Skip to main content

Ricoh

HardwareOta-ku, Tokyo, JapanFounded 1936· One of 1738 Hardware companies tracked by AMPulse

Japanese multinational imaging and electronics company that develops and sells metal binder jetting AM systems and industrial inkjet 3D printers, alongside its core office imaging, production printing, and digital services businesses.

CEO / Founder
Akira Oyama
Team Size
5001-10000
Stage
Public
Latest Round
IPO

Technology & Products

Key Products

RICOH Pro VC80000 high-speed inkjet production printer; Metal binder jetting AM systems (aluminum parts for mass production); RICOH Managed 3D Print Services for Additive Manufacturing Production; Industrial inkjet printheads and 3D inkjet printer technology; Office MFPs, laser printers, and document solutions; Digital cameras and 360-degree cameras

Technological Advantage

Ricoh's AM advantage rests on its long-standing inkjet printhead and materials engineering capabilities, which it has redirected into metal binder jetting for mass production of aluminum parts. The company publicly exhibited a new metal binder jet technology in November 2021 in partnership with Ricoh UK Products Ltd., and has filed numerous AM-related patents under 株式会社リコー / RICOH COMPANY, LTD. (e.g., JP6519274B2, JP6428241B2, WO2017094709A1). The advantage is partially defensible via patent portfolio and process know-how, but the metal binder jetting segment is increasingly competitive (HP, Desktop Metal, Markforged, GE Additive), so the moat is moderate rather than dominant.

Differentiation

Value Proposition

Enables cost-effective mass production of aluminum and metal parts via proprietary binder jetting technology, reducing per-part cost and lead time versus conventional metal AM while leveraging Ricoh's decades of inkjet printhead and materials expertise.

How They Differentiate

Ricoh differentiates through its inkjet printhead heritage and materials science depth, targeting mass production of aluminum parts rather than prototyping; its metal binder jetting approach competes with HP Metal Jet and Desktop Metal on cost-per-part and throughput for industrial aluminum components, while its broader industrial printing portfolio (e.g., Pro VC80000) provides cross-selling leverage.

Market & Competition

Target Customers

Industrial manufacturers, aerospace and automotive component producers, medical device companies, and enterprise office/document customers

Industry Verticals

Industrial manufacturing; Aerospace; Automotive; Medical/Healthcare; Office and enterprise document management; Graphic communications

Competitors

HP Inc. (Metal Jet binder jetting); Desktop Metal; GE Additive

Growth & Milestones

Growth Metrics

Ricoh Group worldwide sales of approximately ¥2,608 billion; consolidated employees 75,635 (as of March 31, 2026); capital 135.3 billion yen

Major Milestones

1936: Founded as Riken Kankoshi Co., Ltd.; 1963: Renamed Ricoh Company, Ltd.; 1965: Introduced Ricopy BS-1, first electrostatic copier; 2014: Launched additive manufacturing (AM) business; 2021: Reorganized into four business groups (Printing, Medical, Imaging, Industrial); 2021: Exhibited new metal binder jet technology with Ricoh UK Products Ltd.; 2022: Expanded Customer Experience Centre in Telford, UK for metal AM co-creation; 2023: Announced collaboration with Siemens for industrial aluminum part mass production

Notable Customers

Takachi Electronics Enclosure Co., Ltd. (タカチ電機工業)

AM patents

AM-relevant patents linked to this company.

Patents
3
Granted
0
Families
3

Leading domains: process (3), equipment (2), material (1)

Filings by year: 2020: 2 · 2019: 1

  1. THREE-DIMENSIONAL MOLDING KIT AND METHOD FOR MANUFACTURING THREE-DIMENSIONALLY MOLDED ARTICLE2021193339 · WO
  2. METHOD AND APPARATUS FOR PRODUCING ADDITIVELY MANUFACTURED ARTICLE, CURING SOLUTION FOR ADDITIVE MANUFACTURING, AND KIT FOR ADDITIVE MANUFACTURING2021002479 · WO
  3. SHAPING DEVICE, SHAPING METHOD, COMPOSITE, PRODUCTION METHOD OF COMPOSITE, WIG BASE, WIG, AND PRODUCTION METHOD OF WIG2021149418 · WO

Funding rounds

  • IPO1963-01-01Source: Web