kgg

Your machine can handle: 1. Needles either 135x17 for fabric or 135x16 for leather 2. thread sizes from V46 (Tkt 60, #60) to V138 (Tkt 20, #20) 3. Max needle size #25 4. Max rated thread V138 Your Needles: 1. 130 (~#20) good for V92 in thinner stuff 2. 140 (#22) good for V92 in thicker stuff or V138 in thinner stuff 3. 160 (#24) good for V138 in thicker stuff but depending on the material you could move up to a 180 (#25) good for V138 in thicker stuff or possibly V207 in thinner stuff. A lot is going to depend on how thick the layers are and how tough they are. Juki rates their machines based on the max thread size the machine can handle in the top thread and in the bobbin not based on the what the largest size thread can fit in the largest needle it can handle. kgg

I took another look at your video and then went to my Juki DNU 1541S and hand wheeled it through a few cycles. Your machines seems to have way more slop in the hook assembly then mine. Maybe I didn't spin my machine fast enough to be able to get what you are getting. I would check the bottom end to see if you have slop in the main shaft and look to see if there are worn, loose or sloppy parts like gears/ bearings /safety clutch not totally seated properly / worn timing belt. Hope that helps. kgg

I posted that link so you could check the condition of the gears in the gear box for wear/slop and whether all your bolts are tight. kgg

Check this video out: Hook timing explained on a Juki DNU-1541S

Thank you. I am glad that my Warlock Stitch Guide fitted and works properly. I think it is a more cost effective alternative and simpler to install / use then the Sailrite one. kgg

The portable walking foot machines both the straight stitch and zig zag models should work for that but with reasonable thickness of material. The portable machines, Sailrite and clones, are rated to handle thread sizes up to V92 comfortably and you maybe able to push to V138 in thinner materials. A quick way to determine if it is zig zag capable is the straight stitch machines just have one vertical level (Stitch length lever) on the front face of the machine where as the zig zag capable machines have that lever plus two more little horizontal levers protruding through the top cover, one for needle position and one for zig zag width. A link to the ebay listing or photo of the machine would quickly determine that. All the portable walking foot machines have the same three legs on the bottom of the base of the casing. The difference here is Sailrite provides a base that the machine sits into which gives you a firmer wider sewing surface. Without a proper base or mounting the machine in a table arrangement, sewing with them is a chore to say the least. You could buy a case separately. Most of the clones have a carrying handle mounted to the top cover. Good idea, sturdy handle and firm attachment to the top cover but that in my opinion is where it ends. Would I ever trust the handle, NO. Keep in mind two things i) these little machines are fairly heavy plus 30 lb. and ii) the top cover is some form of aluminum with only two bolts holding it to the machine. One is a 6mm at the front through what I would consider a fairly weak part of the top of the casing and the other a 3.5 mm into a thin post for the winder mechanism. Another thing to remember to check with the clones is the two small holes in the bed that are used to mount accessories like edge guides and binding tape folders / binders. The holes are there in the right spot just not "tapped" so you won't be able to tighten down the accessory without properly threading the holes first. kgg

I am with Constabulary on this one. The cylinder arm machines are good but they just like any other machine has their strengths and weaknesses. Since the buyer only wants the head you are still going to have to store the table. I think the question should be "why should I get rid of it". Are replacement parts hard to source / expensive? If so, sell it while it is still in good running condition. kgg

Down me a pm. kgg

The Manson is the house brand of Manson sewing machines ( www.masonsewingmachine.com/ ) out of Vancouver, BC. It is a patcher, not a Singer to me it appears to be a Alder 30-7 clone. kgg

I personally don't like the rolls but they have their place as I like the more even roll off of the tape that a flat spool offers. Looking at the size of base I figure it is about 4 or 6 inches in diameter. The revolving platter would work just by sliding off the extension arms of the platter and removing the center alignment off the pin that protrudes through the platter base. That would reduce the platter base down to 6" in diameter. Then slide the roll down over the center pin for mounting the roll then thread the end of the tape through the outside edge of the Black Cup to guide the tape it to the folder / binding attachment. Bobs your Uncle. kgg

Thanks Wiz. The site should now say " We're coming soon Thank you for visiting! We will be up and running soon!" kgg

The ones I use are on the flat spools rather then the rolls. If you order binding from A & E they are available in both styles and will usually say they are "put up on rolls or spools" in their description. Thank you. Since this is a new website (www.warlockdesigns.com) we had to put something there so the address would propagate properly across the web and be concerned a scam site. It will be there for a couple of days until we can start to work on the site. Also that site for Nopper Tollers is my dog breeding site as I do show and breed Nova Scotia Duck Tolling Retrievers under the Permanently Register Canadian Kennel Club (CKC) kennel name "Nopper". They are one of the five recognized pure breed dog breeds of Canada ( Nova Scotia Duck Tolling Retriever, Newfoundland Dog and Labrador Retriever, Tahltan Bear Dog, Canadian Inuit Dog,). kgg

