Transcript 슬라이드 제목 없음 - Shoenet21.com

“worldwide and dedicated”
USM Corporation Ltd.
worldwide and dedicated
CAD / CAM and Projection Cutting
for the footwear industry
CAD/CAM
Products
ModelTracer
captures the last shape, and designs drawn on a last
ShoeDesign
last and design flattening, 3D design and visualisation
Profile
last modification, sole / heel modelling
Pattern Engineering 2D upper designing and pattern work
Pilot
entry-level pattern engineering
OrthoTec
patt. development software for orthopaedic shoemakers
PatternCut
controls the pattern cutting module
PatternData
area and line assessment of 2D patterns
PatternStream
area cost report of 2D patterns - for synthetic materials
ShoeCost
pattern and database information for full shoe costing
Projection Cutting
fast and accurate dieless cutting - CSC & CPC
StitchTec
CAM software for automatic stitching machinery
Product integration
ModelTracer
style
data
last
data
ShoeDesign
‘lges’s
last data
eng’. soles,
graded lasts
Profile
Engineering CAD/CAM
last and solemould data
flattened last (forme)
flattened design
PatternData
area and line
assessment
report
cost-related
data
part
pattern
data
PatternStream
running length
/ area cost
report
cost-related data
reverse
eng. design
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
tread pattern
design
part
pattern
data
part
pattern
data
StitchTec
auto-stitching
programs
pallet data
PatternCut
ShoeCost
shoe cost
report
Leather Cutting
die-less cut
components
patterns for
knifemaking
auto-stitching
pallets
Product integration
Pattern
Engineering
Tempus
OrthoTec
part
pattern
data
PatternCut
patterns for
knifemaking
Product integration
PatternData
area and line
assessment
report
part
pattern
data
Pattern
Engineering
Tempus
OrthoTec
part
pattern
data
part
pattern
data
StitchTec
auto-stitching
programs
pallet data
PatternCut
patterns for
knifemaking
auto-stitching
pallets
Product integration
PatternData
area and line
assessment
report
cost-related
data
part
pattern
data
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
part
pattern
data
part
pattern
data
StitchTec
auto-stitching
programs
pallet data
PatternCut
ShoeCost
shoe cost
report
Leather Cutting
die-less cut
components
patterns for
knifemaking
auto-stitching
pallets
Product integration
ModelTracer
style
data
last
data
ShoeDesign
flattened last (forme)
flattened design
PatternData
area and line
assessment
report
cost-related
data
part
pattern
data
reverse
eng. design
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
part
pattern
data
part
pattern
data
StitchTec
auto-stitching
programs
pallet data
PatternCut
ShoeCost
shoe cost
report
Leather Cutting
die-less cut
components
patterns for
knifemaking
auto-stitching
pallets
Product integration
ModelTracer
style
data
‘lges’s
last data
last
data
ShoeDesign
Profile
eng’. soles,
graded lasts
Engineering CAD/CAM
last and solemould data
flattened last (forme)
flattened design
PatternData
area and line
assessment
report
cost-related
data
part
pattern
data
reverse
eng. design
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
tread pattern
design
part
pattern
data
part
pattern
data
StitchTec
auto-stitching
programs
pallet data
PatternCut
ShoeCost
shoe cost
report
Leather Cutting
die-less cut
components
patterns for
knifemaking
auto-stitching
pallets
Product integration
ModelTracer
style
data
last
data
ShoeDesign
‘lges’s
last data
eng’. soles,
graded lasts
Profile
Engineering CAD/CAM
last and solemould data
flattened last (forme)
flattened design
PatternData
area and line
assessment
report
cost-related
data
part
pattern
data
PatternStream
running length
/ area cost
report
cost-related data
reverse
eng. design
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
tread pattern
design
part
pattern
data
part
pattern
data
StitchTec
auto-stitching
programs
pallet data
PatternCut
ShoeCost
shoe cost
report
Leather Cutting
die-less cut
components
patterns for
knifemaking
auto-stitching
pallets
around the world
USM CRISPIN specialists
around the world
Worldwide
39
Asia
14
Americas
3
Europe
24
Germany
3
USA / Canada 1
Indonesia
2
France
2
Mexico
1
Korea
3
Italy
1
Brazil
1
Taiwan/China 6
Portugal
1
Thailand
2
UK
17
Vietnam
1
sites
countries, sites and users
by ‘REGIONS’
200
Countries
180
Sites
160
Users
44 %
39 %
140
50 %
120
100
38 %
80
17 %
60
40
12 %
20
0
4
29
Americas
70
22
93
Europe
162
12
120
Asia
182
Worldwide user growth
from 1990 to 1997
Over 400 users worldwide
countries
Installations in 38 countries
sites
Continuing Product Development
Quantity
450
400
350
users
We are profitable
300
We are expanding
250
We are not computer salesmen
We are selling a complete tool
to satisfy a Shoemaking need
200
We continue to support our product
150
WE WILL BE THERE TOMORROW
100
50
1990
Jan.
