• Bead Creator Pro Software

Over the years, BeadCreator has fine tuned the software to be as easy to use, yet have all the tools needs to unleash your creativity for pattern design and development. Take a few minutes to watch this short video below to see how easy it is to create a pattern right out of the box.

As you can see, creating a pattern is an exercise in simplicity. From the size of the beads to the number of bead colors used, you have complete control.

Now, your skill level may be more advanced, and the Bead Faerie method will work to get your design into the program, but the real jewels of this software are found inside the program, after you've created your base design pattern. Option to Design with ONLY Beads You Have on Hand! First, if you're the type of designer that has hundreds of tubes of beads, and constantly buying more for patterns, you'll love the Bead Inventory System. You input your inventory into BeadCreator, and then when you design a pattern, you can ask BeadCreator to ONLY use the beads you have in stock. This helps to minimize your outlay of cash for additional beads.

Or, you can ask BeadCreator to use inventory first before it uses new beads. When you output your pattern, you get a stocking list of whats in inventory and what you'll need to order. When you've committed the beads to the project, they are subtracted from your inventory.

Extensive Color Editing Tools Second, you get an extensive color editing tools to help you with your design. Hue, saturation and lightness are just the tip of the iceberg to what you can do. The secret sauce to BeadCreator software is the use of the Dewey Delica system, developed in conjunction with long time beader Susie Hughes. When you use the Dewey Delica system, you'll find that your finished patterns use the correct type of beads and finishes, providing a uniform look to your work. This is detailed in a book written on BeadCreator, available separately for purchase or for free via digital download. This is an extensive detailing of everything BeadCreator can do, written by a beader for beaders.

It's not a detrimental fact, despite what our competitors might claim; it just means that a single page manual is for a program with limited capabilities. There are dozens and dozens of bullet points to what this software will do. It does loom, brick, peyote (to 9 drop), RAW, fringe, sacred gourd and herringbone.

More references related to bead patterns christmas. Repair Manual For A 2001 Chevrolet Silverado 1500 4 3 V6 2wd Kohler command pro 27hp manual Some Snakes Spit Poison And Other Amazing Facts About Snakes. Comic Book Creator Serial Another Way Of Life Haynes Repair Manual Bittorrent. Roxio Creator NXT 3 The yellow name labels were imported to VideoWave and applied to separate trackers. To track and mask an element in a video 1 In the Production Editor area, click the Timeline tab. 2Select a clip in the Video track, and click the Motion Tracking button in the toolbar. 3 table of contents. Mounts + Accessories. HERO3 Features. Camera LCD Status Screen. Camera User Interface Flow Chart. Software Updates. Composite cable). TiP: Use Photo Burst to capture fast moving subjects. ▷See PLAYBACK for more information. UsinG YoUr Hero3: caMera Modes.

It outputs to native PDF format, meaning that you don't need to install a third-party program to get an Acrobat PDF file. We also output to Word, Doc, Excel, RTF and text files; JPG, PNG, BMP image formats; to HTML; and most importantly, to XML. Why is XML important? It's because it's an Open Source format, enabling you to import our files in to any other beading program (assuming anyone else writes the spec for it.) We did this because of Beadscape and BeadPlan (and more recently BeadCellar) - are programs that are no longer in development today, but left plenty of people locked in to their program format. While there are two levels of software: BeadCreator Professional, and Professional Plus, we only offer the 'Professional' version. This is because most persons purchase this to begin with, and almost 90 percent of those who buy the 'Plus' version upgrade to 'Professional' withni 90 days at a much higher cost.

The Professional Version includes protection, enabling you to prevent the printing of your patterns when selling them; assembling previously created patterns in BeadCreator to create pattern books of 10 or more patterns; advanced color editing functions; etc. Our goal is to provide the best quality products at fair and competitive prices, while bringing you, the customer, the very best service in the industry.

Since beginning in 1970, the goal of Crazy Crow Trading Post has been to provide the best quality products at fair and competitive prices, while bringing you the very best service in the industry. As our business has grown, we have been able to have many unique items manufactured around the world. Many of these are authentic reproductions of original trade goods which, prior to our production, had not been available for many years.

