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Comparison Janome MC 500E vs BERNINA Aurora 450

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Janome MC 500E
BERNINA Aurora 450
Janome MC 500EBERNINA Aurora 450
from $2,399.00 
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from $2,936.00
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Type of sewing machineembroiderysewing and embroidery
Shuttlehorizontal rotaryhorizontal rotary
Loop formationautomatic
Technical specs
Number of stitches163
Number of loops9
Max. stitch length5 mm
Max. stitch width9 mm
Max. presser foot height13 mm
Sewing speed860 st/min
Features
Features
alphabet letter embroidery
 
 
needle threader
thread cutter
pedal free sewing
 
alphabet letter embroidery /4 fonts/
reverse stitching
free arm
needle threader
thread cutter
pedal free sewing
needle positioning (up/down)
Adjustment options
Adjustments
 
thread tension /automatic/
 
 
 
presser foot pressure
thread tension
disabling differential bottom feed
speed limiter
knee lift lever
Embroidery unit
Max. embroidery area200x280 mm
Number of embroidery patterns160
Number of hoops4
Included presser feet
Presser foots
 
 
 
for embroidery
universal foot
zipper foot
blind hem foot
for darning
More specs
Display
 /touch/
Led lighting
Custom stitches
PC connectionUSB
Power sourcemains poweredmains powered
Power consumption100 W
Sewing advisor
Ruler on body
Extension table
Coverhard
Dimensions (WxHxD)57x34x46 cm
Weight14.3 kg
Added to E-Catalognovember 2015october 2011

Type of sewing machine

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

Electromechanical. The classic, simplest type of sewing machines: they do not have computer control, all operating parameters are adjusted mechanically, and their use is limited to the simplest types of seams.

- Computerized. Sewing machines equipped with built-in computers that control the sewing process. Thanks to this, they have a more extensive set of functions and are more precise in setting than electromechanical ones, although they cost accordingly. Note that in this case we mean exclusively computerized sewing machines; embroidery and sewing-embroidery machines are divided into separate categories (see the corresponding paragraphs).

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

Sewing and embroidery. Machines that can be used for both sewing and embroidery. The design and sewing capabilities are similar to computerized...models (see the corresponding paragraph), but are complemented by an embroidery unit, hoop and other embroidery equipment. And the built-in capabilities usually include both basic embroidery elements (crosses, stars, satin stitch, etc.) and the ability to embroider using patterns downloaded from a computer. Such machines are very versatile, but in terms of specific capabilities they may be inferior to more specialized models.

Overlock. A special type of sewing machine designed primarily for seaming and trimming the edges of materials. An overlocker covers the edge of the fabric with a special seam, which prevents fraying, fraying 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).

Coverstitching machine. Devices designed to create the so-called. cover stitch - a flat elastic seam that is most often used to hem the folded edge in knitwear, as well as in some types of joints. Such machines are not used for other purposes.

Coverlock. Devices that combine an overlocker and a cover stitching machine in one housing. For more information about each of these varieties, see the corresponding paragraph. Here we note that a carpet lock is actually a universal tool for processing edges: it is capable of overcasting them, cutting off excess fabric and hemming the folded edge with a cover stitch. In addition, many modern carpet stitchers are also capable of stitching materials (mainly with a two-thread chain stitch).

Loop formation

A method of forming slotted loops supported by a machine.

Automatic. Fully automatic buttonhole sewing mode; 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; It is the automatic method that is recommended if you plan to sew a large number of loops.

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

Number of stitches

The number of stitches that a sewing machine can sew. The larger this number, the more extensive the capabilities of this model, the wider the choice the user has; however, it wouldn’t hurt to clarify the specific range of supported stitches separately.

The fewest options - mostly up to 25 - are provided in electromechanical machines, as well as specialized devices such as overlockers and carpet lockers (see “Type”). In computer-controlled devices, the number of lines can be in the dozens, and some also allow you to download additional options from the computer.

