Support for introducing 3D printing technology

Supporting our customers’ efforts to strengthen their competitive edge by advancing their efforts to “master additive manufacturing” as a project

In recent years, with the development of 3D printer equipment, software, and modeling materials, advances have been made in additive manufacturing (AM) as a technology that can be used to produce final products. AM technology differs from existing manufacturing methods in many ways. There are many issues to overcome before AM can be incorporated into Japanese manufacturing processes, and the barrier to adoption is very high for many companies.

Common inquiries

  • I want to use or deploy AM technology but don’t know where to start
  • I don’t know what AM technology will do for the company
  • I want to increase our competitiveness by developing products and production technologies using new technology
  • I’m knowledgeable enough about 3D printers and don’t have the verification facilities. I want you to:
    ・Verify if optimum design to meet these functional requirements is possible
    ・Verify if this structural idea can be realized
    ・Verify if a product can be made using this kind of material
    ・Verify if this can be made with low environmental impact material

Even if customers understand the various benefits of AM technology, discussions may not progress if customers have little experience using and deploying AM technology.

SOLIZE’s service for supporting the introduction of AM technology promotes initiatives for the customer to master AM as a project.

SOLIZE assists customers in strengthening their competitive edge by combining our market research and advisory services, technical support service, and product development support service in response to our customers' business environment and issues.

Services

Support in the basic research field: Development of technologies underlying the use of AM

We support the development of technologies necessary to create a product using 3D printers.

  • Design of functional structures (topology, lattices, porous materials, metamaterials)
  • Product performance prediction (structural analysis, thermal fluid analysis)
  • Development of materials (special material evaluation as a commissioned project, recycling)
  • Analysis of manufacturing processes (residual stress, deformation)
  • Advancements in the manufacturing processes (realize thin-walled microstructures)
金属造形によるポーラス体の製作のイメージ
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Product development support: Use of AM based on design and analysis

We work with customers from the design stage to develop technologies that combine 3D printing, design, and analysis to increase the added value of AM.

  • Improve thermal/fluid control efficiency (thermal fluid analysis)
  • Enhance functions (optimize structure, lattice, predict product life)

Product development/planning/test marketing support: Mold-less manufacturing service

Using SOLIZE’s technologies to “master AM,” we support customers from development to manufacturing of small batches without using metal molds.

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スマートAMソリューションズ

Smart AM solutions

We provide a one-stop service from design and analysis to production, evaluation, and verification, and propose solutions that resolve issues and increase value in metal additive manufacturing.

SOLIZE’s characteristics

SOLIZE provides services in all areas, including “sales of devices”, “molding services”, and “developing functions”, and is able to make proposals that meet the needs of our customers.

Characteristics Approach
Resource
(Equipment and materials)
  • Owns 41 industrial printers from various manufacturers that uses various techniques (one of the largest fleets Japan)
  • Has a 3D digitizer and material evaluation device
  • Can handle many different types of materials, including resins and metals
  • Propose products that match market needs by developing unique materials (e.g., High heat-resistant transparent resin, ferrite-based SUS)
  • Quickly evaluate AM quality fully utilizing our abundant array of printers
Capability
(Response capability and development capability)
  • Mechanical processing/finishing and surface processing
  • Inspection and evaluation as needed
  • Parameter tuning
  • Surface processing and powder removal after shaping
  • Flow/structural analysis
  • Suggest AM methods that ensure performance and optimize for QCD
  • Provide a service that tackles challenging problems together with users
  • Handle 3D data creation, post-processing, evaluation and inspection in addition to AM
Competence
(Track record and experience)
  • AM experience and knowhow fostered over 30 years
  • Manufactured 40,000 parts every year
  • Received the WORLDWIDE 3D PRINTER PARTNER OF THE YEAR award from 3D Systems
  • Certified as Japan’s only DMN partner by HP
  • Build a reproducible and effective system based on past experience and experiment data
  • Constantly pursue better ways of operating