Batchw Limited

Additive Manufacturing (AM) machinery is currently designed, built and assembled using traditional manufacturing principles. Production requires complex supply chains and highly-skilled staff (PrototalUK, 2023) As this technology advances rapidly, machines quickly become redundant and contribute to the growing e-waste problem. Batch.Works and E3D are crea...

Our consortium, lead by Autonomous Manufacturing (AMFG) and Batch.Works , is delivering a groundbreaking project titled 'Fully-Automated, Intelligently Controlled Feedstock Management for Additive Manufacturing with FFF Technology'. Our goal is to develop a system that enables the seamless integration of automated feedstock management with 3D printing wor...

Our project focuses on revolutionising the design process for additive manufacturing (AM) through the integration of artificial intelligence (AI) technology. Batch.Works, a leading Design and Additive Manufacture business, will collaborate with Lancaster University's School of Engineering to put together a feasibility study and roadmap for the development...

Batch.works is a UK circular manufacturer combining 3D-printing and recycled materials to further improve the resource efficiency of additive manufacturing. In this project we will develop a product marking and tracking technology to provide greater traceability of our products allowing us to collect and recycle products with full history attached. This w...

Approximately 25% of global plastic production is manufactured in China. Reshoring manufacturing to the UK will drive two major impact reductions: carbon emissions and virgin plastic consumption. Batch.works is a UK manufacturer who combines 3D-printing and recycled materials to produce products for UK brands, including lighting, stationery, fashion and h...

Batch.works is using 3D-printers to create new methods for prototyping and sustainable product design utilising continuous production methods. This reduces speed from design-to-manufacture and enables use of higher quantities of recycled materials. Our vision is to disrupt traditional manufacturing, creating a circular network of distributed 3D-printing s...

This project is to build a distributed hub-and-spoke manufacturing network in experimental 3D-printers to enable rapid prototyping and product development in the fashion industry. We will test the feasibility, quality control and scalability of our distributed model, while designing a subscription-based pricing model. Underpinning this project is the visi...