Thank you, that is a fair question. I'll give it a try. Thank you. In the photo's it was my attempt to show that you could use it with or without a large spool of binding tape. The black cup at the front of the table for all intents and purposes is a large bobbin holder. There a photo showing the actual bobbin that sets inside the black cup stood up on the right side of the table. The black cup is made up of two parts and the cup has to do double duty. The black cup as well as the binding tape platter can be quickly removed / installed by just loosening one tightening knob. It was designed to cover off both types of projects that need binding tape. When you have a project that is: 1. Going to need more then 30 ft. of raw edging binding tape you probably are going to need the larger flat spool of binding tape. This posed two main problems: i) Getting the end of the binding tape to the folder / binding attachment at the right angle. Since the spools of binding are generally over 6 " in diameter finding a convenient mount and place the spool. It needs to be placed so it doesn't interfere with operating the reverse level of any machine and feeds the tape with the least amount of resistance. You really don't want you machine trying to tug and feed the whole weight (resistance) of the tape spool. So, I think, the idea location is at the rear of the machines table and the platter that the spool sits on has to have a decent mechanical bearing to reduce the spool friction. ii) With that solved it is just a matter of directing the tape to the folder / binder. The exterior of the black cup has a track that is adjustable and allows at the correct angle to direct the end of the tape to the folder / binder so the tape is kept off the bed and eases the angle rather then making a sharp 90 degree turn. 2. Going to need less then 30 ft. of raw edging binding tape you probably going to use leftover binding or store bought flats. For this you would use the oversized bobbin inside the black cup. The black cup is a big bobbin holder with a bobbin that can accept binding up to 2" wide and about 30 ' of 0.048 inch or 1.20 mm thick Polypropylene. Then there is the problem of winding this oversized bobbin. You could wind the bobbin by hand I guess but whether you use my setup with a domestic, portable walking foot, flatbed or cylinder bed sewing machine the one thing they all have in common is bobbin winder. So it was just a matter of figuring out how to get the bobbin on a winder. So you wind the bobbin up using the machines bobbin winder, put the bobbin cap over the bobbin shaft to help keep the tape neatly in place and insert it over the center post in the black cup. You then just pull the end out of the second slit in the black cup much like a regular bobbin and feed it to the folder. Bob's your uncle. kgg

May not be pretty but it is functional, inexpensive and convenient. Which it is all about. kgg

Thank you. under the table for the most part is underutilized and to mount them on the table top would have been a waste of space and to get the proper 2 1/2 times the height of the thread spools would have put to much of a downward angle in the thread path. If I win the lottery I'll buy a metal 3 D printer for that project. kgg

Both, as two of my hobbies are sewing machines and 3D printing. The parts I come up with speeds up the process by adding convenience and functionality to the process which makes it more enjoyable as I can concentrate more on the task at hand. kgg

