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Shoe systems
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CADCobblerXQ
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2D CAD system for construction, grading and pattern cutting in shoemaking industry, developed for
MS Windows XQ operating system
CADCobblerXQ
is a result of many months of
intensive effort of ClassiCAD's® developing department. It earns gains from multiyear
work experiences of best shoe designers and newest methods and features of IT branch.
Graphic tools and functions intended for line creation and editing are newly resolved
from the ground, retaining proven methods and tried-and-tested approaches. Newly drawn up
shell database brings more information about models and shoe parts. Exact parts' typology
increases data lucidity and simplifies construction.
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Piece editing
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Standard grading is practically durationless and easy to manage even for an absolute
beginner. Herewith there are also some very sophisticated grading methods accessible for
special cases and advanced users (die size centering, grading in more reference frames etc.).
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Grading
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ClassiCAD's® traditional weapon - elaborated output functions, allow to connect wide
range of output devices, starting from simple and economy printer till ambitious technologies
like laser beam cutting. Patterns for cutting dies production can be the real system output
(including possibility of e-mailing data directly to die-maker), as well as production shoe
parts cut from several materials (leather, textile, plastics).
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Outputs cutting
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What's Interesting for IT specialist:
- completely overwritten application kernel for newest Microsoft technology - Windows XQ
- user-friendly interface, making training very easy, rich using of graphics, tool tips
and other easy-to-operate elements
- sophisticated philosophy of function handling, minimized user interactions
- best features offered by Windows XP/Vista operating system and traditional philosophy of
technological viewpoint of ClassiCAD applications in synergic combination
- individual approach: extensive configurability of technological behavior, user interface personal settings
- high performance on standard "office" hardware, optimized memory management
- easy cooperation with peripheral devices
- XML standard utilized for system administration and communication
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Stupňování
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System for material consumption and shoe price calculation
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CalcCobblerXQ
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The system is intended for the calculation of material consumption through elements
positioning on the given material. The sophisticated user support and permanent innovation
make it a versatile tool. Combined with the operator experience, this is an ideal means
of operative calculation and way to significant material savings.
CalcCobblerXQ
allows to digitize patterns or read shapes from CAD data. These parts could
be virtually nested to provide material consumption norm.
CalcCobblerXQ
new version was
projected and developed for the MS Windows XP/Vista operation system, it utilizes long
time experiences of the best shoe designers worldwide, in synergy with newest
methods and features from IT branch.
CalcCobblerXQ
associates all of usual calculation methods in one application: interactive
and automatic nesting for several types of material, automatic pattern assessment
(parallelogram) and quick estimate by SLM method. New user interface and functionality
allows to increase significantly the effectiveness of the traditional calculation methods.
The results can be exported into several data formats for further electronic processing
or printed in various printouts, both in graphical and spreadsheet forem.
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Positioning into leathers
| Positioning into leathers: |
| - database of 30 standardized leather shapes, possibility to add new shapes |
| - sophisticated interactive piece control (smooth rotation, mirroring etc.) |
| - quick and reliable piece bumping |
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Positioning into roll materials
| Positioning into roll materials |
| - easy material definitions (set of parameters like dimensions, buffer, margin etc.) |
| - semiautomatic positioning into material width |
| - comfort work with groups of pieces |
| - easy calculation for defined area |
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Positioning into sheet materials
| Positioning into sheet materials |
| - automatic nesting with whole sheet area fill-up |
| - consumption norm calculated as a part of the sheet per pair |
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SLM calculation method
| SLM calculation method |
| - consumption norm estimate by automatic encircling of defined piece group |
| - leather parts consumption norm is available instantly |
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Features:
- data input by classic digitization (taking discrete points of the line) or by tracing pattern outline with digitizing pen
- possibility of data transfer from another CAD system
- instant and highly accurate evaluation of element areas
- sophisticated positioning algorithm providing absolutely accurate positioning of elements
- user setting of material waste margins and buffers between parts
- interactive and semi-automatic positioning
- quick and easy-to-use SLM method
- three basic geometric types of material:
- instant information on positioning effectiveness and waste percentage
- wide scale of editing functions for processing elements and materials
- graphic printer outputs (positioning of elements on the material),
which can serve as technological guide for material handling and maximum use
- printer outputs in the form of charts (areas, consumption norms, waste percentage)
- matrix, ink-jet, and laser printer outpu
- output date formats suitable for further processing by other ClassiCAD systems or database programs
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What's interesting for IT specialist:
- Easy to install
- Entirely redesigned application kernel on MS Windows XP/Vista platform, respecting newest Microsoft technologies
- Efficient combination of user friendly features of operating system with ClassiCAD's typical technological approach
- Individual maintenance: widely configurable technological properties, personal settings of user interface
- High performance on standard "office" computers, optimized memory and other system resources treatment
- Easygoing cooperation with peripherals
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PASCobblerXQ
calculation method is based on a sophisticated PAS (Pattern Assessment) algorithm
which, when complemented with an efficient PC, makes an effective and prompt tool for
the designer and calculating person. It particularly enables automatic determination
of buffers (design area).
