRitesD°
Slide 19: PrintRite3D - Detects and Classifies Defects
PrintRite3D® - Detects and Classifies Defects Q sion LABS ‘The QA Standard for Additive Manufacturing Layer 7 Layer 225 Layer 250. Layer 314 : : a ¢ Lack of fusion ¢ Gas flow variation ¢ Spherical porosity «¢ Re-coater interaction * Key holing ¢ Short feed ¢ Inclusions ¢ Insufficient support structu
Slide 20: IPQA
IPQA® Providing a consistent standard of quality across 3D printers Z1) DMG MORI €3 COHERENT. Sodici« 3D SYSTEMS CONCEPT a enys SLM LASER
Slide 21: End User Benefits, Proficiency and Need
End User Benefits, Proficiency and Need © sions uses > Faster product development cycle time > Less trial and error > Faster part qualification > Saves time and money > Minimizes waste > Non-destructive inspection > Stop bad builds in process > Maximizes machine time > Stop processes when defect det
Slide 22: Protecting our IP
Protecting our IP ru i q’ Wye PfintRite3>" Sil’ In-Process Quality Assurance (IPOA) 0 SIGMA LABS ‘The QA Standard for Additive Manufacturing These patents encompass the fundamental technology underlying Sigma Lab’s melt pool process control, data analytics, anomaly detection, signature identificatio
Slide 23: Milestones - Validating our Technology
Milestones - Validating our Technology a) SIGMA LABS ‘The QA Standard for Additive Manufacturing Enterprise end users 3D Printer A manufacturers 4 AM Software Vendors Collaboration with Int’l. Standards Groups Major Universities and R&D institutes PrintRite3D” Setting the Quality Standard for Additi
Slide 24: Milestones - Validating our Technology
Milestones - Validating our Technology Qs uss materialise ae | innovators you can count on Enterprise end users part qualification ANSYS sate | fg pct Relationships with 3D Printer manufacturers. 5 Integrate, resell or AIRBUS Strategic 2 3 ‘ 4 . embed Sigma’s relationships with Rechnals AM Software
Slide 25: Summary
NASDAQ:SGLB SIGMA LABS The OA Standard for Additive Manufacturing Summary Additive Manufacturing, or PrintRite3D® IPQA Sigma Labs has 3D Printing, is a disruptive (In-process Quality Assurance) First mover advantage, technology that is revolutionizing is a critical requirement to Significant barrier