Sailcut CAD is a sail design and plotting software which allows you to design. Sailcut CAD is a sail design and plotting software which allows you to design and visualise your own sail and compute the accurate development of all panels in flat sheets. The original Sailcut was a Basic program developped by Robert Lain?“A© in 1978. The base design of Sail, Hull, and Rail is provided by this software in which you can make necessary changes according to your requirements. To view the design, three viewing tabs namely Shaded, Wireframe, and Development windows are also provided by this software. Sail Design Software Downloads Page By Andrew Wood On 4th December 2014 Add Comment In Cruising News, Loft News, Racing News We have just made a page with some free software available for download. Search Boat Design software, free download to find the various tools that are available for download. These software tools are compatible with most of the devices and can be downloaded for free. Choose the best one from the long list of categories and install it to start the design process. Sailcut CAD for Linux v.1.3.5 Sailcut CAD is a sail design and plotting software which allows you to design. Logo Design Studio v.4.5.2 Get your business noticed with Logo Design Studio. Build a new look from scratch, or change 1500+ pre-designed logo templates to create thousands of new looks by adjusting the colors, fonts, shapes.
- Logo Design software, free download
- Graphic Design software download, free
- Sail Design software, free download. software
CAD design files are output to a single-ply flatbed cutting table
Designer Bruce Peterson assembling a FLYER prototype sail
Sailworks is based in the small town of Hood River, Oregon, along the windy corridors of the Columbia River Gorge in the Northwestern United States. A 4,600 sq. ft. facility houses our research and development (R+D) Loft and North American distribution. Here, all our designs are created and prototypes built of every size and model. Our staff is a crew of talented hardworking sailmakers and hard-core windsurfers, whose favorite job of all is the on-water testing. We’re windsurfers who love to be on the water and we’re dedicated to making the gear work better.
The Sailworks design ethos is rooted in a philosophy of incremental improvement to proven designs. We’re a product-driven company that takes our customers’ windsurfing experience and satisfaction very seriously. We strive to keep the choices simple, but highly developed, to meet all your windsurfing passions.
Here’s a brief tour of our design and production process.
The genesis of the Sailworks designs comes from Bruce Peterson’s 35 years of sailmaking experience. Bruce is a meticulous record keeper and maintains a design database dating back to his original sail designs made in 1983. Each Sailworks sail design is based upon a successful set of proven geometric attributes. Since 1993 the design process has been digitally automated with CAD/CAM technology using a proprietary sail design application and an Autometrix cutting table.
We created our own sail design software linking the graphical precision of AutoCad® to the numerical precision of an Excel® spreadsheet. We track over 350 data points that accurately define the enitire geometry of a sail. Once a new design is ready to cut, the sail panels are “nested” to ensure optimum material efficiency. The cut-ready layout is then outputted to a flatbed vacuum table that first marks reference assembly points, then cuts each panel using a small carbide rotary blade. The sailcloth is held firmly in place with vacuum pressure during the cutting process.
We created our own sail design software linking the graphical precision of AutoCad® to the numerical precision of an Excel® spreadsheet. We track over 350 data points that accurately define the enitire geometry of a sail. Once a new design is ready to cut, the sail panels are “nested” to ensure optimum material efficiency. The cut-ready layout is then outputted to a flatbed vacuum table that first marks reference assembly points, then cuts each panel using a small carbide rotary blade. The sailcloth is held firmly in place with vacuum pressure during the cutting process.
![Sail Sail](https://i.ytimg.com/vi/hJNNLk-_C04/maxresdefault.jpg)
The cut panels are then expertly joined using double-sided adhesive seam tape. This is the most important step of the sail assembly where the predetermined three-dimensional profile of the sail is created through the joining of the sail panels (called broadseaming). We use three different methods of broadseaming, depending upon the profile that is required and the location on the sail.
The small patch pieces are prepped and pre-assembled, ready for application to the sail body. Every patch and reinforcing piece is taped into place before stitching. The adhesive bonding of the panels and layers of sailcloth is an integral part of the strength and structure of the sail.
Sewing the seams on a large sail takes a skilled operator and a LOT of table space. We use purpose built tables that have forced air blowing up to help “float” the sails during the sewing operations.
The small patch pieces are prepped and pre-assembled, ready for application to the sail body. Every patch and reinforcing piece is taped into place before stitching. The adhesive bonding of the panels and layers of sailcloth is an integral part of the strength and structure of the sail.
Sewing the seams on a large sail takes a skilled operator and a LOT of table space. We use purpose built tables that have forced air blowing up to help “float” the sails during the sewing operations.
Laying and sewing the batten pockets requires precision and patience. You know your sailmaker’s got it going on if they can keep the batten pocket stitching straight on a 12.5 sail!
Attaching the mast sleeve to the body of the sail is perhaps the most critical seam. This seam contains a large portion of the shaping elements of the sail and also interfaces with the mast for tension control. Again, everything is firmly stuck in place to ensure accurate assembly.
