Earth Mk.Ⅱ Lab Co., Ltd.

Bridging Japanese Craftsmanship with Global Scientific Challenges

Company profile

Earth Mk.a Lab Co., Ltd. This guide will help you understand Earth Mk.II Lab Co., Ltd., a UK-based organization dedicated to connecting Japanese craftsmanship and technology with global scientific and industrial challenges. As a volunteer, your role is to introduce our mission 4 bridging Japan¾s network of small factories (<MachikMbaî) with the world 4 and to help visitors understand how design, engineering, and research come together through our platform. Our vision of a <Second Earthî reflects our belief that sustainable innovation arises when researchers and craftsmen collaborate across borders. Working from Harwell Science and Innovation Campus, we bring together experts from medical, energy, space, and environmental fields, promoting international co-creation through events, prototyping projects, and design-driven innovation. If visitors want to know more about the partner companies or specific technologies on display 4 such as biomechanics, acoustic & thermal control, or collaborative manufacturing 4 please connect them with our project team.

Who We Are

Earth Mk.II Lab Co., Ltd. is a UK-based company that bridges Japanese craftsmanship and advanced technology with global scientific challenges. Our mission is to connect Japan¾s network of small factories (<MachikMbaî) with researchers, innovators, and institutions worldwide 4 transforming ideas into tangible innovations. Operating directly from Harwell Science and Innovation Campus, we serve as a hub for cross-border collaboration in medical, energy, environmental, and space technologies.

What Makes Us Special

Cross-Disciplinary Collaboration 3 We unite Japan¾s manufacturing precision with the creativity of global researchers.

Design-Driven Innovation 3 We translate abstract concepts into functional prototypes through co-creation.

Biomechanics Engineering Image

Nationwide Factory Network 3 Our platform connects over 100 partner factories across Japan, each with specialized expertise.

Biomechanics Engineering Image

Global Bridge from Harwell 3 We work on-site in the UK to accelerate international partnerships and joint research.

Core Technologies

Biomechanics Engineering

Development of artificial organs and circulatory simulators that reproduce life's natural motion. This technology is used for medical advancements in artificial organ development and testing.

Acoustic & Thermal Control

Advanced soundproofing and insulation technologies combining performance and sustainability, offering the best solutions for next-generation smart buildings and vehicles.

Company Locations & Contact

Head Office

Our Head Office is located in London, UK, with a representative office in Tokyo, Japan, serving as our centers for global collaboration and innovation.

Head Office 17 Lonsdale Drive, Enfield, London EN2 7LJ, United Kingdom

JP Representative

JP Representative Apt. 201, 2-22-13 Midori, Sumida-ku, Tokyo 130-0021, Japan

Questions & Answers

Q5. Is prototype testing possible in the UK?
A. Yes. Using Harwell as a base, we have a framework for prototyping and evaluation between Japan and the UK.
Q6. Can we request full device development?
A. Yes. We coordinate multiple factories from different fields to propose and build complete systems and instruments.
Q7. What does <design that creates innovationî mean?
A. It is the process of translation and editing 4 connecting technology and language, research and the field, questions and answers.
Q8. What are your future plans at Harwell?
A. We plan to establish a co-creation lab within Harwell, strengthening collaboration between Japan and the UK.
Q9. How do you start a collaboration?
A. First, we discuss your challenge. Then, we assemble the most suitable team of factories and technologies for your project.

Information & Links

Key Message to Remember Earth Mk.a Lab Co., Ltd. bridges Japanese manufacturing expertise and global innovation. From concept to prototype, we deliver tailored, sustainable solutions to complex challenges through collaborative design and engineering.

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