Sweater Knitting Machine

Sweater Knitting Machine Specification

Needle
from 784 needles

Drive Type
Servo motor

Knitted Type
Single Bed

Knitting Method
Flat Knitting

System Support
Single carriage

Control System
Computerized panel

Stitch Density
Adjustable

Lead Time
2-4 weeks

Speed
1.2 m/s

Gauge
12g to 4g

Color
Standard gray/blue

Product Type
Sweater Knitting Machine

Power
3 phase electric

Function
Sweater Production

Racking
Automatic

Dimension (L*W*H)
Varies by model

Condition
New

Application
Garment industry

Automation Type
Computerized

Bed Width
36-80 inches

Sweater Knitting Machine Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7 Days

About Sweater Knitting Machine

Experience the latest in sweater production technology with our computerized Sweater Knitting Machine. Crafted for eminent performance, this brilliant machine features a cost-effective design with top-notch automation, making it ideal for garment manufacturers seeking efficiency. Boasting a bed width of 36-80 inches, accommodating gauges from 12g to 4g and equipped with up to 784 needles, it delivers rapid knitting speeds of 1.2 m/s. Its fresh, single-bed flat knitting method and adjustable stitch density ensure versatile, high-quality results. The robust 3-phase electric power and computerized control panel offer seamless operation. Available in standard gray/blue, it suits various garment industry demands.

Sweater Knitting Machine: Area of Application & Special Features

Ideal for the garment industry, our Sweater Knitting Machine excels in producing high-quality sweaters for various applications and surfaces. Its special features include a computerized control panel, automatic racking, adjustable stitch density, and a servo motor drive system. The single-bed, flat knitting method caters to diverse styles and patterns, making it a top choice for fashion designers, manufacturers, and textile suppliers. Its robust build ensures reliability across demanding production environments.

FOB Port, Supply Ability & Delivery Time for Sweater Knitting Machine

Our Sweater Knitting Machines are shipped securely from major Indian FOB ports, ensuring prompt and efficient goods transport worldwide. Supply ability is tailored for bulk needs, supporting both domestic and international clients. Once your order is processed and finalized, goods are typically handed over to logistics partners within 2-4 weeks. Careful coordination at every stage guarantees your machine is shipped promptly, maintaining the highest standards from our facility to your destination.

FAQ's of Sweater Knitting Machine:

Q: How does the computerized control system benefit the knitting process?

A: The computerized control system streamlines production, enabling precise pattern selection, consistent stitch quality, and adjustments in real-time, leading to efficient and top-quality sweater output.

Q: What range of applications can this Sweater Knitting Machine handle?

A: This machine is designed for the garment industry and is suitable for producing a variety of sweaters, catering to different styles, sizes, and surface textures, making it versatile for diverse fashion lines.

Q: When can I expect delivery after placing an order?

A: Delivery is typically accomplished within 2 to 4 weeks after confirmation, as we ensure timely goods transport and seamless processing from our facility to the designated port.

Q: Where is the FOB port located for shipment?

A: Sweater Knitting Machines are dispatched from prominent FOB ports in India, facilitating smooth international and domestic shipping operations.

Q: What are the standout features of this knitting machine?

A: Key features include a brilliant computerized panel, adjustable stitch density, servo motor drive, automatic racking, and high-speed production, all aimed at delivering top-notch sweater quality.

Q: How does the automatic racking system improve knitting efficiency?

A: The automatic racking system streamlines yarn movement and pattern changes, reducing manual intervention and ensuring precise, consistent production throughout the process.