UPS Makes Enhancements to Support Medical Device Industry
|
By HospiMedica International staff writers Posted on 30 Jul 2014 |
UPS (Atlanta, GA, USA) has announced it has developed a healthcare-compliant network of field stocking locations (FSLs) to reduce delivery time of medical device shipments and enhance inventory visibility.
The network includes 36 healthcare-capable FSLs strategically located to support time-sensitive distribution and efficient warehousing of products, providing access to over 80% of US hospital beds within four hours. The facilities will operate under guidance of the UPS quality assurance and compliance program, and will feature temperature-controlled environments and same-day delivery services. These features will enable medical device manufacturers and field sales representatives to provide best-in-class service to their customers and better manage their inventories.
The planned network marks the latest in a series of recent expansions to UPS's healthcare compliant network, which in addition to the 36 FSLs also includes 46 healthcare dedicated and compliant warehousing and distribution facilities worldwide, as well as a full suite of UPS temperature-sensitive transportation and risk mitigation solutions. The UPS healthcare facilities also help manufacturers ensure regulatory compliance, protect high-value and temperature-sensitive products, and speed distribution to end providers.
“Due to an increasingly complex regulatory environment and significant cost pressures, medical device manufacturers are looking to the supply chain to lower costs through inventory reduction and enhanced visibility,” said John Menna, vice president of global healthcare strategy at UPS. “Based on our experience in healthcare distribution and utilizing UPS's industry-leading global FSL network, we have created a tailored inventory management and distribution solution to meet the unique needs of medical device manufacturers.”
The UPS FSL network includes more than 950 locations globally, and has been in operation since 1995. The network is utilized by multiple industries including high-tech, telecommunications, and aerospace, industrial, automotive, and nonregulated medical device manufacturers.
Related Links:
UPS
The network includes 36 healthcare-capable FSLs strategically located to support time-sensitive distribution and efficient warehousing of products, providing access to over 80% of US hospital beds within four hours. The facilities will operate under guidance of the UPS quality assurance and compliance program, and will feature temperature-controlled environments and same-day delivery services. These features will enable medical device manufacturers and field sales representatives to provide best-in-class service to their customers and better manage their inventories.
The planned network marks the latest in a series of recent expansions to UPS's healthcare compliant network, which in addition to the 36 FSLs also includes 46 healthcare dedicated and compliant warehousing and distribution facilities worldwide, as well as a full suite of UPS temperature-sensitive transportation and risk mitigation solutions. The UPS healthcare facilities also help manufacturers ensure regulatory compliance, protect high-value and temperature-sensitive products, and speed distribution to end providers.
“Due to an increasingly complex regulatory environment and significant cost pressures, medical device manufacturers are looking to the supply chain to lower costs through inventory reduction and enhanced visibility,” said John Menna, vice president of global healthcare strategy at UPS. “Based on our experience in healthcare distribution and utilizing UPS's industry-leading global FSL network, we have created a tailored inventory management and distribution solution to meet the unique needs of medical device manufacturers.”
The UPS FSL network includes more than 950 locations globally, and has been in operation since 1995. The network is utilized by multiple industries including high-tech, telecommunications, and aerospace, industrial, automotive, and nonregulated medical device manufacturers.
