The application of FATO non-standard automation equipment in pharmaceutical packaging industry has broad potential and advantages.
FATO's non-standardized equipment is the core solution in the field of pharmaceutical packing automation, focusing on providing highly customized design, manufacturing and integration services for pharmaceutical packaging factories. Its application runs through the high-value medical packaging product line, and it can efficiently complete the whole process of injection system (such as pre-filled syringe and automatic injection pen) from feeding precision parts and aligning assembly to functional testing (such as needle puncture force and dosage accuracy); Competent for complex handling of diagnostic reagent packaging, such as complex blister loading and reagent bottle cap packaging; Realize automatic welding and on-line integrity detection of filters; It also covers the automatic assembly, processing and final packaging of caps and bottles, high-speed capping, capping and torque control, multi-component precision press-fitting of drug dispensers, and opening, filling and sealing of various disposable medical consumables. These non-standard equipments are deeply integrated with machine vision and robotics, with high precision, high cleanliness and strict compliance as the core features, and are directly deployed in customer workshops, which effectively help packaging factories to improve production capacity, reduce labor costs and eliminate production deviation, thus ensuring the quality, safety and production efficiency of terminal pharmaceutical packaging products. They are key empowerment tools and strategic partners for pharmaceutical packaging enterprises to overcome complex processes, improve product reliability and win market trust.
FATO's non-standard equipment can be widely used in the following pharmaceutical packaging industries:
Precision medical equipment and system assembly:
Focus on drug delivery systems with high complexity and high added value. The core is applied to the precise assembly, functional testing and packaging of various injection systems (such as pre-filled syringes and automatic injection pens) and drug dispensers to ensure accurate dosage and safe and reliable use.
Production of detection and filtration components:
Manufacturing of key components covering diagnosis and purification. It mainly includes packaging and testing equipment for producing test and diagnosis products (such as reagent cards and sampling tubes), as well as automatic manufacturing, assembly and integrity testing lines of filters.
Packaging line for containers and consumables:
Terminal packaging requirements for large quantities and high hygiene standards. It mainly provides post-processing (such as cleaning, capping and labeling) solutions for packaging containers such as lids and bottles, and completes the final automatic bagging and boxing of various disposable medical consumables.
01 Significantly improve production efficiency and realize capacity multiplication.
By building a continuous and high-speed automatic production line, 24-hour uninterrupted production is realized, which greatly shortens the production cycle of a single product and directly improves the customer's production capacity and market delivery ability.
02 Significantly reduce comprehensive costs and optimize human resources.
Replacing repetitive and labor-intensive jobs with automation equipment can not only effectively alleviate the problem of "recruitment difficulty", but also significantly reduce the long-term labor cost, training cost and management cost.
03 Stabilize product quality and enhance brand image.
The equipment has high repetitive positioning accuracy and stability, ensuring that the assembly and packaging results of each product are highly consistent; The integrated online inspection system can eliminate defective products in real time, ensure the factory yield and maintain the brand reputation.
05 Realize data management and control and drive lean production.
The production line integrates data acquisition and monitoring system, which can track key parameters such as yield, yield and equipment status in real time, and provide reliable data support for production decision-making, quality traceability and continuous lean improvement.
06 Optimize the working environment and enhance the attractiveness of enterprises.
Freeing employees from boring assembly posts with slight occupational health risks and turning to technical posts not only optimizes the working environment, but also enhances the attractiveness of enterprises in the talent market.
07 Accurately control materials and reduce process loss.
Precise feeding and control system reduces the damage and leakage of parts in the assembly process; Accurate packaging positioning also avoids the waste of packaging materials and realizes cost reduction and efficiency improvement from details.