top of page
TOP
Facom_logo.png

A B2B- B2C modular
storage platform

ROLL.6M3A_3.png
JET.WA13_12.png
facom-jet-gereedschapswagen-rood-met-8-laden-m3-jet_8m3a-3662424106828-mastertools_nl-5-tr

01

About the project

Facom roller storage cabinets dominate the industrial, aerospace, and automotive worlds for years. With their high-end storage and mobility solutions they give end users the highest quality and innovative products 

My role

Research 

Project mapping a concepts

Physical mockups

Visual design

design for manufacturing

Usability testings

Challenges

For these end users, clutter in the work environment could create a life-threatening situation.

They perform hundreds of tasks every day, using thousands of tools, all need to be stored, mobilized, and ready for the next challenge.  

Objectives

Platform and consolidate JET and ROLL to be made of the same components.

Design a modular platform, configurable in production per user order.

Create a safe and tidy environment to prevent safety hazards.

​​

​

02

Research

We held 32 interviews with users, sales reps, and team managers and visited 8 facilities to observe and study end users work habits and procedures.

We observed our manufacturing teams to determine what improvements were needed in the current products manufacturing. 

Personas

“Each task we perform requires

a huge amount of different tools

and accessories, most times this result in a major mess and clutter….”

Benoit.png

Benoit Ozzene,

Chef de mechanic,

Renault sport racing team

“We use preconfigured toolkits for every job, it would be great if you could

make them fit inside. This could prevent FODs and save lives….”

Celine.png

Celine DeBerte,

Chef de mechanic,

Airbus

“There are far too many components

to assemble each product.

This increases complexity and makes production less efficient  ….”

Pier.png

Pier Rokman

Floor manager

Facom Feuquières-en-Vimeu factory

03

Work Assumptions

Define and sort tool kits by tasks, and form the minimal tool tray size.

Design from the inside out, define the basic building block first.

Plan the basic platform to get upgrades, and to also work in its basic layout.

The modular construction makes this platform agile to keep growing and evolving

04

Ideation

As a first step in building the program, I invited the team from France,

for two weeks of brainstorming sessions, to set the roadmap for the project.

After which we formed the brief to move forward according to

00011_1.png

Design process wireframing

05

I wireframed the design process to be methodically made from the inside out with four main steps, 

With each step dictating the dimensions and framework for the next. 

Tool trays definition

According to tasks, as the

basic building block

to define the entire system

61BzzN-b1QL_edited.png
Drawer.png

Drawer sizing & Construction 

Defined by the tray dimensions 

and designed to fit the two brands

specs and design languages

Cabinet housing platforming

Designed to work both stripped

for ROLL, and to get bumpers and

accessories for the high-end JET

Housing.png
JET.WA22-KIT2_A1.png

New units and accessories

Using the new modular construction,

design new modules to the system and design the accessory platform

00563-3812997046.png

06

Detailed design

Funneling down all the data and definitions into the final design, 

To answer both the end users needs and company requests. 

this meant fighting all fronts all at the same time

Tools trays definition

visited, observed, and interviewed users in 8 facilities to study

their behaviors and needs.

I defined and sorted the toolkits used for different tasks.

Established 73 different toolkits that cover all major tasks performed by the users.

Defined kit tray dimensions, as the basic building block increment of the cabinet.

Turning this

Pile 2.jpg

To that

Tool trays2.png

Cabinet sizes are determined
by the number of tool treys they fit

M3.png
M4.png
M5.png

Drawer sizing and construction

Defined the drawer dimensions by fitting the tool trays inside side by side.

Designed one base construction to serve both Jet and Roll lines.

Modular base design allows for different drawer facades and features to distinguish between the brands.

Designed all drawer variants to be made by the automated robotic line.

3 drawer width and 4 drawer depth designed, with a total of 24 drawer variants all made automatically

Cabinet housing platforming

Defined the housing dimensions by the different drawer sizes.

Designed one base housing to serve both lines and reduced manufacturing complexity drastically.

Modular base design allows for different specs, features and constructions for Jet and Roll.

Same construction, built differently
For the different lines

Jet Housing.png
Roll Housing.png

Open storage cart platform
made from the system's components

The new construction allows users

to mount accessories that answer

many of their workflow needs

Jet cart.png
Roll cart.jpg
Accessories.png
Accessories 2.png

New units and accessories

Utilizing the modular design, we built an open carts system from

the same components to answer workflow needs.

Designed a vast accessory system that fits on the cabinet top railing system.

Designed over 30 add-on accessories to answer many of the end users needs and pains. 

pixelcut-export (1).png

07

Results

By designing the platform methodically and systematically,

we managed to meet and even exceed all requirements

both for our users and for the corporate

46% increase in sales and revenues over

the first year

To that

42% reduction in production cost and complexity 

41 new modules, 

73 tool trays 

34 accessories

Transformed end users work environment

From this

Carshop_.png

To that

facom-jet-gereedschapswagen-rood-met-8-laden-m4-jet_8m4a-3662424106835-mastertools_nl-4.pn

Where to next?

bottom of page