12 27 31
1991
1992
Nov.
16 48 57
1993
1994
Dec.
25 93 127
1995
Feb.
28 133 202
1996
1997
Dec.
34 210 358
Aug
38 242 414
0
Dates
basic systems
Typical “2-D” system
Pattern Engineering
PatternData
StitchTec2
Digitise shell
(standard)
Pattern Cutting
Develop part patterns
Check part pattern Field,
Grade part patterns
Develop auto-stitching pallet design
Cut sample patterns
Cut graded part patterns
Cut pallet leaves
Software Maintenance and Support Program’ via phone, fax, e-mail or modem
Silicon Graphics
workstations
From the fastest-growing computer company
Provides highest quality graphics
Can be connected to all network systems
Huge range of specialist and general application software available
Used for mainstream applications needing high quality high-speed graphics
Optional floppy drive will read & write 3.1/2” MS-Dos disks
‘PC’ software has being re-written for the Silicon Graphics computer!
Recommended workstation
specifications
O2 and PC
ShoeDesign and Profile
Pattern Engineering / Pattern Data
O2 workstation: 300 MHz RM10000 CPU (secondary cache)
128 MB RAM
30 GB hard disk
NFS
64-bit’ colour
20” monitor 1280 x 1024 res.
Tempus / MicroCost
PC : 900 MHz Win 2000 or NT
256 MB RAM
30 GB hard disk
‘24-bit’ colour
20” monitor 1280 x 1024 res.
Internal Floppy drive and CD-Rom drive
O2 workstation: 300 Mhz RM10000 CPU (secondary cache)
128 MB RAM
30 GB hard disk
NFS
‘24-bit’ colour
20” monitor 1280 x 1024 res.
External floppy drive
An Iomega ZIP drive is included,
as standard, with all ‘First’ workstations.
Second and subsequent (networked)
workstations will not require a ZIP drive.
All O2 workstations include a CD
ROM drive: CRISPIN software is
supplied on a CD disk.
Workstation options
Plotters
Graphtec plotter (A3) - desktop
H P DesignJet 450C / 800 (A1) - floor-standing
Miscellaneous options
Back-up devices
Communications module (Modem & s/w licence)
QIC tape drive
Uninterruptable power supply unit (‘ups’)
DAT tape drive
Serial port expansion unit
Floppy drive
Networking hardware and software
Video camera
ISDN
Printers
the products
ModelTracer
style
data
last
data
ShoeDesign
Profile
Engineering CAD/CAM
PatternData
Pattern
Engineering
PatternStream
StitchTec
Tempus
OrthoTec
PatternCut
ShoeCost
Leather Cutting
ModelTracer
benefits
 independant of CRISPIN workstation - using PC computer
 compact, transportable, to maximise convenience and use
 simple to use, requires minimal training
 captures stylelines and reference points while digitising the last surface
 may be used as a 'stand-alone 3D styleline, digitiser, to capture stylelines and ref pts
 zero set-up time and minimal last preparation
 no detailed last marking-up
 will accomodate all types of last: of wood, plastic and even metal, and of any colour
plain 'block' lasts: hinged making lasts: 'fitted-up' orthopaedic lasts: inj. moulding footforms
ModelTracer
style
data
last
data
ShoeDesign
‘lges’s
last data
eng’. soles,
graded lasts
Profile
Engineering CAD/CAM
flattened last (forme)
flattened design
PatternData
PatternStream
reverse
eng. design
Pattern
Engineering
Tempus
OrthoTec
StitchTec
PatternCut
ShoeCost
Leather Cutting
ShoeDesign
benefits
last processing
 centreline can be edited after last digitising
 last position (orientation) in space can be re-set
 the 'foot' can be changed - to suit the designers preference
 design guidelines can be defined and embedded in the last data
 last can be extended to allow boot designing
 last can be enlarged at the toe to emulate a steel toe cap
 surface 'edge' enhancement
 export last surface(s) by iges to engineering CAD
ShoeDesign
benefits
pre-design last flattening
 consistent quality of last flattening
 fast
 tailored to suit the environment
 multiple last flattenings, for alternative environments
upper-design: design flattening
 no knowledge or skill required
 direct transfer to CRISPIN Pattern Engineering
 fast generation of part patterns for samples
 fast generation of parts material costs
ShoeDesign
benefits
designing
 easy on-the-last drawing
 last repositioning while drawing
 input of stylelines (& ref pts) captured by ModelTracer
 inport lines from engineering CAD
 colour upper component panels’
 texture upper component panels’
 fast editing of lines, and colours and texture selections
ModelTracer
style
data
last
data
ShoeDesign
‘lges’s
last data
eng’. soles,
graded lasts
Profile
Engineering CAD/CAM
flattened last (forme)
flattened design
PatternData
PatternStream
reverse
eng. design
Pattern
Engineering
Tempus
OrthoTec
StitchTec
PatternCut
ShoeCost
Leather Cutting
Profile
Output:
last modification, sole / heel modelling
'rapid-prototyping' and mould-making data
Rapid-prototyping of sole-units / heels / lasts
for design evaluation
without the cost and time of mould making
Processing scanned data in ArtCAM from any source - providing design freedom
to create 'logo inserts' for sole unit moulds
Last mod and grading
Generates data for n/c last turning machines
and moulds for soles / heels
for fast and accurate transfer to last maker
and mould-makers.
