INNOVATION
Satellogic | December 29, 2021
On December 28th, Satellogic, a market leader in the collection of sub-meter resolution satellite imagery, announced the construction of a high-throughput satellite manufacturing facility in the Netherlands.
This new 57,000-square-foot facility is expected to expedite satellite assembly and house the company's state-of-the-art manufacturing, integration, and testing equipment. Along with logistics capabilities and storage space dedicated to sensitive optics, mechanical, and electronic components, the facility will include office and meeting space for approximately 80 people to facilitate hybrid working arrangements.
The site was strategically selected in Berkel en Rodenrijs because the region is home to a sizable workforce of skilled labor. Furthermore, proximity to The Hague, Delft, and Rotterdam enables Satellogic to provide the best logistical support in the world.
Gustav Wenhold, Satellogic's VP of Manufacturing Operations, will oversee operations at the new facility. Wenhold's international leadership experience spans more than two decades. He has managed several aerospace manufacturing entities for the last 15 years, ensuring that the necessary functions for self-sustaining business models were in place.
"Satellogic has ambitious growth plans that our new high-throughput plant is designed to meet," said Wenhold. "With these significant additions to our production capabilities, we’re prepared to continue supporting our customers by delivering high frequency, high-resolution imagery and strategic, timely insights for decision makers."
The new high-throughput plant will operate under modern and Industry 4.0 principles. The building's construction is scheduled to be completed by the end of January 2022. Production is expected to begin in the second quarter of 2022 after the facility's equipment is fully commissioned, and the facility is expected to reach its total capacity of 25 satellites per quarter by Q3 2023.
"Satellogic relies on key suppliers for the delivery of components and subassemblies that have been fully developed by our internal engineering and manufacturing teams, With this expansion to our supply chain, we expect we will be able to scale up our production plans and reach our goal of constantly maintaining 300 satellites in orbit."
-Alessandro Comune, VP of Global Supply Chain.
Satellogic will maintain its current Assembly, Integration, and Test (AIT) facility in Montevideo, Uruguay, which currently has a capacity of 24 satellites per year. In the future, the Uruguay facility will primarily serve as a pilot plant to introduce new technology for next-generation satellites. Additionally, the technology will be advanced to the manufacturing maturity required for satellites to be transferred to the Netherlands, where industrialization and throughput-increment processes will be developed. Both facilities will continue to emphasize standardization, zero defects, and zero waste.
Satellogic is expected to go public through a proposed business combination with CF Acquisition Corp. V (Nasdaq: CFV) ("CFAC V"), a Cantor Fitzgerald-sponsored particular purpose acquisition company. The transaction, which is expected to close in the fourth quarter of 2021, will enable Satellogic to expand its constellation of satellites and maintain its position as the global leader in sub-meter imagery. Satellogic will begin trading on the Nasdaq following the close under the ticker symbol "SATL."
*This press release contains "forward-looking statements" as defined in Section 27A of the Securities Act and Section 21E of the Securities Exchange Act of 1934, as amended.
They reflect Satellogic's current expectations and beliefs about future developments and their potential impact on Satellogic. Statements made in this press release are based on assumptions. A guarantee, an assurance, a prediction, or a definitive statement of fact or probability is not intended to be relied upon by an investor. Actual events and circumstances will differ from assumptions. Satellogic has no control over many real events.
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Shapeways | February 11, 2021
- Over a million customers globally use Shapeways' digital manufacturing solutions
- Full-service platform produces more than 20-million parts across dozens of industries
- Unique applications include smart beehives, rugged device mounts for off-road vehicles, and a hydrometer for brewing craft beer
Shapeways Inc., a market leader in driving digital manufacturing, has achieved important milestones in scaling its manufacturing solutions to meet varied buyer requirements globally. To date, the company has produced more than 20-million parts using 10-different printing technologies and 90 different materials and finishes.
Over a million customers across 160-countries have selected Shapeways Inc. to streamline and speed up the manufacturing of everything from Personal Protective Equipment (PPE) to combat COVID-19 to 3D-printed prosthetics and the ever-growing list of the unique product range.
Miko Levy, chief revenue officer of Shapeways Inc. said, "Shapeways Inc. fosters creative freedom by removing manufacturing guesswork and complexity. Our purpose-built software, automated manufacturing workflows, and quality processes are accelerating success for some truly groundbreaking products."
