20606, 4400 Sewing M/C Cylindric Screw Gear With Helical Teeth For
20606, 4400 Twin-Needle Machine
In a twin needle machine, the screw gear can play a role in the
machine's overall functionality. Here are some roles it can serve:
Power Transmission: The screw gear can be involved in power
transmission within the machine. It transfers rotational motion
from one component to another, often at a different angle or speed.
It can help convert the rotary motion of the motor or other driving
mechanism into the linear or reciprocating motion required for
needle movement or other machine functions.
Needle Bar Movement: In some twin needle machines, the screw gear
may be responsible for driving the movement of the needle bars. As
the gear rotates, it converts the rotational motion into a linear
or up-and-down motion, which in turn moves the needle bars. This
allows the twin needles to penetrate the fabric and create
stitches.
Timing and Synchronization: The screw gear can play a role in the
timing and synchronization of the twin needle machine's components.
It ensures that the needle bars move in a coordinated manner,
maintaining proper alignment and spacing between the needles. This
synchronization helps achieve parallel stitching and consistent
stitch quality.
Feed System: Depending on the machine design, the screw gear might
also be involved in driving the feed system. It can contribute to
the movement of the feed dogs or other feeding mechanisms that
advance the fabric during stitching. This ensures smooth and even
fabric feeding for both needles.
In a twin needle machine, cylindrical gears can play various roles
depending on their specific placement and function within the
machine. Here are some roles that cylindrical gears have:
Power Transmission: Cylindrical gears are commonly used in sewing
machines to transmit power from one component to another. They help
transfer rotational motion and torque between different parts of
the machine, such as the motor, drive system, and needle
mechanisms. Cylindrical gears ensure efficient power transfer,
allowing the machine to operate smoothly.
Needle Bar Movement: Cylindrical gears may be involved in driving
the movement of the needle bars in a twin needle machine. As the
gears rotate, they convert the rotational motion into linear or
up-and-down motion, which in turn moves the needle bars. This
enables the twin needles to penetrate the fabric and create
stitches.
Synchronization: Cylindrical gears can contribute to the
synchronization of the needle bars in a twin needle machine. By
properly meshing with other gears or components, the cylindrical
gears help ensure that both needle bars move in a coordinated
manner. This synchronization is crucial for maintaining proper
spacing and alignment between the twin needles, resulting in
parallel stitching.
Feed System: Cylindrical gears may also be involved in driving the
feed system of the twin needle machine. They transmit power from
the motor to the feed dogs or other feeding mechanisms, which
advance the fabric during stitching. Cylindrical gears contribute
to smooth and synchronized fabric feeding, ensuring consistent
stitch quality for both needles.
The twin-needle lockstitch sewing machine adopts double straight
needles, double vertical large-scale automatic refueling and
hooking, and a sliding rod to remove the thread and form a
double-thread lock stitch. The upper and lower shafts are supported
by ball bearings and driven by synchronous toothed belts; the
plunger oil pump lubrication system adopts a comprehensive feeding
mechanism that coordinates feeds such as feed teeth, needle bars,
and presser feet, so even if the stitches are thicker and thicker
Long sewing materials can also be sewn accurately and freely.
A twin needle machine, also known as a double needle machine, is a
type of sewing machine that is specifically designed to sew with
two parallel needles simultaneously. This configuration allows for
the creation of two parallel lines of stitching in a single pass.
Here are some key features and characteristics of twin needle
machines:
Twin Needle Capability: Twin needle machines are equipped with two
needle bars and two needle positions, allowing for the use of two
needles side by side.
Stitch Formation: With the twin needle setup, the machine can
produce two parallel lines of stitching on the fabric. These
parallel stitches can create decorative effects, topstitching,
hemming, and other effects depending on the sewing application.
Needle Spacing: The distance between the two needles on a twin
needle machine can usually be adjusted to achieve different needle
spacing configurations. This allows for flexibility in creating
different widths between the twin needle stitches.
Thread Tension Control: Twin needle machines typically have
separate thread tension mechanisms for each needle, allowing for
independent tension adjustment. This ensures balanced tension in
both threads, resulting in even and consistent stitching.
Feed System: The feed system of a twin needle machine is designed
to accommodate the twin needle configuration. The feed dogs or
other feeding mechanisms work in tandem to move the fabric smoothly
and consistently, ensuring accurate stitching.
Versatility: Twin needle machines are versatile and can be used for
various sewing applications. They are commonly used for decorative
stitching, topstitching, hemming, and creating parallel lines of
stitching on a wide range of fabrics.
Products | 20606, 4400 Twin-Needle M/C Gear |
Drawing Number | WPC1/C2 |
Transmission Efficiency | 70.0-95.0 |
Service | Customized |
Module (M) | ≤4 |
Number of Teeth (Z) | Z=30/15 |
Teeth Accuracy Grade | ISO 6-7 Grade |
Heat Treatment | Carburization and quenching/Carbonitriding/High frequency/Quenched
and tempered...... |
Hardness | Hardened |