If you are looking for comparisons between Singer 9985 and Toyota FSR21, you’re at the right place. Which sewing machine is the right choice for you? They’re both solidly built and would be a fantastic machine for anyone who loves to sew.
What are the main differences between them? Allow me to simplify my answers here.
Singer 9985 vs. Toyota FSR21: Comparison in Features
Sewing Machine Types
The Singer 9985 is a computerized sewing machine, while the Toyota FSR21 is a mechanical sewing machine. Since the machine types decide they differ a lot in features, I won’t make a suggestion.
The sewing machine you choose should be tailored to your skill level and goals.
Singer 9985 vs. Toyota FSR21 : Built-in Stitches
The Singer 9985 has 960 stitches. The Toyota FSR21 on the other hand comes with 21 built-in stitches. The apparent difference is in the buttonhole styles, where Singer 9985 sewing machine comes with 13 one-step buttonhole(s), Toyota FSR21 has only 1 four-step buttonhole(s).
The Singer 9985 sewing machine weighs approximately 20 lbs, while the Toyota FSR21 sewing machine comes with a weight of 15 lbs.
The extra weight can become cumbersome if you don’t have a set location in your home for your sewing machine.
Automatic Needle Threader
To assist the user, self-threading sewing machines have what is called an automatic needle threader. The Singer 9985 has one while the Toyota FSR21 doesn’t.
This Singer 9985 sewing machine sewing machine comes with a drop-in bobbin, which allows you to see how much thread is left on the bobbin through the window. While Toyota FSR21 sewing machine doesn’t
In contrast to Toyota FSR21, Singer 9985 has a drop feed system. The drop feed lever will lower the feed dogs below the so they are no longer making contact with the material. This option is used for freehand machine quilting & freehand embroidery. This means you are in control of the stitch length and which direction you are going without actually turning the material.
There is free arm on both the Singer 9985 and the Toyota FSR21. The free arm is a very useful feature to all sewing machines as it makes sewing one layer of fabric without catching another. This is because all of the workings around the bobbin race, feed dogs, and needles are housed there.
|Singer 9985||Toyota FSR21|
|Sewing Machine Type||Computerized||Mechanical|
|Buttonhole Styles||13 one-step||1 four-step|
|Programmable Needle Up/Down||Yes||–|
|Monogramming Font||Yes, 6||–|
|Working Light||Yes, LED||–|
|Speed Control Slider||Yes||–|
|Weight||20 lbs||15 lbs|
|Extra High Presser Foot Lifter||Yes||–|
|Snap-on Presser Foot||Yes||–|
|Automatic Thread Cutter||Yes||–|
|Automatic Needle Threader||Yes||No|
|Stitch Selection||Touch Screen||Dial|
|Adjustable Stitch Length/Width||Automatic (with override option)||No, Preset Only|
|Included Feet||All-Purpose Foot, Zipper Foot, Buttonhole Foot, Button Sewing Foot, Blind Hem Foot, Satin Stitch Foot, Open Toe Foot, Overcasting Foot, Darning & Embroidery Foot, Rolled Hem Foot, Cording Foot, Straight Stitch, Even Feed Foot||–|
|Dedicated Locking Stitch Button||Yes||–|
|Tension||Automatic (with override option)||–|
|Warranty||25 Year Limited||–|
|Price||Check Price on Amazon||Check Price on Amazon|
Singer 9985 Video Review
Toyota FSR21 Video Review
Both machines are neck and neck when it comes to performance. The stitch quality is very similar between the two machines. They are capable of handling heavy and delicate fabrics with ease. It is the stitch quality of these two machines that differentiates them from other machines in their segment. Based on the features listed above, we believe you will be able to make a decision on your own. The final decision is yours.
Q. How much electricity does a sewing machine use
A. A typical home sewing machine may be in the 100-watt range. One estimate for portable sewing machines says that you are paying about 0.013 cents per hour every time. For the day you may be spending about 10 cents.
Q. How do I thread a sewing machine?
To get started with your sewing project, you’ll need to first thread your sewing machine. While your machine’s manual should guide you in the specific sequence for your make and model, the basic process starts by placing the presser foot in the up position.
Next, put your thread spool on the spool holder and bring the thread across the top of the machine, through the thread guide. Insert the thread through the tension mechanism, sliding it between the metal disks before pulling it back upwards. Find the take-up lever and place the thread into the hole. Pull the thread towards the sewing machine needle, using available thread guides as you go.
Finally, bring the needle into an accessible position by adjusting the handwheel. Insert the thread. Your sewing machine should be threaded and ready to go, but it’s always a good idea to make a test run on a sample swatch to check your work.
However, if you sewing machine comes with an automatic needle threader, that would save you lots of time.
Q. Can I interchange metal and plastic bobbins if they are the same size?
A. Metal bobbins and plastic bobbins of the same size can NOT be swapped. Machines are set for a very precise tension setting. If they are set for a lighter plastic bobbin, the tension will change if a heavier metal bobbin is used.
Q. What are features to look for in a sewing machine?
A. The best features will depend on the type of sewing you plan to do. For a beginner, some features to look for include built-in stitch types, an automatic needle threader, a top drop-in bobbin, and a set of standard presser feet.
Q. What type of maintenance do sewing machines need?
A. Today’s sewing machines usually require just a few basic steps to keep them in good working order. While the manual included with your machine will spell out the details, it’s important to regularly remove the throat plate and use a small, soft brush to remove thread, lint, and debris that might have become lodged inside the machine. Your machine may also require oiling to keep everything lubricated and running smoothly.
Q. Why adjust tension on sewing machine
A. Sewing machine tension adjustment is controlled by devices that separately control the needle thread and the bobbin thread, putting varying amounts of tension (or strength) on the threads they control to form a strong, balanced stitch.