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Canada
51-100 Employees
Our Service Technicians are direct employees of Space Aid. Founded in 1967 by Max Prufer, M&P Tool Products Inc. Located in the Greater Toronto Area of Brampton, Ontario, Canada, M&P Tool Products Inc./ Space Aid Manufacturing is a proven leader in the warehouse storage system, material storage and metal stamping industries. Space Aid Manufacturing is a division of M&P Tool Products Inc. Space Aid manufactures our own brand of Redi-Rack compatible pallet racking, UNIRAK. All racking systems are designed and manufactured in accordance with applicable regulations and specifications. A Mezzanine / Storage Platform System is the most cost-effective way to transform wasted overhead space into valuable floor space. Space Aid is a Canadian leader in designing, manufacturing, and installing mezzanine storage platforms.
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UFM42192_2a | Space Aid Manufacturing
... UFM42192_2a | Space Aid Manufacturing ...
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Home - Interstellar Space Technologies
... INTERSTELLAR SPACE TECHNOLOGIES BUILDING NEXT GENERATION SCALABLEIN-SPACE MANUFACTURING FACILITIES We are an in-space manufacturing and construction company Building upon the decades of research at International Space Station and technological advancements, we are positioned to ...
Berlin, Germany
1-10 Employees
2022
Decoupling space structures from the limited payload volume using additive manufacturing. Our universal 3D printing satellite will be able to manufacture complex structures of any size and shape directly on orbit faster, cheaper and more agile than on earth. Large projects require 3x more rocket trips to ship ready made structures vs manufacturing them directly in space. Manufacturing large scale structures for space stations and other aplications. Jakub is entrepreneur with 10 years of experience running manufacturing companies. Robert is a multiskilled engineer in the 3D Printing Space.
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Orbital Matter
... In-Space manufacturing ...
Winnipeg, Canada
1-10 Employees
2014
Featuring Canadian Made Acoustic Panels, baffles and related products | Specializing in IIC, STC (Class 1/Class 2) and RT60 Testing. We have invested heavily in research, product development, specialized equipment and design engineering software. We eliminate the guess work and offer our clients a predictable result.
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Acoustic Spaces Manufacturing Ltd. - Vibrations, Soundproofing
... Acoustic Spaces Manufacturing Ltd. - Vibrations, ...
Darmstadt, Germany
1-10 Employees
2015
SPiN enables manufacturers to integrate components and subsystems efficiently and cheaply in a modular concept, empowering satellite manufacturers to spend high-value time and money where it counts: pursuing new ventures. Frascati, Italy, 15 January 2024 – Space Product and Innovation S.r.l (SPiN), a leading provider of innovative modular space manufacturing solutions, announced today the successful closure of a €1.63 million seed funding round led by Galaxia, the Italian Technology Transfer Hub on Aerospace powered by CDP Venture Capital, together with Obloo Ventures, with participation from Scientifica Venture Capital and Innova Venture. This significant investment will propel SPiN's mission to revolutionize space manufacturing and democratize access to space. SPiN is a leading provider of modularity solutions for the space sector, offering satellite integration solutions to transform satellites into modular systems: a service to design satellites in a flexible concept using model-based system engineering methodology and a plug-and-play adapter, the MA61C intelligent data node. Founded in 2015, after winning first prize at Startup Weekend Space in Bremen, we offer intelligent, innovative services to space ventures worldwide today. SPiN offers a satellite integration solution to transform satellites into modular systems. SPiN provides satellite design services to lower prices and accelerate missions lead times of our customers. Thanks to the universal adapter MA61C SPiN offers effortless and seamless software integration.
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About | Space Products and Innovation
... SIMPLIFY SPACE MANUFACTURING ...
United States
51-100 Employees
1991
We are committed to providing an injury-free work environment. Our goal is to meet or exceed our customer’s expectations, right the first time and every time. Gaining recognition as a top provider for multiple years and growing Accurate’s capacity and capabilities to meet the changing demands of our customers. Our guiding principle is to be committed to our customer’s satisfaction. Our team can provide expert assistance in developing solutions for Powder Coating, Wet Paint applications, Sand Blasting, and substrate preparation to meet your needs or specifications. Our team is committed to meeting or exceeding our customer’s expectations, while providing a safe environment for all of our team members. Accurate is proud to provide turnkey service to our customers from order to delivery. Our ISO 9001/2015 facility in Taylor, Texas provides high quality Assembly, Sand Blasting, Iron Phosphate and Zirconium Pretreatment, Powder Coating and Wet Painting.
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Home - Accurate Inc. - Industrial Coatings
... Manufacturing Space ...