Next, the corner finishing and reinforcement details, such as tack pulleys, grab handles, snap tie buttons, abrasion strips and grommets to complete the assembly process.
Logo Design software, free download
Depending upon the size and type of the sail it takes between 18 and 30 man-hours to build a Sailworks prototype sail from start to finish. The finished sail is rigged and “table checked” for shaping and tension profile accuracy. The final step is the proud application of the Sailworks name and logo.
Next comes the best part of all. The newly finished prototype sails heads to the beach for its first session and a shake-down water test.
Often we make small adjustments or re-cuts to the prototype sails to refine their shape or tension balance. These changes are meticulously recorded and entered back into the design geometry for the next iteration of the design.
Next comes the best part of all. The newly finished prototype sails heads to the beach for its first session and a shake-down water test.
Often we make small adjustments or re-cuts to the prototype sails to refine their shape or tension balance. These changes are meticulously recorded and entered back into the design geometry for the next iteration of the design.
Advancement of the sail design comes from careful testing by professional sailors in controlled environments to isolate and define performance differences. Sometimes the development goals are subjective, for example the rider’s feel of the handling response. Other times the goals are very objective – does the sail point higher? Testing and monitoring the intuitive usability and function of our sails with recreational and novice sailors is also vital to our sail development. All of the performance feedback is consolidated and condensed to plot the future development.
While the process of sail development is continually advancing, the pace and scale of improvements has slowed as we refine the small details of each sail. In many cases the changes are individually imperceptible, but a collective set of many small improvements makes a superior sail design.
Once a year we finalize the design for each sail size and create master templates for mass production of the sail at our factory in China. Sailworks is in the unique position of operating its own sail factory where no other sail brands but Sailworks are made. This gives us complete control over every aspect of the sail production. The design process never really ends. Each year’s final designs that go into production are just points on a continuing curve of design evolution. The next year’s designs begin with feedback on the existing production sails. Mast and batten testing in the production sails, leads to re-cuts and seam adjustments, and then the whole process begins anew with fresh prototypes built to explore development changes.
While the process of sail development is continually advancing, the pace and scale of improvements has slowed as we refine the small details of each sail. In many cases the changes are individually imperceptible, but a collective set of many small improvements makes a superior sail design.
Once a year we finalize the design for each sail size and create master templates for mass production of the sail at our factory in China. Sailworks is in the unique position of operating its own sail factory where no other sail brands but Sailworks are made. This gives us complete control over every aspect of the sail production. The design process never really ends. Each year’s final designs that go into production are just points on a continuing curve of design evolution. The next year’s designs begin with feedback on the existing production sails. Mast and batten testing in the production sails, leads to re-cuts and seam adjustments, and then the whole process begins anew with fresh prototypes built to explore development changes.
Want to see more of the Sailworks loft? Here's a steerable 360 degree panorama inside the loft taken in July 2008.
Developed specifically for the shade sail industry, who use HDPE knitted fabric, this stand-alone (no CAD system required!) application runs on Microsoft Windows based computers.
MPanel Shade Designer provides a step-by-step wizard interface that virtually walks the user through the process of creating a three-dimensional model and an accurate flat fabric pattern of a shade sail structure.
Utilizing the same powerful tools found in our popular MPanel design and pattering software, MPanel Shade Designer features options for including seam allowance and material compensation (to plan for the stretch in the material) as well as a fully dimensioned pattern in a printable, production ready report, all with just a few clicks of the mouse.
Support for the user to create and save custom databases of different shade cloth materials and various corner hardware & connection methods are also included. A fully-featured evaluation version is available for download by completing the registration form via the demo tab above which will setup a private Dashboard for you where you can download the software and license key, make purchases or choose other programs to evaluate.
Getting started videos
Getting started
Editing databases
Getting started
Editing databases
Sail shade design videos
Materials
Measurements
Calculations
Visualization
Materials
Measurements
Calculations
Visualization
Production videos
Fabric pattern
Estimation
Production and visualization reports
Editing databases
Fabric pattern
Estimation
Production and visualization reports
Editing databases
Other uses videos
MPanel Shade Designer Web App
Using from Awning Composer
Using with Trimble Sketchup
MPanel Shade Designer Web App
Using from Awning Composer
Using with Trimble Sketchup
Getting started videos
Getting started
Editing databases
Getting started
Editing databases
Sail shade design videos
Materials
Measurements
Calculations
Visualization
Materials
Measurements
Calculations
Visualization
Production videos
Fabric pattern
Estimation
Production and visualization reports
Editing databases
Fabric pattern
Estimation
Production and visualization reports
Editing databases
Shadow analysis using MPanel Shade Designer
If you would like to do a shadow analysis using the shade sail that you have designed with MPanel Shade Designer, there are two simple methods.