Processing die-punching layouts from 'PE'
for - fast and accurate machining of
punching dies
ModelTracer
style
data
last
data
ShoeDesign
‘lges’s
last data
eng’. soles,
graded lasts
Profile
Engineering CAD/CAM
flattened last (forme)
reverse
eng.
design
flattened design
PatternData
part
pattern
data
PatternStream
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
tread pattern
design
part
pattern
data
StitchTec
part
pattern
data
PatternCut
ShoeCost
Leather Cutting
Pattern Engineering
ModelTracer
PatternData
PatternStream
ShoeCost
ShoeDesign
Profile
Pattern
Engineering
StitchTec
Leather Cutting
PatternCut
Pilot / OrthoTec
Tasks
2D upper designing
Style development
Technical drawings
Sports shoe sole designing
Pattern assessment
Grading
Key benefits
Speed Accuracy Cost savings
Pattern Engineering
ModelTracer
PatternData
PatternStream
ShoeCost
ShoeDesign
Profile
Pattern
Engineering
StitchTec
Leather Cutting
PatternCut
Pilot / OrthoTec
A few features
*’Interactive what you see is what you get”
Style development:
Line colours:
The default colours help you to recognise the purpose of each line; however you have the freedom to re-colour lines
into groups any way you wish.
Stab-points:
There are 5 ways of creating and positioning stab points: you are in control! Mocassins, eyelets, 2 and 1’punching’ and the rest - all need stab points!
Part defining:
Un-folded’ lines mean you define the shape as it really is, and an automatic Fill’ routine confirms the shape.
On-screen notes:
Notes - Descriptions’- can be typed on-screen and attached to patterns, or to individual parts. It뭩 a valuable style
development tool.
Directories:
Work - pattern files - can be kept in seperate Directories’ according to any grouping you need, for example by user,
by season, by gender or by customer.
The professional pattern engineering system - to save time and
money
Grading:
Applying the ‘rade’
The assignment’ of the grading instructions is visual, and easily reviewed.
Grading increments - availability:
You pre-define files for children’s work, mens or womens work, irregular grading, 4-size’ grading, in fact whatever you need, attach a
description, and save it. Now you can select the increment file at will.
Default grading:
Simple’s traight’ grading is achieved effortlessly, and almost instantly.
You have the option of arithmetic or geometric grading.
Un-limited screen display:
Any number of parts may be graded to any number of sizes, and viewed on-screen together: and aligned at any point, and measured!
Transfer to the cutting module:
Like default grading - it’s effortless and almost instant: the grading quality completely eliminates the time and effort required to edit graded
parts!
Miscellaneous:
A pattern assessment program is included for the pattern engineer to use.
Patterns can be output to publishing and drawing software programs.
There are just 3 levels of menu: the menu path is always displayed, so the menu system is really clear and friendly. Users become productive
fast!
All grading instructions are saved - and archived - with pattern files.
Comprehensive archiving and retrieval menus are provided.