Number of loops

The number of welt stitches that a sewing machine can make. Different types of loops are used for different types of fabrics and clothing. The larger this number, the wider the choice the user has and the less likely it is that the machine’s arsenal will not have the required type of loop.

Max. stitch length

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.

Max. stitch width

The maximum stitch width provided by a sewing machine.

Most modern sewing machines are capable of working not only with the simplest longitudinal seam (when punctures with a needle occur strictly one after another), but also with seams that cover a certain width - for example, zigzag and various decorative ones. And in overlockers, such opportunities are generally available by definition.

The larger the maximum stitch width, the correspondingly wider the machine’s ability to work with specific types of seams (all other things being equal). An indicator of up to 5 mm is typical mainly for entry-level devices, 5 - 7 mm - average, 7 mm and more - advanced.

Max. presser foot height

Distance from the working surface to the foot in the uppermost position. Must be taken into account when working with thick fabrics.

Sewing speed

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

The more stitches a machine makes per minute, the higher its productivity, the better suited it is for large volumes of work. At the same time, it is worth considering that high speed has a corresponding impact on price and energy 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.

Features

Вышивание букв алфавита. Возможность вышивания букв алфавита с помощью машинки. Данная функция встречается в моделях с компьютерным управлением, она осуществляется за счет набора букв, занесенного в память машинки. Многие модели с такой возможностью имеют несколько встроенных шрифтов, а некоторые даже позволяют загружать свои шрифты с компьютера.

Дифференциальный транспортер. Транспортер для ткани, состоящий из двух зубчатых реек — перед и за иглой. В зависимости от выставленного режима такой транспортер может дополнительно растягивать или, наоборот, собирать ткань во время шитья; первое пригодится при работе с плотными тканями, второе — для трикотажа, стрейча и других легко тянущихся материалов.

Реверс. Функция, позволяющая переключать направление движения ткани под иглой и, соответственно, направление шва. Применяется в основном для закрепления строчки. Реверс является практически обязательным для швейных машин в классическом смысле слова — электромеханических, компьютеризированных и швейно-вышивальных (см. «Тип»), а вот в других типах практически не встречается.

— Рукавная платформа. Приспособление для работы с рукавами, штанинами и прочими аналогичными деталями одежды. Эта функция чаще всего реализуется за счет съемной части рабочего столика — при ее снятии столик превращается в узкую платформу. Конкретная ширина такого прис...пособления может быть разной, ее стоит уточнять отдельно.

— Нитевдеватель. Специальное приспособление, предназначенное для того, чтобы облегчить процесс вдевания нитки в иголку. Наличие нитевдевателя особенно полезно при частной смене ниток (например, шитье попеременно разными цветами).

— Нитеобрезатель. Механизм для обрезания нитей после окончания шитья, избавляющий от необходимости использовать ножницы: для обрезания нитки достаточно нажать кнопку. Отметим, что речь идет именно об автоматическом нитеобрезателе; ручные приспособления, устанавливаемые на корпуса некоторых машинок, в данном случае нитеобрезателями не считаются.

— Шитье без педали. Возможность использовать машинку без подключения педали. Для запуска и остановки процесса в таких моделях, как правило, предусматривается специальная кнопка. Подобная возможность может пригодиться при длительном шитье, когда держать педаль постоянно нажатой было бы утомительно, и при эпизодическом использовании, когда машинка запускается «на пару стежков» и возиться с подключением педали особо незачем.

— Шитье двойной иглой. Возможность применения машинки для шитья двойной иглой — парой игл, закрепленных в одном держателе. Существуют разные виды таких игл и разные приемы работы с ними, а некоторые работы выполняются только двойной иглой. В любом случае для использования подобных приспособлений требуется, чтобы машинка была изначально с ними совместима.

— Позиционирование иглы (верх/низ). Переключатель, позволяющий пользователю выбрать, в каком положении будет находиться игла после остановки двигателя — верхнем или нижнем. При отсутствии такого выключателя игла, как правило, останавливается только в верхнем положении, а это не всегда удобно
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