The Hague, Netherlands
1-10 Employees
2009
We develop creative that supports your brand activations without having to engage multiple agencies. Our mission is to create memorable executions that translate your brand into a unique and engaging experience; driving sales performance and increasing profitability. We are experts in developing lightweight, flat-packable and easy to assemble displays tailored to your needs. From packaging, POP marketing materials, custom made POS displays to stand-alone store solutions, we develop everything you need for an exceptional customer experience. Every brand is different and our service is tailored precisely for your needs, expectations and budget. In-house logistics experts help you every step of the way making sure your items get to you on-time, every time. The core values of Gate 8 are founded on commitment, integrity, honesty, human focus, communication, trust and competence. Please let us know how we are doing!
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Gate 8 Limited | packaging | display | space | display manufacturing | shop fittings | retail furniture | retail design | product displays | merchandising pos | gondolas | FSDUs | store concepts | pos marketing materials | brand communication tools | About
... Gate 8 Limited | packaging | display | space | display manufacturing | shop fittings | retail furniture | retail design | product displays | merchandising pos | gondolas | FSDUs | store concepts | pos marketing materials | brand communication tools | ...
Fruitport, United States
11-50 Employees
1981
Current CEO Jerry Hanson started Hansons Manufacturing in 1981. Jerry has more than 50 years experience in the wood manufacturing. IA is a tier two manufacturer providing component level and finished casegoods to companies of all types. IA is a quality manufacturer of retail store fixtures, casegoods, displays, furniture and custom millwork. Store fixtures, panel products, office furniture, solid wood products, fully assembled casework for any industry, finishing, edgebanding, custom millwork, and design services. We source our materials from local Michigan businesses which saves on cost and provides shorter lead times. We use our years of expertise to combine new and old methods of manufacturing to achieve your goals.
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Industrial Assemblies | Woodworking Specialists
... 80,000 Sq Footage Manufacturing space, office and ...
Culver City, United States
1-10 Employees
2019
Lince was interviewed along with other experts in Tribology for the following issues of Tribology and Lubrication Technology. Join us and thousands of other space manufacturing and technology professionals at North America’s premier exhibition and conference for the space industry. Provide consulting services in the areas of Tribology and Surface Chemistry, with a specialization in solid lubrication and materials tribology used in space and vacuum applications. Provide technical leadership in teams charged with producing robust designs of lubricated devices for critical applications. Coordinate laboratory investigations for root cause investigations using expertise in analysis techniques in tribology, as well as surface, interface, and materials science.
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Home - Space Tribology Consulting, Inc.
... Join us and thousands of other space manufacturing and technology professionals at North America’s premier […] ...
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Making large-scale manufacturing in space possible
... The team is embarking on an ambitious journey to revolutionize in-space manufacturing. ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Space Manufacturing
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 189 |
| Amount of suitable service providers | 195 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1981 |
| Youngest suiting company | 2022 |
Space manufacturing refers to the production of goods in an environment outside the Earth's atmosphere, utilizing the unique conditions of space, such as microgravity, vacuum, and extreme temperatures, to develop materials and products impossible or difficult to create on Earth. This innovative approach to manufacturing opens up new avenues in various scientific and industrial fields, offering the potential for significant advancements. For instance, in the pharmaceutical sector, microgravity allows for the growth of purer crystal formations, leading to the development of more effective drugs. Similarly, in materials science, the absence of gravity enables the creation of alloys and metal foams with unique properties, enhancing their performance in applications ranging from aerospace to everyday consumer products. The vacuum of space also provides an ideal setting for precision manufacturing processes, free from contamination by atmospheric particles. As a burgeoning field, space manufacturing not only promises to revolutionize how we produce and design materials but also holds the potential to significantly reduce the environmental impact of industrial activities on Earth. By shifting some manufacturing processes to space, it's conceivable to alleviate the strain on Earth's resources, marking a pivotal step towards sustainable development and opening a new chapter in human technological advancement.
1. Zero-Gravity Environment
The unique zero-gravity conditions in space significantly reduce the stress and strain on materials during the manufacturing process. This environment allows for the creation of purer substances and more precise assemblies, which are often unachievable on Earth due to gravity's impact.
2. High Vacuum Conditions
Space offers an unparalleled vacuum environment that is almost impossible to replicate on Earth. This high vacuum is ideal for producing materials like semiconductors and pharmaceuticals, as it eliminates contaminants that can affect the quality of these products.
3. Access to Novel Resources
Manufacturing in space opens up access to materials found on asteroids, the Moon, and other celestial bodies. These resources, scarce or absent on Earth, can be utilized to create advanced materials and products, offering new solutions to terrestrial challenges.