1. MPanel Shade Designer and Awning Composer from Trivantage –Click Here
2. MPanel Shade Designer and Trimble Sketchup – Click Hereto see a document showing the steps
3. MPanel Shade Designer and Trimble SketchUp – Click Here to see a video showing the steps
Awning Composer® and Tri Vantage® are registered trademarks of Glen Raven, Inc. Copyright © 2013
Sketchup® is a registered trademark of Trimble©
![Sail Design software, free download Sail Design software, free download](https://3dprintedradioyachts.com/wp-content/uploads/2020/05/cropped-IMG_5256.jpg)
Version change log
New Seams database allows user defined seam details and guides.
New Hem 'Fold-to Guide' added to edges database.
Export Panel Mapping to standard plotter file.
New report generator allows for user report selection.
Updates to help file include 'height ratio explained' and corner rings.
New Hem 'Fold-to Guide' added to edges database.
Export Panel Mapping to standard plotter file.
New report generator allows for user report selection.
Updates to help file include 'height ratio explained' and corner rings.
11.1 Maintenance Release:
6-sided sail with mid connections on several sides caused exception error - fixed
Nesting includes panel numbers and corner TAG
Nesting reo patches now included
v11
Panel Mapping
Optional Nesting
Hi Density Modelling for smooth plots
Hi Definition Report images on/off for users experiencing video card related issues
Integrated import of Leica and Proliner site measurement
6-sided sail with mid connections on several sides caused exception error - fixed
Nesting includes panel numbers and corner TAG
Nesting reo patches now included
v11
Panel Mapping
Optional Nesting
Hi Density Modelling for smooth plots
Hi Definition Report images on/off for users experiencing video card related issues
Integrated import of Leica and Proliner site measurement
Graphic Design software download, free
11.1 Maintenance Release:
6-sided sail with mid connections on several sides caused exception error - fixed
Nesting includes panel numbers and corner TAG
Nesting reo patches now included
v11
Panel Mapping
Optional Nesting
Hi Density Modelling for smooth plots
Hi Definition Report images on/off for users experiencing video card related issues
Integrated import of Leica and Proliner site measurement
6-sided sail with mid connections on several sides caused exception error - fixed
Nesting includes panel numbers and corner TAG
Nesting reo patches now included
v11
Panel Mapping
Optional Nesting
Hi Density Modelling for smooth plots
Hi Definition Report images on/off for users experiencing video card related issues
Integrated import of Leica and Proliner site measurement
New Hi-Res design and report interface
Perspective View added
User control over Visualisation Report view
Perspective View added
User control over Visualisation Report view
page size too big for all text...... fixed
added data file path to 'can't find db files' message
missing shear strain report during panelling...... fixed
daigonal panelling maxed out at 3 seams..... fixed
occasional problems with local licence ............. fixed
added data file path to 'can't find db files' message
missing shear strain report during panelling...... fixed
daigonal panelling maxed out at 3 seams..... fixed
occasional problems with local licence ............. fixed
Panel by Fabric Width
Leica 3D Disto file import
New 'Additional Text' added to visualization report
More plotters added
More fabric databases added
Leica 3D Disto file import
New 'Additional Text' added to visualization report
More plotters added
More fabric databases added
Material database can now include images.
Manufacturers fabric databases now include fabric swatch images.
Manufacturer's fabric databases can now be checked and updated from within MPanel Shade Designer.
There is now an example corner construction image, used to help define the corner construction, and to show an example of your sail construction.
The Estimations page has new features including calculating weights for the sail assembly and adding the internal seams in the cost calculations.
The Production reports are improved and new reports are added for fabric corner reinforcements and a report created from the Estimations page.
The Visualisation report is improved with more data including the sail area and edge length and a second page showing fabric swatch and construction images.
Manufacturers fabric databases now include fabric swatch images.
Manufacturer's fabric databases can now be checked and updated from within MPanel Shade Designer.
There is now an example corner construction image, used to help define the corner construction, and to show an example of your sail construction.
The Estimations page has new features including calculating weights for the sail assembly and adding the internal seams in the cost calculations.
The Production reports are improved and new reports are added for fabric corner reinforcements and a report created from the Estimations page.
The Visualisation report is improved with more data including the sail area and edge length and a second page showing fabric swatch and construction images.
Click on the link below to download MPanel Shade Designer for Awning Composer.
Download MPanel Shade Designer installation files
MPSD Nesting
is an optional feature which automatically arranges your fabric panels to fit inside your fabric width to minimize fabric waste.
This powerful new feature is simple to use to quickly determine the minimum length of fabric needed to make the sail saving time and money.
Allow 180 degree rotation
Many fabrics can be plotted in either direction in other words the panel can be rotated 180 degrees—this is typical for PVC coated fabrics. Many fabrics have a weave or pattern which prevents use of this fabric saving feature.
Spacing
Sets the buffer space between panels and from panels and the fabric roll edges.
Rotation Angle
Sail Design software, free download. software
Sets the limit that panels can be rotated from the fabric warp direction. This can help fine tune fabric utilization.
Export to plotter
Output Nest queue in dxf format ready for several built in plotting machines. If your machine is not included contact [email protected]
Plot Report
with panel arrangement and useful Nest statistics can be printed or sent to pdf.
with panel arrangement and useful Nest statistics can be printed or sent to pdf.