| Customization: | Available |
|---|---|
| After-sales Service: | Free Spare Parts, Online Support, video Technical Support |
| Certification: | CE, FDA, GMP, ISO |
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Experience unmatched performance with an impressively low wear rate and a remarkable high yield of approximately 99%, ensuring efficiency and longevity.
Delight in the precision of microoperation with a minimum capacity as low as 3g, perfect for meticulous pharmaceutical applications.
Choose from a versatile range of models, scaling from delicate 3g laboratory setups to robust production equipment exceeding 200kg, accommodating all your operational needs.
Achieve superior fineness with the capability of reaching up to D99, 3~10μm, offering a customizable range of fineness to suit diverse requirements.
Relish in the convenience of a compact design that promotes ease of operation and maintains a low noise profile, making it ideal for any working environment.
Enjoy an immaculate surface finish that ensures there are no dead corners or gaps inside, alongside the absence of welding points, providing a seamless product integrity.
Benefit from an optimized design that simplifies disassembly, cleaning, and disinfection, guaranteeing hassle-free maintenance and hygiene.
Operate with confidence in environments requiring low temperature or inert gas, broadening the scope of material compatibility and application.
This equipment is designed to be versatile, making it suitable for processing a wide variety of materials with ease.
Take advantage of the convenience of on-line cleaning (CIP) and on-line sterilization (SIP), ensuring that the equipment remains in pristine condition and meets rigorous cleanliness standards.
| Model number | Finished particle size D97,um |
Productive capacity kg/h |
Feed size mm |
Compressed air consumption m³/min |
Air compressor power kw |
| GMP01 | 3-150 | 0.5-2 | <1 | 0.5~1 | 7.5 |
| GMO02 | 3-150 | 2~20 | <5 | 1.5~2 | 15 |
| GMO03 | 3-150 | 15~40 | <5 | 3 | 22 |
| GMO06 | 3-150 | 30~100 | <5 | 6 | 37 |
| GMP10 | 3-150 | 50~200 | <5 | 10 | 75 |
| GMP20 | 3-150 | 100~400 | <5 | 20 | 132 |
| GMP40 | 3-150 | 200~800 | <5 | 40 | 250 |
Working principle
In essence, the air mill harnesses the power of high-speed air flow to act as a carrier. This whirlwind of air propels materials to collide, either directly or at a strategic angle. Such collisions induce shearing forces, leading to the magnificent breakdown of the material structure. Moreover, as the material impacts the surrounding walls, an additional crushing effect is realized, amplifying the overall pulverization process.
The integrated cyclone pulse trap serves as a vital component in achieving optimal gas-solid separation by effectively eliminating solid particles from the conveying medium gas, ensuring the collection of materials is seamless and efficient. As the gas filled with particles navigates through the main impeller's clearance, it enters the cyclone separation zone. Here, the innovative guiding tangential direction facilitates a robust air rotation, propelling the air into the cyclone body in a spiraling motion. This mechanism ensures that dense dust particles are thrust against the wall due to the centrifugal force, cascading down the cylinder wall to the cyclone discharge port. Eventually, these particles exit through the manual butterfly valve located at the bottom of the equipment. Meanwhile, the contracting airflow within the cylinder redirects itself to the center, initiating an upward secondary eddy flow that channels out through the airway into the pulse catcher. The pulse catcher itself is a sophisticated assembly comprising the main body, a filter bag, an advanced ash cleaning system, and an electronic control system. Post-cyclone, finer dust particles follow the airflow into the collector, where they are meticulously purified via the filter bag screen before being discharged through the outlet at the top box. Over time, dust accumulation on the filter bag's outer surface escalates dust removal resistance. In response, the controller activates the electromagnetic pulse valve upon detecting a predefined resistance range, promptly releasing high-pressure gas from the airbag into the filter bag. This rapid expansion of the filter bag dislodges the dust accumulation, directing it into the ash hopper as the airflow effectively reverse-blows the dust away. The fineness setting is chiefly determined by the distance the discharge system's winding introduces; greater distances yield finer materials, whereas shorter distances result in coarser outputs. Notably, for upper discharge types, the discharge pipe transitions from thin to thick, while the reverse applies to under discharge types. Regardless of machine type, a narrow regulating tube gap combined with rapid airflow will lead to coarser material collection. Thus, users are encouraged to tailor adjustments based on specific gravity and fineness requirements, pinpointing the optimal collection position for their desired product fineness.