I had a special need for a small footprint machine and table to do basically one function in a particular location and at a low cost. I decided to get a portable walking foot machine and build a small table. The machine is one of the Sailrite clones so it is the same as the Reliable Barracuda, Rex, Consew and Omega to name a few. The job of this little machine is to do edge binding with either spools of raw edge binding or short lengths of binding with V92 thread. The Warlock purple color is to protect the innocent and is just some purple car wrapping I used. The problems I needed to solve: 1) Have an almost full industrial size table in the least amount of space. Solution: Build one. A standard table is 22"x48". Mine is 20"x47" when the 17" extension is in the up position. Which should I ever need to install a servo motor there is space. 2) Have quick access to such items as scissors, needles, bobbins, screwdriver, seam ripper, etc. Solution: Design and build an Accessory holder for the left side head cover and one for the top of the machine. That lead me down the rabbit hole as the Sailrite has a real metal front but an Aluminum top cover while the look a likes have Aluminum front and top covers. So I had decided to a version for: i) the Sailrite that uses real earth magnets ii) flat faced machines like the Juki LS-341 and Juki 1341 and clones iii) side mounted one that uses real earth magnets for the 441 style machines like your Cowboy's, Cobra's iv) The version for the Sailrite look a likes required the Accessory Holder to be mounted to the left side head cover. 3) Have quick access to the left side head parts for oil and not having to remove the cover as those tiny little screws always go on a wonder. Solution: Design and build a whole new left side head cover that had a hinged door that would accept an adjustable angle (horizontal to about 25 degrees) Accessory Holder 4) Fix up the clumsiness of having to reroute the top thread to the bobbin Solution: Remove the top carry handle and utilize the existing holes to mount the modified top / bobbin thread guide, install a thread guide pin and replace the tiny screws with thumb screws. Never like the handle even when I own a Reliable Barracuda, the tiny hinge screws are, I think, just not strong enough to support the weight of the machine for much abuse. 5) Replace the cheap top thread guide with a proper one. Solution: Remove and replace the guide with a proper one. 6) Get proper height distance from the top of the thread spool to the machine guides. Solution: Install two thread spool holders under the table for both the spool height clearance and space savings on the table top. Route the threads up through the table to both table mounted guide rods. The purple one is one I made to look close to the original. 7) How to contain short lengths of edge binding rather then having it drape to the floor. Solution: Design and build a large binding bobbin, bobbin holder guide that can be quickly installed on the front edge of the table top up to about 2 1/4" thick. My design can be used with domestic, portable walking foot and flatbed industrial sewing machines. I also designed and build one for cylinder bed industrial sewing machines. 8) How to wind short lengths of edge binding. Solution: Design and build a binding bobbin that can be wound by hand or using either a domestic bobbin winder or a industrial sewing machine winder. 9) How to use the cost effective spools of raw edge binding up to 2" wide. Solution: Design and build an adjustable spool platter with a bearing that can be quickly installed / removed on table tops up to 2 1/4" thick. The platter can accept up to 2" wide spools of raw edge binding up to 14" in diameter. 10) Getting the stitch length back to the same length after doing a reverse stitch is near impossible unless you always return to the max. stitch possible. Solution: Design and build a new stitch length guide. I could have bought the Sailrite EZ for $49.95 but that required the existing stitch length threaded level to be remove, a new longer one installed and re-adjustments. So I made a simple one that just requires the old stitch level base to be removed and install a new one, about two minutes work. All the upgrades are designed and built in Canada. These and others will be available shortly on my website: www.warlockdesigns.com email: parts@warlockdesigns.com All comments greatly appreciated. kgg

Found the answer both Elias Howe and Isaac Singer were lefties. kgg

My take / rant: In the beginning machines were design and made for the dominate hand users, the right handed person so the hand wheel which operated all the machines of the day was placed on the right side of the machine. You got to remember back then lefties were considered to be defective. Even when schooling became popular for the masses a lot of lefties were forced to right with their right hand. Having the hand wheel there meant that the work was guided alongside the needle by the left hand. This for the right handed beginner was somewhat difficult to master where as for a leftie it was much easier process as their dominate side was the left. I guess the thought of the day was the control of the machines speed was more important then the work or was the early inventors like Singer lefties? Then came the drive systems which eliminated the need for the hand wheel to be manually controlled but by then most of the work force (right hand) were trained and use to handling stuff with their left hand. Also by then it was probably too expensive to retool the machines for mass production to take full advantage of the new drive system which would have allowed the right handed users to take full advantage of using their right hand to control the work under the needle. So in conclusion the manufactures of machines of today are as lazy as the old manufacturers and just continued the manufacturing practice which still puts the leftie at an advantage over the rightie when it comes to controlling items under the needle. Remember the first time you as a rightie used a machine with all that fumbling around by the needle. This follows the old way of thinking / manufacturing " We always done it this way and it was good enough for my grandpa." The left handed machines by all rights should be the dominate machines of today to allow the dominate right handed users to take full advantage of their machines. For those of us that are ambidextrous it really doesn't matter much. Singer 18- models 22,23 and 37 single needle Singer 18 models 25,26,27,35, and 36 double needle Singer 45w53, 18u322 and 145k kgg

You could try and take apart the motor and check and see if all the connections are good, the brush is good, the windings are good. But honestly it is probably not worth the effort as you can get a new 100 watt domestic sewing machine motor off Amazon for about $25. kgg

The cost of the laser is probably in the $15K US range, the bartacks at about $5K US each and the sewing machines at about $2K each. The costs are very reasonable. The only drawbacks I can see is not everyone is CAD capable which means investing in either training or hiring someone with those skill sets and the maintenance / repairs on the laser. The other machines can be maintained by just about any sewing machine mechanic on an as is need basis. It was nice to see that this company did invest in brand name equipment for their operation. kgg

That is good to be a nice machine when your finished doing the restoration. Always nice to see the old iron running again. kgg

Way to go. Post a couple photo's. kgg

I might have gotten OP confused with someone else's location. But the used price in US dollars for the Consew falls in roughly the 30 percent mark of a new comparable machine. While the Juki is running at about 25 percent of a new comparable machine. kgg

Decent price, $550 ( ~$430 USD). Any photo's as someone may spot something to ask about with the machines. kgg