4. Energy Efficiency
The abundant solar energy available in space provides a sustainable and cost-effective power source for manufacturing activities. This energy can be harnessed more efficiently without the atmospheric losses experienced on Earth, reducing the carbon footprint of production processes.
While evaluating the different suppliers make sure to check the following criteria:
1. Technical Expertise and Experience
Ensure the supplier has a proven track record in space manufacturing, including specific projects or partnerships that demonstrate their capability in the field.
2. Quality Assurance Standards
Check for certifications like ISO 9001 or AS9100, which indicate a commitment to maintaining high-quality manufacturing processes and products.
3. Innovation and Technology Adaptation
Assess the supplier's ability to innovate and adapt to new technologies, crucial for staying competitive in the rapidly evolving space industry.
4. Supply Chain Reliability
Evaluate the robustness of the supplier’s supply chain, ensuring they can manage risks and maintain consistent delivery schedules.
5. Cost-Effectiveness
Consider the supplier's pricing in relation to the quality and innovation they offer, ensuring it aligns with your project budget and financial goals.
6. Customer Service and Communication
Determine the supplier's responsiveness, flexibility, and willingness to collaborate closely with your team, ensuring smooth project execution.
Space manufacturing opens a realm of possibilities for B2B applications, leveraging the unique conditions of outer space to innovate and improve products across various industries. One significant use case is in the pharmaceutical sector, where microgravity allows for the development of purer medications. This environment enables the growth of perfect crystals, leading to more effective drug formulations with fewer side effects. Another area where space manufacturing shows promise is in the production of advanced materials. The vacuum and zero-gravity conditions in space enable the creation of materials with unique properties, such as stronger alloys and purer semiconductors. These materials are crucial for advancements in electronics, automotive, and aerospace industries, offering enhanced performance and durability. Additionally, space manufacturing holds potential for the satellite industry. Building and assembling satellites in space can reduce the constraints imposed by Earth's gravity, allowing for the creation of larger, more complex structures. This capability can revolutionize telecommunications, providing more robust and efficient communication networks. Each of these use cases illustrates the transformative impact of space manufacturing on B2B industries, offering innovative solutions that leverage the unique advantages of the space environment.
Space manufacturing, a concept that envisions producing goods in an extraterrestrial environment, predominantly resides at a Technology Readiness Level (TRL) ranging from 3 to 4. This classification indicates that the technology is in the experimental proof-of-concept phase, with basic technological components being validated in a controlled environment. The primary technical reason for this TRL positioning stems from the unique challenges posed by the space environment, such as microgravity, extreme temperatures, and high radiation levels, which significantly impact manufacturing processes. For instance, metal 3D printing in microgravity, a key method for space manufacturing, has seen successful experiments aboard the International Space Station, demonstrating feasibility. However, transitioning from these experimental validations to fully operational, scalable systems requires overcoming substantial technical hurdles. These include ensuring consistent material properties, developing reliable power sources, and creating closed-loop resource recycling systems to support sustainable manufacturing. The complexity of these challenges, coupled with the current infancy of in-situ resource utilization (ISRU) technologies, which are critical for raw material extraction in space, underscores the nascent state of space manufacturing technology.
In the Short-Term, the focus within space manufacturing will predominantly lie in the development and testing of in-situ resource utilization (ISRU) technologies. These advancements are aimed at using lunar and Martian materials for constructing habitats and manufacturing essential components, reducing the need to transport materials from Earth. Efforts will also concentrate on perfecting 3D printing techniques that can work with these extraterrestrial materials to create tools and parts, significantly cutting down on launch costs and enhancing sustainability of space missions. The Mid-Term phase will see an escalation in the complexity of objects manufactured in space, moving beyond basic tools and components to more intricate machinery and possibly electronics. This period will also herald the establishment of the first automated manufacturing facilities on the Moon, leveraging solar energy for power. These facilities will not only support lunar bases but also serve as test beds for technologies needed for deeper space exploration, including Mars. Research into zero-gravity manufacturing processes, which can create materials and products with unprecedented qualities, will gain momentum. In the Long-Term, space manufacturing is expected to evolve into a fully integrated industry, supporting large-scale habitats and even the creation of space stations designed for manufacturing. Advances in robotics and AI will enable the autonomous operation of these facilities, producing a wide range of products from high-quality metals and alloys to complex electronic devices and pharmaceuticals. This phase will also explore the potential for asteroid mining, providing raw materials for space-based manufacturing hubs and significantly advancing human capability to live and work in space.