Faster isn't always better. Always begin homogenizing at a low rpm, and then gradually increase the speed to your target level. Running too fast can cause too things to happen: A quick increase in speed will actually push the sample away from the probe and inhibit homogenization.

If you are processing a small volume in sample and running at max speed be careful that you aren't pumping the sample through the probe quicker than it can recover. If the samples is moving through the probe quicker than it can recover the probe will begin in essence to homogenize pockets of air and this dry homogenizing can damage the probe. When using Multi-Gen 7XL probes, it is not recommended to run at more than half speed (16,000 RPM). If this is required, please contact a PRO Scientific representative to discuss modification of your equipment.

Bead Creator Pro Software

Review your operating manual. Please follow the instructions in the manual to ensure that you attach the generator/generator assembly properly to the motor unit. Regular maintenance and inspection / replacement of wearing generator parts is recommended and will thereby extend the life of this valuable piece of equipment.CAUTION.RUNNING THE GENERATOR WITH MISSING OR WORN COMPONENTS CAN CAUSE DAMAGE TO THE GENERATOR AND/OR HOMOGENIZER MOTOR UNIT. PRO Quick Connect Generator Probe Basic Maintenance Steps: Perform an upper washer check:.

Is the upper white Polytetrafluoroethylene (PTFE) washer missing? These tend to get misplaced when cleaning and often the generator is reassembled without the PTFE washer. Is the white PTFE washer worn?. If you answered yes to either of these questions, then you will need to order replacement upper PTFE washers. Find the correct lower bearing part number for your generator.

Refer to the Generator Spare Parts Section of your manual. Speak with a sales consultant at PRO Scientific, P#203-267-4600, sales@proscientific.com, and they will be happy to assist you in finding the correct replacement part for your generator. Perform a lower bearing maintenance check:.

It is time to replace your lower Polytetrafluoroethylene (PTFE) bearing if. The inside diameter of the lower PTFE bearing fits loosely on the outside diameter of the shaft. And/or you are able to wiggle and tilt the PTFE bearing. Find the correct lower bearing part number for your generator. Refer to the Generator Spare Parts Section of your manual.

Speak with a sales consultant at PRO Scientific, P#203-267-4600, sales@proscientific.com, and they will be happy to assist you in finding the correct replacement part for your generator. Upper SS bearing maintenance check: Replacement of upper stainless steel bearing should be performed by PRO Scientific Service technician or authorized distributor. Contact PRO Scientific service department, at P#203-267-4600, sales@proscientific.com, and request a return authorization for generator.

Mid-Bearing maintenance check:. All generators that are 120mm in length and longer contain a mid-bearing, which is located inside the generator approximately half way up the shaft. The mid-bearing must be lubricated by the sample/liquid during processing, therefore the sample volume should cover about half the length of the generator. Replacement of mid-bearing should be performed by PRO Scientific Service technician or authorized distributor. Contact PRO Scientific service department, at P#203-267-4600, sales@proscientific.com, and request a return authorization for generator.

Multi-Gen 7 & 7XL Generator Probe Maintenance Steps: Perform an lower / upper bearing check (items are identical):. It is time to replace your lower Polytetrafluoroethylene (PTFE) bearing if. The inside diameter of the lower PTFE bearing fits loosely on the outside diameter of the shaft. And/or you are able to wiggle and tilt the PTFE bearing. The lower and upper PTFE bearing for all Multi-Gen Generator probes is the same.

You will need to order part number PRO-03-11703P (6 pack of MULTI-GEN lower PTFE bearings). Speak with a sales consultant at PRO Scientific, P#203-267-4600, sales@proscientific.com, and they will be happy to assist you in finding the correct replacement part for your generator.

Dismantling and Assembly Instructions for PRO Quick Connect Generator Probe and Multi-Gen 7 / 7XL's performance. 5mm PRO Quick Connect Generator: The following instructions are for the assembly of only 5mm generators. Insert the lower bearing into the bottom of the tube and collar assembly. Take the rotor knife and place it into the bottom of the tube and collar assembly and push the lower bearing into its proper location. The proper location is when the end of the rotor knife is flush with the bottom of the tube and collar assembly. Attach the rotor shaft collar to the end of the rotor shaft. Make sure that the setscrew in the rotor shaft collar lines up with the flat on the end of the rotor shaft.

