Cold chains used to be limited to a small number of drugs products. Cold chain logistics has become more important with the advent of biopharmaceuticals.
What does a cold chain look like from a logistic perspective?
A temperature-controlled supply chain is called a cold chain. The temperature of samples from clinical trials, vaccines, biologics, medical products, and different classes and classes of medication are very sensitive to heat, humidity, and other temperature-related factors. Many chemicals are sensitive even to vibrations and shocks.
To source, store, and ship biopharmaceutical products, it is essential to have a systematic and preventive healthcare logistics companies process. The pharma industry is experiencing an increase in cold-chain logistics costs.
Biopharma cold chain logistics challenges
There are many challenges for a company involved in cold-chain pharmaceutical logistics.
- Limiting costs and maximizing efficiency
- How to manage vehicle and load capacity
- Visibility issues
- Traffic restrictions
- Manufacture shortage of skilled and experienced drivers
- Fulfilling an unexpected rise in on-demand orders
- Last-mile delivery issues
How can delivery optimization solutions be of benefit to biopharmaceutical cold chain logistics?
Optimizing logistics can increase the efficiency and productivity in the Pharma Supply Chain.
Software that optimizes delivery can be used to help companies address supply chain problems in biopharma. The following benefits are available to the biopharmaceutical cold chain logistics.
Notifications of critical importance
An efficient cold-chain logistics company can’t afford to delay. Logistics management success depends on efficient communication about potential delays.
Fleet managers can benefit from delivery optimization software’s real-time tracking capability and exceptional alerts. Proactive delivery management is possible with the quick notification of shipment status.
You must provide proof of delivery
Biopharma products can be time-sensitive. Companies can check if products are expired by keeping a record of delivery evidence. This is the electronic proof that allows pickups and deliveries to be confirmed.
Accommodate flexible delivery schedules
The biopharmaceutical sector must be flexible in its delivery schedules. A fleet manager must be flexible to meet different delivery needs, whether it’s sourcing pharma products or transporting them for clinical trials.
Flexibility is a result of traditional route planning and optimization. The fleet must be flexible to meet the needs of on-demand medication delivery to nursing homes and clinical trials. Even a slight delay can cause ripple effects. The logistics optimization software is the best way to solve this problem.
Route planning software facilitates efficient, flexible, and fast deliveries. It assists fleet managers to plan their delivery schedules automatically. It helps fleet drivers make the most of their stops and reduce the distance they travel, making it cost-efficient for pharma deliveries.
Effective workload distribution
Workload distribution is affected by the availability of drivers and limitations in capacity. It is difficult to find skilled and experienced drivers who can handle cold chain vehicles.
It is crucial to assign tasks to drivers to manage a large number of orders and truck capacity. Hiring inexperienced drivers and adding additional vehicles can increase operational capability, but it can also increase costs. Route optimization technology is the best way to combat workload problems.
Before assigning tasks, route optimization considers many factors such as truck capacity, traffic, and driver skill sets.
Dynamic route planning helps to minimize last-mile expenses
Temperature-sensitive products in pharma are available. Special requirements such as thermal blanketing and insulated containers can increase transportation costs. It is difficult to balance storage safety regulations and sudden demands.
dynamic routing software is the best way to ensure both safety and on-demand pharma delivery. It is the most cost-effective way to quickly reach customers. It adapts delivery routes to meet urgent delivery requests.
Attain end-to-end visibility
Pharma logistics companies face huge storage costs. They should make use of technology to reduce costs and achieve end-to-end visibility. End-to-end visibility provides an edge for pharma companies to deal with the delivery of temperature-sensitive medicines.
Route optimization software allows for real-time visibility to vehicles’ locations. It provides crucial information on breaks, idling time, and waiting times. This helps companies to rectify driving inconsistencies, improve last-mile delivery performance.
Biopharmaceutical companies are focusing on cold-chain logistics to maximize their strengths. Route optimization is a technology that helps pharma logistics companies manage a sudden increase in deliveries. It allows fleet managers to reduce fuel costs, labor costs, and visibility costs that can impact pharma deliveries.