GS-G236 36-Inch Double System Ready-to-Wear Glove Knitting Machine

·Core Technology: 3D Integral Forming — Seamless Connection from Fingertip to Wrist
The fundamental technical value of the GS-G236 lies in its 3D integral forming technology. Traditional glove production requires individual components to be knitted separately and then sewn together — a process that is labor-intensive, time-consuming, and prone to quality issues at the seam points. Through double-system precision knitting and 3D three-dimensional forming techniques, the GS-G236 completes the knitting of an entire glove — from every fingertip, through each finger joint transition zone, across the palm, and down to the wrist opening — in one continuous operation on a single machine, achieving true seamless, smooth connectivity. This revolutionary production approach not only dramatically reduces the labor and time costs of post-knitting sewing operations, but fundamentally improves glove comfort, durability, and overall quality, making every glove a premium product that perfectly combines craftsmanship and functionality.
·Double System Single Carriage — High-Efficiency Foundation for Glove Knitting
The machine adopts a Double System, Single Carriage architecture in which the double-system configuration enables more knitting actions per carriage pass, delivering significantly higher overall efficiency than single-system machines. In the context of 3D integral glove knitting — where the knitting structure is complex and the production sequence is dense — this efficiency advantage is especially important. It meaningfully shortens the knitting cycle per glove while maximizing output volume without compromising the precision required for high-quality three-dimensional forming. At a maximum speed of 1.5 m/s, the machine provides solid production capacity assurance for large-scale glove orders.
·5.2-Inch Fully Motorized Cam — Precision and Stability for Accurate Glove Forming
The machine is equipped with a 5.2-inch fully motorized cam system, featuring a compact structure with full motor-driven cam control for precise, rapid response and stable reliability. In 3D glove forming knitting, the shaping and fashioning actions at finger joints, fingertips, and palm transition zones place the highest precision demands on the cam system. The fully motorized cam ensures every knitting action is executed with exact accuracy, reducing forming defects caused by cam inconsistency and guaranteeing the dimensional accuracy and shape consistency of 3D integral gloves.
·Variable Stitch Density — Precise Density Control Across Different Glove Zones
The GS-G236 is equipped with a variable stitch density function that adjusts stitch length in real time, enabling density variation across different zones of the same glove. This function has particular practical value in glove knitting: fingertip areas benefit from tighter, denser knitting for improved wear resistance and fit, while palm and wrist zones can be knitted at different densities to optimize comfort and elasticity. Variable stitch density allows the GS-G236 to precisely tailor density to the functional requirements of each glove zone, producing high-quality integral gloves that excel in both performance and wearing comfort.
·Sinker System — Auxiliary Knitting for Superior Glove Fabric Formation
The machine is equipped with a sinker assist knitting system that provides effective yarn holding and guidance throughout the 3D glove forming knitting process, optimizing fabric formation quality in finger joint shaping zones, improving surface evenness and structural uniformity. At the critical forming zones — finger joint curves, finger-root fashioning areas, and other areas requiring precise three-dimensional control — the sinker assist function is especially impactful, effectively ensuring the dimensional consistency, shape accuracy, and quality uniformity of 3D integral gloves across batch production.
·Automatic Oil Supply System — Protecting Needles, Extending Machine Life
The integrated automatic oil supply system continuously lubricates the knitting needles, effectively reducing needle wear during precision glove knitting, extending the service life of needles and related drive components, and reducing the frequency of maintenance stops. This ensures stable, around-the-clock machine operation throughout intensive long-duration glove production runs.
·Gauge Range & Knitting Width
Six gauge options — 3-5-7G, 7G, 9G, 10G, 12G, and 14G — cover the mainstream range of glove products from heavy chunky gloves to fine lightweight styles, meeting the production requirements of work safety gloves, sports gloves, fashion knit gloves, and functional gloves. The 36-inch knitting width is well matched to the dimensional requirements of dedicated glove production.
·16-Carrier Yarn System & Scissor-Clamp Assembly
The 16-carrier yarn system — mounted on both sides of 4 guide rails — allows yarn changes at any needle position, providing the flexibility needed for multi-color jacquard and intarsia glove production. The programmable left-right scissor and clamp system can operate synchronously or independently, effectively minimizing yarn waste and reducing overall production costs.
·Precision Control & Comprehensive Protection
Stitch density is stepping motor–controlled with 128 (32) selectable levels across a range of 0–650. The take-down roller provides 128 levels of tension control from 0–100. Racking is driven by AC servo motor with a 2-inch range and fine-tuning capability, and the synchronous belt drive with servo motor control ensures smooth, stable operation. The control system features an LCD display with USB input and 256MB memory, supporting Chinese, English, and other languages, with all parameters adjustable in real time during operation. The protection system automatically alerts and halts the machine upon detecting yarn breakage, float yarn, rewinding faults, racking failure, needle collision, safety door events, or programming errors. The machine operates on 220V single-phase power with a power-off memory function to protect production data against unexpected interruptions.