The rotor shaft collar should be located as close to the end of the rotor shaft as possible. Slide the PTFE washer up the rotor shaft until it contacts the rotor shaft collar. Insert the rotor shaft with the rotor shaft collar and PTFE washer attached into the upper end of the tube and collar assembly. The rotor shaft should rotate freely within the tube and collar assembly.

If the rotor shaft does not rotate freely, remove the rotor shaft from the tube and collar assembly and inspect both the upper and lower bearings for any possible damage. Replace any damaged bearings. Insert the rotor knife into the end of the tube and collar assembly and rotate the knife clockwise while holding the rotor shaft collar.

Once the rotor knife is threaded onto the end of the rotor shaft, insert the ¼” hex wrench into the end of the rotor shaft collar and the screwdriver into the end of the rotor knife and lightly tighten. With the rotor knife attached, place the generator with the blade end downward onto a flat surface.

Loosen the setscrew located on the side of the rotor shaft collar. Push the rotor shaft collar downward until the nylon washer is in contact with both the bottom of the rotor shaft collar and the top of the upper bearing. Tighten the set screw and check that the generator rotates freely.

The following instructions are for the dismantling of 5mm generators ONLY. Unscrew the rotor knife from the bottom of the rotor shaft. Insert the 1/4' hex key (supplied in the tool kit) into the end of the rotor shaft collar and insert the screwdriver (supplied in the tool kit) into the rotor knife and turn the hex wrench counter clockwise. Remove the rotor knife from the bottom of the generator tube and collar assembly.

Draw the rotor shaft and rotor shaft collar assembly upwards out of the tube and collar assembly. The PTFE (polytetrafluoroethlyene) washer can be removed from the rotor shaft. Remove the lower bearing from the bottom of the tube and collar assembly.

The lower bearing should be replaced when worn before the rotor knife starts to rub against the side of the stator. The rotor shaft collar assembly can be removed from the rotor shaft by loosening the set screw located at the side of the rotor shaft collar using the hex wrench end of the screw driver (supplied in the tool kit). 7mm, 10mm, 20mm and 30mm PRO Quick Connect Generators: The following instructions are for the assembly of only 7mm, 10mm, 20mm and 30mm generators. Slide the lower bearing onto the rotor shaft. Attach the rotor knife to the rotor shaft by screwing it together until tight (hand tighten).

Insert the Rotor Shaft into the end of the tube and collar assembly. Then push the rotor knife up into the end of the tube and collar assembly until it cannot go any further. This will put the lower bearing into its proper place. The rotor shaft should stick out through the upper bearing located in the top of the tube and collar assembly. While pushing against the rotor knife, place the PTFE washer over the end of the rotor shaft and put the rotor collar assembly onto the rotor shaft. While holding the rotor knife, align the setscrew on the side of the rotor shaft collar and the flat end on the rotor shaft so they are facing each other.

Once lined up with one another, tighten the setscrew against the flat end of the rotor shaft using the hex wrench end of the screwdriver tool (supplied in the tool kit). Insert the ¼” hex key (supplied in the tool kit) into the end of the rotor shaft collar and insert the screwdriver end into the rotor knife and turn the hex wrench clockwise to confirm its tight (Over tightening of the rotor knife onto the rotor shaft can result in breaking of the rotor shaft and/or distorting of the rotor knife). The following instructions are for the dismantling of only 7mm, 10mm, 20mm and 30mm generators. Unscrew the rotor knife from the bottom of the rotor shaft. Insert the ¼” hex key (supplied in the tool kit) into the end of the rotor shaft collar and insert the screwdriver end into the rotor knife and turn the hex wrench counter clockwise. Remove the rotor knife from the bottom of the generator tube and collar assembly.