1, The grinding chamber boasts a structure masterfully crafted from two entire steel plates through CNC machining. This design eliminates welds and rotating parts, creating a chamber devoid of dead corners, allowing for effortless disassembly and cleaning;
Qingdao Norwell Machinery Equipment Co., Ltd. stands as a beacon of technical excellence, seamlessly integrating research, design, production, and global sales services. Our specialization lies in crafting cutting-edge powder processing equipment, including air mills, mechanical mills, ultrafine mills, hammer mills, needle mills, jaw crushers, and comprehensive systems for vacuum and mechanical conveying, dust-free feeding, and mixing. We have harnessed the pinnacle of international powder processing technology, propelling domestic ultrafine grinding innovations to unprecedented heights. Our classification precision reaches D100 < 5 microns and D97 < 2 microns, marking our technological prowess as internationally aligned and nationally leading.
Our company is enriched by the industry's foremost experts and collaborates with esteemed national academic institutions and research bodies. Embracing a philosophy of 'selective utilization with inclusive and win-win collaboration,' we have transformed into a talent magnet within the powder equipment sector. Equipped with an advanced domestic experimental platform, we delve into powder physical property assessment, foundational research, large-scale engineering trials, and academic discourse. Coupled with robust machining capabilities and a meticulous quality management system, we are a technology-driven enterprise harmonizing production, academia, and research.
Driven by a commitment to pioneering future material and particle handling technologies, our corporate ethos transcends mere provision of leading domestic powder equipment. We prioritize delivering bespoke, comprehensive solutions characterized by ultra-refinement, functionality, intelligence, low carbon usage, energy efficiency, and environmental stewardship. This mission is not just our corporate duty; it is a pledge to the evolution of times and customer satisfaction.
Our core values revolve around creating unparalleled value for our clients and fostering societal betterment. These shared values fortify our team's steady growth, cultivate trustful client ties, and secure societal accolades.
Our mills have earned widespread application across medicine, food, fine chemical, and mineral sectors, all crafted to meet stringent GMP, C-GMP, and FDA certification standards.
Detailed Particle Size Ratio Data
1. Furnish Party A with all necessary materials and detailed drawings integral to the operation and understanding of our equipment.
2. Offer small-scale process experimentation to determine the optimal process and equipment configuration tailored to your specific needs.
3. Collaborate with Party A in the critical task of selecting the most suitable equipment for their requirements.
4. Innovatively design equipment installation methods based on the room layouts provided by Party A, ensuring seamless integration.
5. Once the equipment arrives at the customer's facility, our engineers will guide the installation process through video support, ensuring a smooth setup.
We ensure that the customer's technical personnel gain mastery over the process principles and the fine-tuning of production parameters.
Customer operators are empowered to independently operate, maintain, and diligently oversee production processes.
Maintenance personnel receive comprehensive understanding of the structural intricacies and operational principles of the main equipment.
6. We provide all relevant information that is required for optimal equipment operation and maintenance.
7. Our warranty spans 1 year (excluding consumables). In case of non-human damage, we offer complimentary repairs or replacement parts. For any technical inquiries, we provide prompt responses upon receiving customer notification.
8. Within the warranty period, should any failure arise due to equipment defects, we pledge to replace faulty equipment or parts at no cost within 30 days after receiving notification from the requisitioner.
9. The following scenarios during the warranty do not qualify for free service and will incur related maintenance fees:
(1) Damage resulting from failure to adhere to the user manual's use and maintenance guidelines;
(2) Damage or malfunctions from improper operation affecting both software and hardware;
(3) Unauthorized disassembly or alterations to machine parts or system settings leading to personal injury or machine malfunction;
(4) Damage or malfunctions caused by using non-company parts;
(5) Damage due to force majeure events;
10. Post-warranty service: Beyond the warranty period, service and replacement parts costs are charged at reasonable rates.
11. We ensure a preferential and timely supply of spare parts, including imported components.
12. Enjoy regular complimentary follow-up visits to ensure optimal performance and satisfaction.
13. Benefit from ongoing, robust technical support and consultation; all technical advancements will be communicated to the buyer for continuous improvement.
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