Related Links:
UPS
Latest Business News
- Philips and Imricor Collaboration Advances MRI-Guided Cardiac Procedures
- Abbott LAA Occluder Gains CE Mark for AFib Stroke Risk Reduction
- Smart Hospital Market Set for Strong Growth as Digital Healthcare Adoption Accelerates
- FDA Seeks Feedback on Regulating Generative AI Medical Devices
- Teledyne to Acquire Varex Imaging in $1.1 Billion Deal
- MIMEDX to Add Sanara MedTech’s Regenerative Technologies Through $350 Million Deal
- AI Software Combines Nodule Detection and Diagnosis for Lung Cancer Screening
- AI Care Platform Adds Quantitative MRI Analysis for Multiple Sclerosis
- Danaher Completes Acquisition of Masimo to Expand Patient Monitoring Capabilities
- Endologix Adds FDA-Cleared Peripheral Thrombectomy System
- Artivion Adds FDA-Approved NEXUS System to Aortic Arch Portfolio
- Olympus Partnership Aims to Expand Access to Robot-Assisted Endoscopic Therapy
- Johnson & Johnson Launches AI-Driven Cardiac Mapping System
- Proximie Advances AI-Driven Intelligent Operating Rooms with NVIDIA Collaboration
- GE HealthCare, DeepHealth Expand AI Breast Imaging Collaboration
- Sinocare Presents AI-Driven Integrated Digital Health Solutions at CMEF
Channels
Artificial Intelligence
view channel
AI Tool Uses Mammograms to Detect Common Cardiovascular Diseases
Cardiovascular disease, encompassing hypertension, ischemic heart disease, and stroke, is the leading cause of death in women. Many cases are detected late, as symptoms can be subtle and routine screening... Read more
AI Tool Predicts Post-Heart Attack Trajectories to Personalize Follow-Up
Acute myocardial infarction (heart attack) survivors often develop new comorbidities and complications that unfold over years. Predicting which patients will deteriorate and where problems will arise remains... Read moreCritical Care
view channel
Wearable Hormone Monitor Enables At-Home Detection of Primary Aldosteronism
Primary aldosteronism, a hormone disorder that affects up to one in five people with hypertension, increases risks of heart disease, stroke and diabetes. Many cases are missed because routine testing is... Read more
Contactless AI Tool Detects Hypertension and Diabetes from Facial Video
Hypertension and diabetes are widespread yet often undiagnosed, driving preventable cardiovascular morbidity and mortality. Screening typically depends on clinic visits or wearable devices, which can limit... Read moreSurgical Techniques
view channel
Biodegradable Gastric Stent Could Eliminate Repeat Procedures After Bariatric Surgery
Gastric leaks are a serious complication after weight-loss surgery that can lead to infection, prolonged hospitalization, and repeated interventions. Conventional drainage stents were designed for the... Read more
Robot-Assisted Surgery Shows Advantages Over Laparoscopy in Gastric Cancer
Gastric cancer is most often treated with surgery, yet minimally invasive techniques can be technically challenging. Laparoscopic gastrectomy reduces recovery time compared with open surgery but relies... Read morePatient Care
view channel
Multicenter Study Quantifies Delays in Care for Emergency Department Boarders
Emergency department (ED) boarding—the practice of keeping admitted patients in the ED while awaiting an inpatient bed—creates hazardous delays in definitive care. Prolonged transitions expose older and... Read more
Real-Time Radiation Monitor Supports Safer Fluoroscopy-Guided Procedures
Fluoroscopy-guided procedures expose clinicians to scatter radiation that accumulates over time, creating persistent occupational risks in cath labs and interventional suites. Traditional badges typically... Read moreMedical Imaging
view channel
Study Links Thymus Radiation Dose to Poorer Outcomes in Lung Cancer
Collateral radiation to the thymus during therapy for non-small cell lung cancer (NSCLC) may compromise antitumor immunity and disease control. The thymus is a small immune organ in the upper chest that... Read more
Automated AI Tool Enables Uncertainty-Aware Meningioma Volume Tracking on MRI
Magnetic resonance imaging (MRI) guides diagnosis and monitoring in brain tumors, yet routine measurements often rely on subjective reads or simplified two-dimensional calculations. These methods can miss... Read moreHealth IT
view channel
Imaging Tool Quantifies Calcinosis Cutis Volume to Monitor Treatment
Calcinosis cutis involves calcium deposits in the skin or soft tissues that can develop anywhere in the body, causing pain, impaired mobility, and disability. Lesions along the spine or buttocks can make... Read more
Digital Symptom Monitoring Supports More Personalized Breast Cancer Care
Metastatic breast cancer, in which tumors spread to other organs, is incurable but increasingly managed with modern systemic therapies. As more treatments shift from hospital infusions to oral or at-home... Read morePoint of Care
view channel
Microneedle Patch Enables At-Home Monitoring of Acute Kidney Injury
Kidney disease is often silent in its early stages, making timely detection difficult outside clinical settings. Early biomarkers such as neutrophil gelatinase–associated lipocalin can require blood draws... Read more







