For pharmaceutical companies, printing services can play a very important role in the day-to-day operations of a company. Printing services can come in all shapes and sizes, from small-batch jobs to large, industrial-scale orders. The services you choose should be tailored to meet the specific needs of your company. In order to do this, you should learn about the various options available to you.
Viscosity Management
Viscosity management in pharmaceutical printing services is essential to produce safe and quality finished products. It is also necessary to maintain and control incoming raw materials and process parameters in order to produce pharmaceuticals that comply with quality and compendial requirements.
In addition, in-line viscosity monitoring and control systems improve productivity and profitability. They also help to meet environmental goals and reduce VOCs.
Viscosity is a rheological property of materials. It is directly affected by temperature, shear rate, and other variables. As a result, manufacturing processes must be adjusted to ensure that the viscosity is consistent. This can also affect the usage of pigments and solvents. If the viscosity is not correct, it can increase the cost of production.
The amplitude sweep test is a common procedure used to assess the viscoelastic properties of polymer melts. These tests can be performed in a wide range of flow conditions.
On-Demand Printing
Print-on-Demand pharmaceutical printing services are a practical solution for pharmaceutical manufacturers. This technology can reduce costs and reduce time spent storing documents. It can also provide accurate content for clinical trials.
Pharmaceutical companies produce a huge amount of paperwork. In order to remain competitive, they need to stay efficient. They also need to stay secure and comply with regulations. However, these requirements can change without warning. Using managed print services can help them keep all of their documents organized and protected.
Pharmaceutical printing can be done using a number of technologies. One option is to use printed drugs on orodispersible films. These can be a safer dosage form for patients with swallowing issues. Another option is to use 3D printing to create personalised dosage forms.
Traceability
The pharmaceutical industry is tasked with providing safe and secure products to patients around the globe. To meet these requirements, companies must ensure that their products are properly labeled and traced.
Traceability is the process of tracking a drug or pharmaceutical product from the point of manufacture, through to the point of sale and use. It helps to prevent the distribution of contaminated or counterfeit drugs.
There are several tracking and tracing technologies available on the market. These systems allow manufacturers to efficiently manage their production, and also minimize the risk of counterfeiting.
Ink batch tracing is a particularly important feature for pharmaceutical brands. This technology enables pharmaceutical manufacturers to easily match an ink batch number with the job it was originally produced for.
High-Resolution Printing Technology
One of the fastest growing and most important technological applications for healthcare is three dimensional (3D) printing. It allows for the construction of biomimetic tissue models with high resolution. These models can be used for research in emerging fields such as tissue engineering and regenerative medicine.
The application of 3D printing in pharmaceuticals has been promising. However, there are still many challenges that need to be addressed. They include regulatory, quality control, and technology aspects.
One of the most critical parameters in the formulation development of a drug is its solubility. A drug that is insoluble will not be absorbed well and may have poor bioavailability. To increase solubility, self-emulsifying drug delivery systems have been developed.
Another challenge in the pharmaceutical industry is the production of dosage forms. Various techniques can be used to manufacture a variety of dosage forms, including tablets and capsules. Some of the technologies that are commonly used in the industry are inkjet, vat polymerization, powder-based, and fused deposition modeling.
Small Batch Jobs
If you are looking to expand your pharmaceutical business, consider outsourcing your small batch jobs to a specialist provider. The need for quick market entry is increasing, and more and more medicines are being produced in smaller batches. Often, companies will need to print several thousand labels per job. These may include packaging inserts, artwork, and a variety of colors to match the brand.
Many pharma manufacturers are using digital printing technologies to improve efficiency. Using a digital press with an ERP system, you can streamline production, and complete process control is easy.
Using 3D printing can also lead to more efficient drug manufacturing. It can create unique, custom dosage forms. While the technology is still in its infancy, the potential for personalised medications is growing.