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Home / Product / Pre-selection / Pre-selected double system computerized flat knitting machine (sweater machine)

Pre-selected double system computerized flat knitting machine (sweater machine) Factory

Pre-selected double system computerized flat knitting machine (sweater machine)

Pre-selected double system computerized flat knitting machine (sweater machine)

Size(L*W*H) Net weight
2700mmX910mmX1780mm  900Kg

Product Details

Pre-selected double system 
Basic configuration  ●Standard configuration   ○Optional  –Unable
Normal Gauge
 5-7G/7G/9G/12G/13G/14G/16G
Control system
 RAYNEN
Knitting system  Double System
Needle plate type Full inserted needle plate
Knitting width 52 Inches
Size of carriage（inches） 5.2 Inches
Motor CAM ●
Magnet CAM ○
Max Speed（M/s) 1.6M/S
Density 0~650
Needle Selector 8 Segments
Motorized Transfer ●
Main roller ●High position roller
Sub-roller ○
Racking range ±4 Inches 
Sinker（Normal） ●
Sinker（Cross） -
Take down device    ●Standard configuration   ○Optional  –Unable    
Threading board ○
Tractive rake –
Cutter&Gripper ○
Comb ○
Yarn provider       ●Standard configuration   ○Optional  –Unable
Roller yarn  provider ○
Yarn storage ○
Electrinic  Yarn storage ○
Density intelligent control system   ●Standard configuration     ○Optional  –Unable  
Density intelligent control system  ○
Yarn feeder         ●Standard configuration   ○Optional  –Unable
16 motorized yarn feeder ○
Single hole ●(12)
Double holes ●(4)
Three holes ○
Safety device   ●Standard configuration   ○Optional  –Unable
Emergency button ●
Front&Back safty doors  ●
Safty light curtain ●
Electric leakage detection ●
Alarm device     ●Standard configuration   ○Optional  –Unable
Fabric rolling alarm(Infrared) ●
Needle bump alarm  ●
Broken yarn alarm ●
Floating yarn alarm ●
Continue knitting after power off ●
Overload alarm ●
Automatic oiling, power supply and power       ●Standard configuration   ○Optional  –Unable
Automatic oiling  ●
220V Two phase  ●
380V Three phase ○
Power（KW) 1.8
Size and net weight
Length（mm） 2700
Width（mm） 910
Height（mm） 1780
Net weight（KGS) 900
Configuration         ●Standard configuration   ○Optional  –Unable
Knitting needle（Golden Sharp） ○
Knitting needle（Gold Beam-light） ○
Knitting needle（Groz） ○

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Company

Marvelous Design Meets Rigorous Manufacturing

Zhejiang Tongtai Intelligent Technology Co., Ltd is China Pre-selected double system computerized flat knitting machine (sweater machine) Suppliers And Pre-selected double system computerized flat knitting machine (sweater machine) Exporter. Zhejiang Tongtai Intelligent Technology Co., Ltd is one of the famous manufacture of computerized flat knitting machine in China. Its brand Giant Star Machinery has a 12-year history. Zhejiang Tongtai devotes itself into promoting the development of knitting technology processing and realizing the upgrading of the knitting industry. We have a strong and mature R &D team only to meet the variety needs of flat knitting machines. With continuous technological innovation, excellent product quality, good brand image and perfect after-sales service system, we believe Giant Star Machinery will be one of the best choice of flat knitting machines.

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Industry Knowledge

What are the advantages of using a Pre-selected double system computerized flat knitting machine (sweater machine) compared to traditional knitting methods?

Using a pre-selected double system computerized flat knitting machine, also known as a sweater machine, offers several advantages over traditional knitting methods. Here are some of the key advantages:
Increased efficiency: Computerized flat knitting machines automate many aspects of the knitting process, resulting in significantly increased productivity and efficiency compared to traditional methods. 
Precision and consistency: These machines are capable of executing complex patterns and intricate designs with exceptional precision. The computerized control system ensures that each stitch is formed consistently, resulting in high-quality, uniform garments. This level of accuracy is difficult to achieve consistently by hand.
Design flexibility: Computerized flat knitting machines provide greater design flexibility compared to traditional knitting methods. Designers can easily program the machine to create a wide range of patterns, textures, and color variations without the need for manual adjustments or changes. This flexibility allows for rapid prototyping and experimentation, helping designers bring their creative ideas to life more efficiently.
Reduction in material waste: The computerized control system allows for precise material utilization, minimizing waste. The machine calculates the required amount of yarn for each garment, reducing the likelihood of overuse and excess scrap material. This results in cost savings and contributes to a more sustainable manufacturing process.
Ease of operation: Pre-selected double system computerized flat knitting machines are relatively easy to operate once the operator becomes familiar with the machine's functions and programming. The computerized control system simplifies the knitting process, reducing the learning curve and allowing operators to produce high-quality garments more consistently.
Time and labor savings: By automating various knitting processes, these machines require less manual labor compared to traditional methods. This translates into time and cost savings for manufacturers. Additionally, the automation reduces physical strain on operators, improving working conditions and potentially reducing the risk of repetitive strain injuries.

What is the level of automation in this Pre-selected double system computerized flat knitting machine (sweater machine)?

Computer Control: These machines are equipped with a computerized control system that allows users to input design patterns, stitch specifications, and other parameters. The computer controls the knitting process based on the programmed instructions.
Pattern Design Software: Software applications are often provided with computerized knitting machines, allowing users to create and modify knitting patterns digitally. These patterns can then be transferred to the machine for automated production.
Automatic Yarn Feeders: Some machines have automated yarn feeders that can handle multiple yarns simultaneously. These feeders can be programmed to change colors or switch yarns at specific points in the knitting process.
Stitch-by-Stitch Monitoring: Advanced machines can monitor and detect individual stitches during the knitting process. This enables the detection of errors, such as dropped stitches or yarn breakages, and automatic corrective actions.
Takedown and Cutting Mechanisms: Some machines offer automated takedown and cutting mechanisms that trim the knitted fabric at the end of each row or pattern section, reducing manual intervention.
Tension Control: Automation features may include automated tension control systems that adjust the tension of the yarn during the knitting process, ensuring consistent stitch quality.