Manufacturing the products of tomorrow.

On-Demand
Circular
TRACEABLE
Local

What if products were made for continuous cycles of use and renewal?

To manufacture this way, we need a new set of rules.

Our intelligent additive manufacturing platform lets brands produce circular products – on time, on budget and on demand.

PARTS MANUFACTURED
500K+
CLIENTS SUPPORTED
160
PLASTIC RECYCLED
5T
PARTS MANUFACTURED
500k+
CLIENTS SUPPORTED
160
PLASTIC RECYCLED
5T

Make and re-make through a single platform

POWERED BY BATCH.WORKS AI

01

Design & order custom products

AI-ENABLED DESIGN TOOL

02

3D print batches on demand

AI PRODUCTION SOFTWARE

03

Track impact & life cycle data

IMPACT & TRACEABILITY TOOL

04

Return material for re-processing

MATERIAL RECYCLING TECHNOLOGY

New process, new possibilities

form

Design with geometries and features that are not possible with injection moulding tooling

PRODUCT STRATEGY

Scale production and iterate designs as demand grows, with minimal inventory risk.

BUSINESS MODEL

Unlock new services, subscriptions, incentives and circular value loops

Creating value for global brands in diverse sectors

M&S needed a flexible, lower-waste alternative to traditional ticketing clips across frequent store updates. Batch.Works delivered over 100,000 on-demand, recyclable clips, reducing inventory, waste, and lead times.

View Fixtures & Fittings deck
Cost SAVING
70%
LEAD TIME REDUCTION
5x
CO2 REDUCTION
6x

Kibu needed a repairable, sustainable approach to children’s headphones without committing to large production runs. Batch.Works enabled a modular, 3D-printed design using recycled materials — supporting repair, learning, and faster iteration.

View Kibu website
TOOLING SAVING
£30K
MOQ
0
CO2 REDUCTION
5x

DAME needed a more sustainable, adaptable alternative to traditional period product dispensers. Batch.Works delivered durable dispensers made from recycled materials, designed for flexible rollout across different spaces.

View DAME website
Cost SAVING
£30K
MOQ
0
CO2 REDUCTION
5x

Bene needed to launch a large range of products without the cost and risk of traditional tooling. Batch.Works enabled the launch of 500+ SKUs using recycled biomaterials — reducing risk, lead times, and supporting Bene’s ESG goals.

View Bene website
COST SAVING
70%
LEAD TIME REDUCTION
5x
CO2 REDUCTION
6x
RETAIL

M&S needed a flexible, lower-waste alternative to traditional ticketing clips across frequent store updates. Batch.Works delivered over 100,000 on-demand, recyclable clips, reducing inventory, waste, and lead times.

View Fixtures & Fittings deck
Cost SAVING
70%
LEAD TIME REDUCTION
5x
CO2 REDUCTION
6x
consumer

Kibu needed a repairable, sustainable approach to children’s headphones without committing to large production runs. Batch.Works enabled a modular, 3D-printed design using recycled materials — supporting repair, learning, and faster iteration.

View Kibu website
TOOLING SAVING
£30K
MOQ
0
CO2 REDUCTION
5x
commercial

DAME needed a more sustainable, adaptable alternative to traditional period product dispensers. Batch.Works delivered durable dispensers made from recycled materials, designed for flexible rollout across different spaces.

View DAME website
Cost SAVING
£30K
MOQ
0
CO2 REDUCTION
5x
HOMEWARE

Bene needed to launch a large range of products without the cost and risk of traditional tooling. Batch.Works enabled the launch of 500+ SKUs using recycled biomaterials — reducing risk, lead times, and supporting Bene’s ESG goals.

View Bene website
COST SAVING
70%
LEAD TIME REDUCTION
5x
CO2 REDUCTION
6x

A full-stack, circular production ecosystem, built for scale

Our technology redefines plastic additive manufacturing as a scalable production system, and a circular economy in action.

INTELLIGENT SOFTWARE
INNOVATIVE HARDWARE
TRACEABLE MATERIALS

Developed with
support from

Intelligent software

  • Integrated ordering and production

  • Automated fleet management

  • Live production feedback

  • CO2 data generated per part

Patented hardware

  • 50% fewer components per machine

  • 4x production density per sqm

  • Designed for reliability and replication

  • Manufactured in the UK

Controlled material system

  • Custom-formulated materials

  • Batch-level traceability

  • Enables distributed supply

  • Continuous material re-processing

Our process enables flexible, sustainable CMF solutions, without compromising speed or quality.

COLOUR OPTIONS
100+
QUANTITY
1-100K
MAX. DIMENSIONS
50cm3
RECYCLABILITY
100%