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On March 27, 2024, the 18th Shanghai International Hosiery Purchasing Expo CHPE 2024 (hereinafter referred to as CHPE) grandly opened at the Shanghai World Expo Exhibition & Convention Center! RIFA Textile is located at booth number 1D310!
As a renowned fashion-oriented trade show of significant scale in China, CHPE has evolved into the preferred professional platform for new product launches, channel expansion, cross-border cooperation, and technical exchanges for hosiery enterprises in China and even globally.
At this exhibition, RIFA showcased three devices: RFHM20 Full Shaping Cotton Sock All-in-One Machine (integrated flat machine, integrated terry machine), and RFHM10 Fully Computerized Cotton Sock Machine (standard flat machine).
RFHM20 Socks Machine
The booth of RIFA attracted a continuous stream of visitors. Industry experts and customers showed great interest in RIFA's sock machine products, demonstrating confidence in the market potential of these products.
Exhibited Products
The RFHM10 Fully Computerized Cotton Sock Machine (standard model) is suitable for various raw materials such as cotton yarn, nylon, polypropylene, polyester, and viscose. It features weaving in multiple colors, arbitrary jacquard, and multiple diameters. It is widely used in the production of various types of socks for men, women, and children, covering flat, terry (arbitrary terry), invisible, and five-toe functional socks.
Advanced needle walking design significantly increases production efficiency, with the regular product running speed reaching over 350 revolutions per minute.
Utilizing a super multi-color pattern design, offering up to 15 different colors at maximum.
Equipped with an intelligent operating system, featuring comprehensive fault detection and protection functions.
Precision research on loop crafting techniques and advanced weaving components ensure clear and stable patterns for various loop products, maintaining high efficiency.
The RFHM20 series full shaping all-in-one machine is a fully computerized automatic single-cylinder sock machine with a toe closing device. It is widely used in the production of high-grade men's and women's cotton socks, terry sports socks, arbitrary terry socks, invisible socks, long socks, and various new products. This socks machinery can complete knitting, turning socks, and closing toes in one go, and can independently perform toe closing while knitting socks.
Equipped with an independent toe closing device, adaptable to different requirements.
The density adjustment device uses high-precision stepper motor control to ensure knitting quality and achieve precise adjustment of each part.
It can quickly switch between flat and terry knitting.
It can be equipped with a two-color rubber band system to meet different customer needs.
Double picks and double cams design allow simultaneous knitting of left and right feet, significantly increasing sock production and quality.
The installation of stepper motor-controlled circular disc scissors on the half disc can control the length of the thread electronically to meet various sock requirements.
The main motor adopts a brushless coaxial disc motor to reduce machine noise and vibration, improving the stability of high-speed operation.
The fully computerized control system, high-resolution touch screen, simple and convenient operation, and low maintenance cost.
The needle-walking components are made of high-quality steel through special processes, with excellent stability and wear resistance.
High-quality and stable electronic valves, cylinders, and other pneumatic components improve machine responsiveness and stability.
The jacquard needle selection mechanism uses a 16-stage electronic needle selector, and any terry machine model can be equipped with an imported 6-stage piezoelectric ceramic needle selector, which, combined with computer control, can accurately and rapidly perform needle selection.
High-sensitivity sensors and automatic alarm systems effectively prevent needle loss.
The suction system controlled by a stepper motor can make full use of suction.
It adopts a fully automatic oil supply method, with the oil supply time and quantity controlled by the computer.
It can be equipped with a network system to achieve production visualization and integrated management.
