Русский
Cotton ginning machine
1. The cleaning section uses a non-concentric (eccentric) structure, which ensures vibration (jitter) cleaning of raw cotton.
2. The cleaning efficiency is at least 50%, without damaging the fiber.
3. The recovery roller can effectively recover the missed cotton, which reduces fiber loss.
4. The whole design is rational, easy to adjust, and convenient to operate and maintain.
? 1. Product Introduction
Cotton gin (Model MY96-17)
The MY96-17 cotton gin was designed for small ginning plants. Depending on the quality of the raw cotton, its throughput can range from 600 kg/h to 1,300 kg/h. It is primarily used to separate the fiber from the seed and remove impurities from the raw cotton. The entire gin is characterized by stability and high efficiency.
⚙️ Technical Specifications
Parameter |
A unit of measurement |
Meaning |
Designed output |
kg/h |
600-1200 |
Equipped power |
kW |
46.12 |
Lint ginning quality |
Meets or exceeds the national standard for ginned cotton |
|
Noise level |
90 db(A) |
|
Number of saw blades (Pieces of saws) |
pcs. |
96 |
Diameter of saw blades |
mm |
320 |
Saw spacing |
mm |
17 |
Diameter of brush cylinder |
mm |
380 |
Overall dimensions (Width*Depth*Height) |
mm |
2385*2850 *2750 |
Machine weight |
kg |
4200 |
? Packaging and Delivery
Individual (customized) packaging is provided for customers.
(1) Each machine is securely fixed and reinforced in the container to ensure safe delivery to the destination port.
(2) The entire process of loading the product and sealing the container is recorded by photo or video, making the entire process visible and controllable.
(3). Cooperation with a reliable shipping company, key time points (stages) are updated in real time.
? Product Inspection
We employ a comprehensive and multi-level quality control system, under which every product leaving the factory undergoes thorough inspection. The main stages of control include:
(1). Visual inspection:
Evaluation of product conformity with established requirements for appearance, including color, geometry, dimensions, and surface finish. Verification is performed by visual inspection and, if necessary, using measuring and optical aids (e.g., measuring instruments or microscopes).
(2). Functional performance test:
Confirmation of the correct operation of a product through its practical use, functional testing, or the use of specialized test equipment to evaluate operational and working parameters.
(3). Safety compliance testing:
Checking the product for compliance with current safety standards and regulations, including electrical, mechanical and chemical safety testing.
(4). Packaging and labeling inspection:
Checking the strength and integrity of the packaging, the legibility and accuracy of the markings, and the compliance of the packaging materials with established standards. This stage ensures the protection of the product during transportation and storage, as well as its correct identification.