Pattern Engineering
Data flow diagram
2-D digitiser
PatternData
and
ShoeCost
- integrated
ShoeDesign
- Local’ or
networked
Profile
- Local’ or
networked
Comms. Module
Pattern
Engineering
- networked
ShoeDesign
- Local’ or
networked
Profile
- Local’ or
networked
StitchTec
- Local’ or
networked
Comms. Module
Pattern Engineering
or
Tempus
Input Format:
IGES
DXF
Control Terminal
PatternCut
Plotters:
Graphtec MP5200
HP DesignJet 350C
Output Format:
IGES ISO
HPGL DXF
Interfaces to:
SAMCOStream
SATRASumm
ISIN Water-jet System
Projection
Cutting Systems
CSC and CPC
Cutting Tables:
Zund M1200 & M800
Graphtec FC2202-VCT90
Graphtec FC3200-50
Comeltz PC4N
Sei PL100 (&PL70)
Sei L710
Tempus
entry-level pattern engineering
shoemaking CAD/CAM
for the budget-conscious,
reduced expenditure
that gets you started in
with the benefits of
Pattern Engineering
Tempus
ModelTracer
PatternData
PatternStream
ShoeCost
ShoeDesign
Profile
Pattern
Engineering
StitchTec
Leather Cutting
PatternCut
Pilot / OrthoTec
PC-Base
pattern engineering
Simplified functionality and an PC-Base price,
SummaSketch lll Professional
with the connectivity of PE-2.
2-D digitiser
Tempus
PC (20’ monitor)
Pattern Cut
cutting table
Zund or Graphtec
And the software is up-gradeable
to Pattern Engineering-2.
ModelTracer
style
data
last
data
ShoeDesign
‘lges’s
last data
eng’. soles,
graded lasts
Profile
Engineering CAD/CAM
flattened last (forme)
reverse
eng.
design
flattened design
PatternData
part
pattern
data
PatternStream
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
tread pattern
design
part
pattern
data
StitchTec
part
pattern
data
PatternCut
ShoeCost
Leather Cutting
PatternCut
ModelTracer
PatternData
PatternStream
ShoeCost
ShoeDesign
Profile
Pattern
Engineering
StitchTec
Leather Cutting
PatternCut
Pilot / OrthoTec
Benefits
 Total flexibility of pattern cutting priorities
 The pattern cutting operation runs independant of the Pattern Engineering activity
 A second operator can work on pattern cutting
 Ability to re-cut individual patterns at any time - work priorities are instantly changeable
 Location of cutting module may be separate from the Pattern Engineering workstation
ModelTracer
style
data
last
data
ShoeDesign
‘lges’s
last data
eng’. soles,
graded lasts
Profile
Engineering CAD/CAM
flattened last (forme)
reverse
eng.
design
flattened design
PatternData
part
pattern
data
PatternStream
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
tread pattern
design
part
pattern
data
StitchTec
part
pattern
data
PatternCut
ShoeCost
Leather Cutting
ModelTracer
PatternData
PatternStream
ShoeCost
ShoeDesign
Profile
Pattern
Engineering
StitchTec
Leather Cutting
PatternCut
Pilot / OrthoTec
PatternData PatternStream
and ShoeCost
Features
The *what if ?’ process -
As quick and simple as you wish!
As detailed and complete as you need !
Providing An opportunity to explore alternative assessment methods.
An early cost indication before a pullover is shown to buyer.
Positive cost information relative to a style change.
Very fast cost information.
And it’s modular - you can use
PatternData and PatternStream alone or together, with or without ShoeCost
PatternData
ModelTracer
PatternData
PatternStream
ShoeCost
ShoeDesign
Profile
Pattern
Engineering
StitchTec
Leather Cutting
PatternCut
Pilot / OrthoTec
Process
diagram
Input from Pattern Engineering
Input:
digitised
part patterns
area assessment methods
‘Slm’
collective
parallelogram laycost
line assessment
Output to
ShoeCost
The Yield’and line analysis output from PatternData
may be transferred to, and used in, existing / alternative costing systems.
Output:
Yield’ for
initial
material useage evaluation
area information,
for selected components,
for a specific design
Output:
line analysis:
from which, operation Times’/ costs
maybe developed
line information,
for specific linear operations,
for a specific design
ModelTracer
style
data
last
data
ShoeDesign
‘lges’s
last data
eng’. soles,
graded lasts
Profile
Engineering CAD/CAM
flattened last (forme)
reverse
eng.
design
flattened design
PatternData
part
pattern
data
PatternStream
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
tread pattern
design
part
pattern
data
StitchTec
part
pattern
data
PatternCut
ShoeCost
Leather Cutting
StitchTec
ModelTracer
PatternData
PatternStream
ShoeCost
ShoeDesign
Profile
Pattern
Engineering
StitchTec
Leather Cutting
PatternCut
Pilot / OrthoTec
Benefits
In-house pallet making using PatternCut
- reduces costs
- provides control over tooling response times and priorities.
Enables short production runs to be viable
- reducing tooling up time and costs.
Eliminates production delays when in-machine digitising.
