Draper End-to-End Bioprocessor

Draper End-to-End Bioprocessor

A bioprocessor that compresses a multi-week cancer therapy process into days.

Role

Industrial Design & User Experience

Client

Draper

Year

2019

Recognition

Good Design Award 2019

Technician in a white cleanroom suit pipetting at a lab bench beside the Draper machine with a glowing blue front

The project

The Draper End-to-End Bioprocessing System transforms a patient's own blood cells into cancer-fighting CAR-T cell therapy. It is fast, efficient, and reduces a multi-week process to days or even hours — making cell therapy more affordable and allowing more patients to be treated, fundamentally saving lives. Designed in collaboration with design director Robert de Saint Phalle, Draper biomedical engineers, and design agency Sprout Studios.

Biotech

The project

Biotech

The Draper End-to-End Bioprocessing System transforms a patient's own blood cells into cancer-fighting CAR-T cell therapy. It is fast, efficient, and reduces a multi-week process to days or even hours — making cell therapy more affordable and allowing more patients to be treated, fundamentally saving lives. Designed in collaboration with design director Robert de Saint Phalle, Draper biomedical engineers, and design agency Sprout Studios.

Comparison slide: current cell therapy means travel, months and high cost; Draper's treatment is on-site, faster, cheaper
Target personas slide with portraits of a boy, a woman and an older man, each with a goal and challenge, and motivation bars
Inspiration board of modular, minimal medical and lab devices, with a list of traits such as approachable and honest
Page of pencil and marker sketches exploring different shapes for a compact bioprocessing machine
Initial concept: white Draper machine with a touch screen and a glowing blue window holding cartridge trays
Initial concept with labels: touch screen, cartridge, blood, media and waste bags hanging from a retractable bay
Exploded diagram of the disposable cartridge layers next to a small view of the full machine
Physical model of the Draper machine on a white table, with a screen and a glowing blue window showing cartridges
Physical model with the side bay open, showing bags of red fluid hanging beside the machine
Hands sliding a clear cartridge stack out of the glowing blue front of the Draper model
Concept refinement: three clear disposable cartridges, each with a different internal layout
Concept refinement: the smaller, refined Draper machine with a dark screen showing sample ID 276084 and a blue-lit tray
Refined machine with its tray pulled out and the side bay open, showing five hanging fluid bags
Three dark process screens on the machine, each showing sample ID 276084, progress in a ring and step buttons
Close-up of the machine screen showing a wash step at 64% with a ring, a cartridge picture and four step buttons
Technician in a cleanroom suit pipetting at a bench next to the machine, screen and blue light visible
Two Draper machines, one large and one small, on a white lab counter with glassware and a molecule model
Six photos of the Engineering Possibilities 2018 exhibit: a VR chair, the machine on display and visitors at the booth
Person in a red and blue egg-shaped chair wearing a VR headset at the exhibit
Twelve frames from the VR animation showing cells and blood cells in glowing tunnels
VR animation frame: a large fuzzy teal cell surrounded by red blood cells and small particles
VR animation frame: green cells drifting through a glowing blue oval tunnel
VR animation frame: blue cells moving toward a dark hub with bright white light beams
VR animation frame: dark branching cells with small blue particles inside a blue tunnel lined with cells
Comparison slide: current cell therapy means travel, months and high cost; Draper's treatment is on-site, faster, cheaper
Target personas slide with portraits of a boy, a woman and an older man, each with a goal and challenge, and motivation bars
Inspiration board of modular, minimal medical and lab devices, with a list of traits such as approachable and honest
Page of pencil and marker sketches exploring different shapes for a compact bioprocessing machine
Initial concept: white Draper machine with a touch screen and a glowing blue window holding cartridge trays
Initial concept with labels: touch screen, cartridge, blood, media and waste bags hanging from a retractable bay
Exploded diagram of the disposable cartridge layers next to a small view of the full machine
Physical model of the Draper machine on a white table, with a screen and a glowing blue window showing cartridges
Physical model with the side bay open, showing bags of red fluid hanging beside the machine
Hands sliding a clear cartridge stack out of the glowing blue front of the Draper model
Concept refinement: three clear disposable cartridges, each with a different internal layout
Concept refinement: the smaller, refined Draper machine with a dark screen showing sample ID 276084 and a blue-lit tray
Refined machine with its tray pulled out and the side bay open, showing five hanging fluid bags
Three dark process screens on the machine, each showing sample ID 276084, progress in a ring and step buttons
Close-up of the machine screen showing a wash step at 64% with a ring, a cartridge picture and four step buttons
Technician in a cleanroom suit pipetting at a bench next to the machine, screen and blue light visible
Two Draper machines, one large and one small, on a white lab counter with glassware and a molecule model
Six photos of the Engineering Possibilities 2018 exhibit: a VR chair, the machine on display and visitors at the booth
Person in a red and blue egg-shaped chair wearing a VR headset at the exhibit
Twelve frames from the VR animation showing cells and blood cells in glowing tunnels
VR animation frame: a large fuzzy teal cell surrounded by red blood cells and small particles
VR animation frame: green cells drifting through a glowing blue oval tunnel
VR animation frame: blue cells moving toward a dark hub with bright white light beams
VR animation frame: dark branching cells with small blue particles inside a blue tunnel lined with cells