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Parallelogram calculation
| Parallelogram calculation |
| - automatic assessment of each model pattern into parallelogram provides inter-parts waist values |
| - perfect tool for designers to judge nesting efficiency of the parts |
| - basic calculation runs automatically by data reading (or shell creating) |
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Kalkulace PAS
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Features:
- data input by classic digitization (taking discrete points of the line) or by tracing pattern outline with digitizing pen
- possibility of data transfer from another CAD system
- instant and highly accurate evaluation of element areas
- fastest PAS algorithm for automatic optimum assessment of each part
- two ways of part positioning (without and with turning the neighboring element by 180°)
- instant information on design area (net area of the element + buffers)
- possibility to set up by hand the angle of elements at the process of positioning, total and manipulation waste percentages
- material costs pre-calculations with the help of material database
- preliminary price calculation through an individually set formula
- graphical printer outputs (elements positioning)
- printer outputs in the form of charts (areas, consumption norms, price calculation)
- matrix, ink-jet, and laser printer output
- output data formats suitable for further processing by other ClassiCAD systems or database programs
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Other systems for shoe industry
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NestMakerXQ
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NestMakerXQ
system is designed for making optimum markers (cut-out plans) in the
shoe industry. Special
NestMakerXQ
versions are also used in clothing, leather goods and upholstery production.
Data come into the system by digitization or transformation from another CAD system.
Part shapes are interactively positioned on the given material. Due to optimized
bumping algorithms large material savings can be reached in the production.
Markers can be generated in the form of NC data for numerically controlled
cutters (Gerber, Bullmer, Investronica, Kuris, etc.), but it is also possible
to draw them in 1:1 scale on thermo-adhesive paper which is used for hand-cutting
of textile charges. Outputs can also to be drawn in a reduced size as an example
for pattern manual positioning.
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Polohování
Vykreslování
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Features:
- effective operation on standard PC technology
- sophisticated user interface, easy to operate
- data input via digitization or various CAD formats import
- highly efficient instruments for positioning and marker creating
- elaborated positioning algorithm ensures safety cutting with significant savings in material consumption
- up to 6 different models can be combined in one marker
- output forms provide complex information on the plans processed
- widely configurable data preparation for cutters
- on-screen cutting data control
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CAD system for remote transfer of models
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DieMakerXQ
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DieMakerXQ
is a system enabling long-distance transfer of data for shoe
production preparation via modem or the Internet. It is able to receive and process
data from every usual CAD system, which makes it advantageous all over the world.
In today's globalized economy, even smaller producers have to offer their production
capacity in the world-wide scale, and
DieMakerXQ
system is an ideal tool for this.
It enables receiving the data for production in electronic form from many partners
with different production preparation systems. At the same time
DieMakerXQ
allows making minor modifications on received pattern data, which are often
demanded by different technologies of the customer and producer. On the production
demand, it is always possible to cut out or draw new set of patterns.
Large producers with workshops distributed to remote places, daughter companies
or partner companies, on the other hand, can use
DieMakerXQ
system to keep close
control over models. Partners do not have to be equipped with expensive and complex
'Pattern Engineering' systems. For their needs
DieMakerXQ
enables to receive centrally
processed data and cut out patterns. Any modification given by the technology or
customer's wish can be done in the headquarters and completed data then transferred
via e-mail in no time. In this way, communication with partners is therefore always
absolutely precise, repeatable and, most of all, fast. Thus,
DieMakerXQ
is a guarantee of high-quality production in remote places of business.
A specific group of
DieMakerXQ
system users are die producers, whose competitiveness
can be increased by this system. It is particularly the ability to receive production
data in electronic form, which significantly rises both the speed of the response to
the order and communication with the customer. Changes and modifications of the data
are a question of several minutes, no matter how far the customer and the die producer
are from each other.
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Výběr formátů pro transformaci
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There is one more advantage
DieMakerXQ
provides for all users: large material
savings at the pattern production. Exploitation of elaborated automatic pattern
positioning module is effective at cutting patterns of both expensive polymer materials
and common cardboard.
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Dílce po transformaci
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Features:
- successful co-operation guarantee
- hardware modesty - common IBM/PC compatible computer is suitable
- instant data transfer via e-mail
- reliable produced pattern data filing
- easy to operate - no special training needed
- national localization of the user interface
- universal application for all commonly used CAD systems (ClassiCAD, Gerber, Investronica, Microdynamics, Lectra, Procam, USM…)
- operative and economical part patterns production
- specific editing functions
- pattern cutting or drawing on common devices
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Tisk popisných etiket
Jednoduché stupňování
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