ModelTracer
style
data
last
data
ShoeDesign
‘lges’s
last data
eng’. soles,
graded lasts
Profile
Engineering CAD/CAM
flattened last (forme)
reverse
eng.
design
flattened design
PatternData
part
pattern
data
PatternStream
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
tread pattern
design
part
pattern
data
StitchTec
part
pattern
data
PatternCut
ShoeCost
Leather Cutting
Projection Cutting
Products
CSC-101
based on the Zund M1300 cutting table
CSC-102
based on the Zund M800 cutting table
CPC-101
based on the Zund LC1400 cutting table
CPC-102
based on the Zund LC1800 cutting table
technical features
CPC-101
CPC-102
CSC-101
CSC-102
Cutting area (mm)
1400 x 700
1800 x 700
Projection area (mm) 1400 x 700
1800 x 700
Vacuum zones
overall plus local overall plus local
Cutting head
4-tool
4-tool
- EOT knife, pen & double-punch Router
option ?
option ?
Double-punch Tool
Heavy duty knife
option
option
1200 x 1300
800 1300
1130 x 850
732 x 550
Two
Two
3-tool
3-tool
- EOT knife, pen and router -
Rec. Application
- - synthetic 70% or more - - - - - - - sheet or roll - - - - - - paper and card patterns - - routing plastic sheet - -
- - - - leather 70 % or more - - - - - - - - thin card patterns - - - - -
option
option
option
option
benefits











Quick response to new designs
No cutting dies necessary
Accuracy of cut parts
Automatic nesting on synthetic material (CSC)
Stitchmarking processed automatically
Simultaneous layout and cutting
Interfaces to most CAD systems
Automatic size labelling
Automatic punching if required
Parts positioned for cutting to suit material
Cuts leather, synthetics and card
CAD / CAM
features and benefits
for the shoemaker
ModelTracer
style
data
last
data
ShoeDesign
‘lges
last data
eng’. soles,
graded lasts
Profile
Engineering CAD/CAM
flattened last (forme)
reverse
eng.
design
flattened design
PatternData
part
pattern
data
PatternStream
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
tread pattern
design
part
pattern
data
StitchTec
part
pattern
data
PatternCut
ShoeCost
Leather Cutting
PatternStream / MicroCost
area assessment of 2D patterns - for synthetic materials
Output:
area and ‘Run-length’ information, for costing
The “what-if ?”process
provides the essential information for pattern engineers about
the key-cost, the synthetic material area asssessment / cost
and enables pattern engineers to
evaluate and compare style changes on a key-cost basis
easily and fast !
The “what-if ?” assessment process is fully automatic
and provides an optimal automatic-cutting layout
ModelTracer
style
data
last
data
ShoeDesign
‘lges’s
last data
eng’. soles,
graded lasts
Profile
Engineering CAD/CAM
flattened last (forme)
reverse
eng.
design
flattened design
PatternData
part
pattern
data
PatternStream
Pattern
Engineering
Tempus
OrthoTec
part-pattern data
tread pattern
design
part
pattern
data
StitchTec
part
pattern
data
PatternCut
ShoeCost
Leather Cutting
ShoeCost
Output:
combines PatternData and material database information
shoe cost reports
The costing process that is
as quick and simple as you wish!
or
as detailed and complete as you need !
Data input from
PatternData and PatternStream
and
any commercial database
Data output
CAD / CAM
features and benefits
for the shoemaker
features
lead to benefits






SPEED
ACCURACY
COST SAVINGS
DESIGN
PERSONNEL
GENERAL
benefits
 SPEED
 Less labour
 Increased productivity
 Shorter lead times
benefits
 ACCURACY




Quality of upper assembly.
Better fit on the last.
Better shape retention.
Reduced factory rejects.
benefits
 COST SAVINGS
 Materials.
 Labour
 Services
external grading / knifemaking
reduced costs for dies, stitchmarkers
benefits
 DESIGN
 Greater design flexibility.
 Enhanced sales appeal.
benefits
 PERSONNEL






Knowledge-based software de-skills the work
Task-oriented software for easier operating
Job flexibility
Increased motivation
Improved job satisfaction
Recruitment & training
benefits
 GENERAL
 Menu-driven file handling and file security.
 Flexible equipment configuration and
manning.
 Remote technical support.
 Up-gradeable equipment and software.
 Fast tele-communications.
is an on-going commitment
ModelTracer
ShoeDesign
Profile
Engineering CAD
PatternData
PatternStream
ShoeCost
Pattern
Engineering
Tempus
OrthoTec
Leather Cutting
StitchTec
PatternCut
CRISPIN will be there Tomorrow
“worldwide and dedicated”