Remove the rotor shaft collar assembly by loosening the setscrew located in the side of the rotor shaft collar from the rotor shaft using the hex wrench end of the screwdriver tool (For convenience, do not fully remove the setscrew from within the rotor shaft collar assembly). Remove the PTFE washer from the rotor shaft. Draw the rotor shaft downwards out of the tube and collar assembly. (If rotor shaft does not slide out, press down on the rotor shaft from the top of the generator tube and collar assembly using the hex wrench end of the screwdriver tool). Remove the lower bearing from the end of the tube and collar assembly using the screwdriver. The screwdriver should be inserted high enough to reach the inner side of the lower bearing.

Put the flat side of the screwdriver against the lower bearing, and then pull the handle of the screwdriver against the saw-teeth or open-slotted end of the generator probe. The lower bearing should come out.

The lower bearing should be replaced when it shows signs of wear and before the rotor shaft collar starts to come in contact with the inside wall of the motor collar or starts to rub on the top of the tube and collar assembly. Multi-Gen 7 and 7XL Generators: The following instructions are for the assembly of Multi-Gen 7 & 7XL generators. Insert upper PTFE bearing (bearings are interchangeable) into the upper end of the generator tube-bearing, flange out. Place the lower PTFE bearing into the lower end of the generator tube- bearing flange out. Slide shaft into the lower end of the generator tube until knife is flush with tube, making sure threaded end of shaft comes through the upper PTFE bearing. With finger keeping knife flush with bottom of tube, hand tighten drive collar. FINAL ASSEMBLY STEP FOR MULTI-GEN 7 ONLY: Place the screwdriver into bottom of the generator and holding the drive collar turn the screwdriver clockwise.

FINAL ASSEMBLY STEP FOR MULTI-GEN 7XL ONLY: Place allen wrench across and through the open slot of the XL generator to ensure tightness of assembly and holding drive collar turn screwdriver clockwise. The following instructions are for the dismantling of Multi-Gen 7 & 7XL generators. Dismantling Multi-Gen 7 Probes Only. Insert the allen wrench end of the screwdriver (supplied in the motor unit tool kit) across and through the open slot of the XL generator tube. Continue with step 3 from 7XL instruction below. Dismantling Multi-Gen 7XL Probes.

Insert the allen wrench end of the screwdriver (supplied in the motor unit tool kit) across and through the open slot of the XL generator tube. Continue with step 3. While firmly holding the drive collar at the upper end of the generator (opposite end of the screwdriver) turn the screwdriver counter clockwise. If the drive collar is not held securely it will spin with the screwdriver, thereby not allowing the knife assembly and rotor shaft to be unscrewed from the drive collar. With the drive collar removed, the rotor shaft knife assembly will slide out the bottom of the generator tube. The upper PTFE bearing can now be removed from the upper end of the generator tube.

The lower PTFE bearing can now be removed from the lower end of the generator tube. Multi-Gen parts can now be placed on a tray and autoclaved as necessary. Cleaning of PRO Quick Connect Generator Probe and Multi-Gen 7 / 7XL's. Immediately after you have finished working with the generator, the generator must be cleaned so that the substance residues do not stick to the rotor and stator and allow small bacterial cultures to form in undesirable places.

For this purpose, the generator should be run in a solvent, which dissolves the substance residue and does not harm the components. The rotor and stator are cleaned as the solvent is pumped through the generator. Please ensure that all cleaning processes are compatible with 316SS and PTFE. For a more thorough cleaning it is recommended that your generator be disassembled and cleaned via one of the following processed;. Chemical process - Germicidal solutions (formalin, phenol, alcohol etc.) can disinfect in most cases. Residues of the germicide must subsequently be removed with sterilized water.

Please ensure that all chemical processes are compatible with 316SS and PTFE. Sterilizing by humid heat – This means sterilizing with steam at a pressure of 2 bar above atmosphere and a temperature of 120oC. PRO Generators are heat resistant up to 390° F / 198° C. Sterilizing by hot air - Hot air sterilization is normally carried out at 160 to 190oC. PRO Generators are heat resistant up to 390° F / 198° C. Flaming - This method can be used, however, it is only effective on external surfaces.

PRO Generators are heat resistant up to 390° F / 198° C For additional PRO Homogenizer Motor Unit Maintenance.