Protecting Bees with 3D-Printed Smart Beehives
For BeeHero, smart hives are the key to guaranteeing that bees flourish while improving hive productivity. In the end, the firm depends on sensors and data science to help beekeepers and farmers quickly predict and prevent complications. The sensors in the BeeHero smart system are housed in two 3D-printed halves produced by Shapeways Inc. using Nylon 12 [Versatile Plastic] material and Selective Laser Sintering (SLS) technology for added elasticity, durability, and sturdiness. By leveraging Shapeways' design-for-additive, product development, and digital manufacturing abilities, BeeHero benefits from manufacturing and delivering speed, produces better-quality products as well as simple assembly and installation. Moreover, the materials used were accepted by the bees, which has contributed to successful placements and better-results, as real-time pollination observation is proven to increase crop yields by up to 30% on average.
Manufacturing Industrial-Grade - Ruggedized Off-Road Device Mounts
When it comes to manufacturing sturdy device mounts that endure the inflexibilities of off-roading, 67-Designs has delivered tens of thousands of quality systems globally. The idea for producing a lasting iPad mounting device originated from the realization that existing solutions were unwieldy, unrealistic, and aesthetically unappealing.
67-Designs designed and Shapeways Inc. then test-printed sample iterations, which eventually led to the making of the production MagMount G3. This high-end device features a magnet array for better iPad placement and attachment for off-road adventures. The association with Shapeways Inc. involves the use of Nylon 12 [Versatile Plastic] material and industrial-grade additive manufacturing to produce a fine solution. The teamwork also backs 67 Designs' desire to develop a greener creation to market while boosting "made in America" goals with avenues for production in local markets.
Brewing Better Beer Requires Lightweight, Durable 3D-Printed Parts
When it comes to brewing home-based or professional craft beers, there are different techniques, fermenters and apparatus to bring refine quality and taste. At Tilt Hydrometer, what started as a homebrewer's idea has grown into a game-changing experience that monitors beer gravity and temperature in real-time for immediate changes to the fermentation process.
After testing with exclusive plastic milling technology, the company enlisted Shapeways Inc. to produce models and final parts at a 10x cost savings. Using additive manufacturing, Tilt Hydrometer effectively covered subtle electronics in flexible, lightweight, and durable plastic material available from Shapeways Inc. in a rainbow of colors for easy multiple-batch monitoring. Thus, tens of thousands of homebrew and professional brewery clients globally now depend on the Tilt Hydrometer and its intuitive mobile app to create ideal brewing circumstances.
Expediting Product Creation with End-to-End Manufacturing
Shapeways Inc. offers a wide-ranging array of manufacturing abilities to confirm seamless on-demand manufacturing of quality parts, including self-service options and several levels of skilled support. The company's established additive manufacturing proficiency is strengthened by a global network of certified printers, materials, and manufacturing partners. Shapeways' software offers heightened plasticity, with instant price quotes, automatic file uploads, verified printability checks, quality inspections, and accelerated deliveries. As scaling demands intensify, Shapeways Inc. also delivers clients with access to traditional manufacturing offerings, including injection molding and urethane casting services.
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UL | June 15, 2021
UL, the global safety leader, will conduct its virtual Industrial Automation Safety Summit. The topic will center on how industrial automation has significantly improved the manufacturing process and how developing these advantages with safety is vital for risk management. UL's safety specialists will exchange knowledge on industrial control panel optimization, industrial robotics safety considerations, and automated machine workplace safety risk reduction approaches during the three-day event.
Throughout the Industrial Automation Summit, sessions will assist clarify regulatory requirements, reduce misunderstanding about component selection for industrial control panels (ICPs), and provide a roadmap to achieve compliance and increase market access.
Tracks will concentrate on:
Industrial control panels: Understanding and applying current UL 508A, the Standard for Industrial Control Panels, requires manufacturers to fulfill customer needs, regulatory requirements, and market demands. Learn how UL's Industrial Control Panels and the Panel Shop Program provide maximum freedom in panel design, as well as the advantages of the new UL 508A Manufacturer Technical Representative (MTR) program and how specifying the right components may help you optimize ICP design.
Industrial robotics: The track will focus on existing UL Standards addressing industrial robotic safety, such as automated mobile platforms and industrial trucks, and advice for attaining first pass certification and functional safety concerns for robotics advancements.
Automated machinery: This workshop will focus on workplace safety risk reduction approaches for industrial machines and how to overcome problems of functional safety implementation for equipment and comprehend the regulatory framework of the European Union Machinery Directive.
In addition to networking with other professionals and UL's safety experts, attendees will be able to remotely meet one-on-one with UL's engineers to address any application challenges, concerns regarding safety standards, or project requirements.
About UL
UL is the global leader in safety science. We provide testing, inspection, and certification (TIC), training and consulting services, risk management solutions, and critical business insights to our clients in over 100 countries, assisting them in achieving their safety, security, and sustainability objectives. In addition, our extensive product knowledge and intelligence throughout supply chains make us the preferred partner for customers with complex challenges.
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