Comparison iSEW S200 vs Minerva Next 141D

The type of sewing machine determines its functionality and specific application.

— Electromechanical. The classic, most simple kind of sewing machines: they do not have computer control, all work parameters are adjusted mechanically, and the use is limited to the simplest types of seams.

— Computerized. Sewing machines are equipped with built-in computers that control the sewing process. Because of this, they have a more extensive feature set and are more accurate in settings than electromechanical ones, although they cost accordingly. Note that only computerized sewing machines are meant; embroidery and sewing-embroidery machines are separated into separate categories (see relevant paragraphs).

— Embroidery. Such machines were originally intended only for embroidering patterns, and are practically not suitable for work outside this specialization (ordinary sewing, hemming). They have the appropriate design features, are equipped with embroidery hoops and feet for embroidery, are often equipped with both a set of built-in presets (for example, embroidering letters of the alphabet), and can connect to a PC and download patterns.

— Sewing and embroidery. Machines that can be used for both sewing and embroidery. In terms of design and sewing capabilities, they are similar to computerized m...odels (see the relevant paragraph) but are supplemented with an embroidery unit, hoops and other embroidery equipment. And the built-in features usually include basic embroidery elements (crosses, stars, satin stitch, etc.), as well as the ability to embroider according to patterns downloaded from a computer. Such machines are very versatile, but in terms of specific capabilities, they may be inferior to more specialized models.

— Overlocker. A special type of sewing machine designed primarily for seaming and trimming the edges of materials. Overlocker overcasts the edge of the fabric with a special seam, which prevents fraying, shedding and deformation. One of the design features of such devices is the presence of several working threads, from 2 to 10 (most often 3 or 4).

— Coverstitch. Devices designed to create cover stitch — a flat, stretchy seam that is most commonly used for hemming a folded edge in knitwear, as well as in some types of joins. For other purposes, such machines are not used.

— Coverlock. Devices that combine an overlocker and a coverstitch machine in one case. For more information about each of these varieties, see the relevant paragraph. Here we note that the coverlock is a universal tool for processing edges: it can overcast them, cut off the excess fabric and hem the folded edge with a cover stitch. In addition, many modern coverlock are also capable of seaming materials (mainly with a double chain stitch).

The type of sewing machine shuttle.

The shuttle is a device for feeding the lower thread. It is in it that the spool with the thread is inserted. In modern machines there are such types of shuttles:

— Oscillating . Oscillating shuttles have only a vertical layout. It is a simple, inexpensive and at the same time reliable mechanism, which also makes the device practically “omnivorous”: many models with oscillating shuttles can cope with thick coarse fabrics that are “too tough” for other types of machines. In addition, in such a shuttle, the method of thread tension is very simply regulated. Among the disadvantages of this option, it is worth noting an increased level of vibration and noise, a relatively low speed, as well as a more complicated threading procedure than in horizontal shuttles.

— Vertical rotary. In several features, such shuttles are similar to oscillating ones (see the relevant paragraph): in particular, they are relatively easy to adjust the thread tension, but to refill the bobbin, you must always climb into the mechanism and remove the bobbin case from the shuttle. The key difference is that the shuttle does not swing during operation, but rotates. Because of this, such mechanisms are somewhat more complicated and more expensive than oscillating ones. However, they provide a higher sewing speed with a lower level of vibration and noise. This option is...used in professional and semi-professional machines, as well as industrial equipment.

— Horizontal rotary. The shuttle of this type is easy to use: to thread the lower thread, one does not need to remove the bobbin case, just open the cover and install the bobbin directly into the hook. In addition, the top cover is often made transparent, which allows you to keep track of the rest of the bottom thread. At the same time, due to the rotational principle of operation, such a shuttle provides good speed and a minimum level of vibration and noise. Among the disadvantages of this option, one can note the difficulty in setting the thread tension: for this, usually, you have to unscrew a few bolts and remove the entire shuttle(whereas in vertical mechanisms the regulator is located on a quickly removed bobbin head). In addition, horizontal shuttles are not well suited for continuous sewing with coarse threads — such a thread can rub a groove in the case, after which the mechanism will have to be changed.

The method of loop formation supported by the machine.

- Automatic. Fully automatic loop formation; the user only needs to set the length, after which the machine will independently process the edges of the future loop, without the need to switch modes manually. The most convenient and advanced option; is the automatic method that is recommended if it is planned to overcast numerous loops.

- Semi-automatic. When forming a loop in this way, work is done in 2 or 4 steps. For example, in the first case, the machine makes one short bartack and one long longitudinal line in one pass, then the mode switches and the second bartack and the second long line are performed; in the second case, respectively, you have to switch between 4 stages. Such work takes more time than the automatic formation of loops, but such machines are cheaper.

The number of stitches that the sewing machine can sew. The larger this number, the more extensive the possibilities of this model and the wider the choice of the user. However, a specific range of supported stitches needs to be specified separately.

The least options — mostly up to 25 — are provided in electromechanical machines, as well as specialized devices like overlockers and coverlocks (see "Type"). In computerized devices, the number of stitches can be in the tens, and some also allow you to download additional options from your computer.

The number of loops that the sewing machine can sew. Different types of loops are used for different types of fabrics and clothing. The larger this number, the wider the choice of the user and the less likely it is that the loop of the desired type will not be in the arsenal of the machine.

The maximum stitch length that the sewing machine can sew. This parameter is important for working with dense thick fabrics: the stronger the fabric, the longer the seam used for it. Accordingly, the longer the stitch ( 5 mm or more), the better the machine is suitable for working with similar fabrics.

The maximum stitch width performed by the sewing machine.

Most modern sewing machines can work not only with the simplest longitudinal seam (when the needle punctures go strictly one after the other) but also with seams that overlap a certain width — for example, zigzag and various decorative ones. And in overlockers, such features are generally available by definition.

The larger the maximum stitch width, the wider the possibilities of the machine to work with specific types of seams (ceteris paribus). An indicator up to 5 mm is typical mainly for entry-level devices, 5 – 7 mm — medium, and 7 mm or more — advanced.

It is the distance from the work surface to the presser foot in the highest position. It must be taken into account when working with thick fabrics.

The maximum sewing speed provided by the sewing machine. In the vast majority of models, this parameter can be adjusted, so that, if necessary, you can sew at a lower speed.

The more stitches per minute the machine makes, the higher its productivity, and the better it is suitable for large volumes of work. At the same time, note that high speed has a corresponding effect on price and power consumption, and it is not always required. Detailed recommendations on choosing the optimal speed for certain types of work can be found in special sources.