Case Study Number
2
Summary
This
client had experienced strong growth over the past twelve months, but was
unable to meet demand, resulting in poor delivery performance. Poor
delivery combined with strong price pressures forced the manufacturer to
begin a transformation to lean manufacturing. The goals of this project
were to drastically reduce manufacturing leadtime and backlog for the Collars
product family.
Company
Background
The
client is a manufacturer of specialty fasteners for the aerospace industry.
The company has grown significantly over the past five years through acquisition
and has four manufacturing facilities in Europe and three in the United
States.
Project
Overview
As
an integral part of an overall transformation strategy to lean manufacturing,
the management team identified the Collars product line as the Model Line.
The Collars product family generates ~ $30M in sales per year and employs
120 associates.
The
model line team was chartered to:
-
Reduce
leadtime by 55%
-
Address
not only the production issues, but also the systemic problems
-
Stress
the production system to identify weaknesses
-
Develop
and implement a new system - acting as a learning laboratory
-
Capture
lessons learned to prepare for replication across all product lines.
-
Implement
as many lean principles as possible.
The Collars
production process included multiple machining steps, cleaning, heat treat,
cad plating, lubrication, NDT testing, micro testing, inspection and packaging.
In addition to these manufacturing process, the team needed to address
the production planning, shop floor control and daily management elements
of the business.
Project
Team(s):
Two
teams were established to implement this project:
Steering
Team
 |
Chief
Operations Officer |
 |
VP
Business Development |
 |
Site
General Manager |
|
|
 |
Site
Quality Manager |
|
|
 |
Site
Engineering Manager |
|
Project
Team
 |
Product
(Collars) Manager |
|
|
 |
Manufacturing
Engineer |
|
|
 |
Quality
Engineer |
|
|
 |
Production
Planner/Buyer (2) |
|
|
 |
Inspector |
|
|
 |
Production
Associates (5) |
|
|
 |
Supervisors
(2) |
|
Steering
Team Roles
 |
Establish
objectives and boundaries |
|
|
 |
Provide
resources |
|
|
 |
Provide
guidance and support |
|
|
 |
Remove
barriers |
|
Project
Team Roles
 |
Design
and implement changes |
|
|
 |
Stress
the system, be aggressive |
|
|
 |
Operate
the system in the new environment |
|
The
Methodology
To
begin the project, a four-day management training session was conducted.
This training was designed to give all the site managers a basic understanding
of the lean principles and the potential impact to the model line.
Following the training session was a visioning exercise to define the current
state and desired “end state” of the model line. From this gap analysis,
a methodology was used to identify the constraints and therefore the breakthrough
objectives for reaching the end state. The project team then developed
a detailed project plan to achieve the breakthrough objectives. Once
the project plan was reviewed and “chartered” by the steering committee,
a formal communication plan was rolled out across the entire site.
Rapid Improvement Workshops were used as a methodology to implement changes.
Key
elements of the project plan were:
 |
• |
Roll
out plan to entire organization |
 |
• |
Co-locate
team members |
|
|
|
 |
• |
Align
organizational structure |
|
|
|
 |
• |
Develop
Project management system |
|
|
|
 |
• |
Design
compensation system |
|
|
|
 |
• |
Align
performance reviews with new behavior |
|
|
|
 |
• |
Employee
integration system |
|
|
|
 |
• |
Implement
standard work |
|
|
|
|
 |
• |
Autonomous
maintenance |
|
|
|
 |
• |
Design
and create cells |
|
|
|
 |
• |
Implement
Pull |
|
|
|
 |
• |
Cross
training |
|
|
|
 |
• |
IT
system changes |
|
|
|
 |
• |
Deploy
quality tools |
|
|
|
 |
• |
Machine
capability studies/DOE's |
|
|
|
 |
• |
Link
supplier with Kanban |
|
Implementation
The
Collars product line consisted of four smaller product lines, differentiated
by material type. The overall approach was to convert one material
type at a time, thus reducing the risk and increasing the speed of change.
Lessons learned from one material type were incorporated into the other
lines. The processes that were shared with other parts of the facility
(heat treat, cad plate, anodize) were the most difficult to address.
These areas needed to work with two systems concurrently, the new lean
system and the old traditional system. Given this difficulty, these
areas were integrated at the end of the project.
Results
| Measure |
1
yr. Improvement (%)
|
| Productivity
($/day/person) |
69
|
The
(1-yr) return on investment was 1256% with a 29-day payback period.
Lessons
Learned
Site
management leadership is critical. There is enormous resistance to
the new system and a tendency to “go back”. The supporting systems
(maintenance, purchasing, tooling, etc.) will be stressed during the transformation.
There is a real need for quick response in these systems in order to implement
changes quickly. These should be addressed at the planning stage.
Use of the workshops is an effective method to implement change.
There are significant changes to the organizational roles and responsibilities
and these also need to be addressed during the planning stage. The
steering committee needs to be very effective at leading change, constantly
setting the example of the new behavior.
Client
Coments
-
"they
provided knowledge in a non-text book fashion that was easy to understand
and implement".... Vice President - New Business Development
-
"they
showed us how good it could be".... COO US operations
-
"they
consultant was very informative, motivational and was the best I've witnessed
here...the team performed extraordinarily because of this atmosphere...many
people are excited for change!"....workshop participant
Rowney
Consulting
10910
S. Bremer Road
Canby,
OR 97013-6705
Phone:
503-266-5492
Fax:
503-266-3610
Cell:
503-989-1897
Email:
mike@rowneyconsulting.com
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