Leading the Charge
In this roundtable, three medical equipment battery experts discuss what’s propelling growth in this sector and reveal what pitfalls to avoid when purchasing medical batteries.
In this roundtable, three medical equipment battery experts discuss what’s propelling growth in this sector and reveal what pitfalls to avoid when purchasing medical batteries.
When it comes to power management, regular monitoring and maintenance of uninterruptible power systems (UPSs) is critical to ensuring continuous uptime of electrical systems. This is a particularly crucial consideration for UPS batteries, which serve as the backbone of these systems and are also the most vulnerable component. Battery failure is a leading cause of load loss, so knowing how to mitigate risks will help to prolong battery life while also saving you time and troubles down the road.
Although batteries are often an afterthought when it comes to medical devices, they are critically important. Poor battery management can knock crucial medical devices out of action, compromise patient care, and cost organizations a lot of money.
Even the average consumer knows that batteries are a big deal. On the 24×7 website, a number of readers questioned whether the advice offered by some experts in last month’s article on battery management might go too far.
Read MoreComments on the 24×7 website for the last two weeks have focused on preventive maintenance (PM) procedures and policies and the ins and outs of battery testing.
Read MoreSonitor RTLS Technologies will showcase its new Quad-LT location transmitter series at the upcoming HIMSS conference. The RTLS transmitter can divide a room into four separate virtual zones for increased efficiency and reduced cost.
Read MoreSpeaking on the final day of the North Carolina Biomedical Association’s annual conference, Jeff Smith of Interstate All Battery Center stressed the importance of full life-cycle management of medical batteries.
Read MoreAccording to Underwriters Laboratories (UL), the FDA has recognized two UL battery safety standards as consensus standards for certain types of medical batteries. The two standards are UL 2504 for Household and Commercial Batteries and UL 1642 for Lithium Batteries (Cells).
Read MoreRepresentatives from the University of Michigan Health System and ECRI Institute offered advice for keeping your rechargeables fully functioning and purchasing batteries from third-party suppliers.
Read MoreDid you ever wonder why a brand-new battery doesn’t work in a device? Do you know which type of battery has memory? Do you know which types can be thrown in regular trash and which are recycled? If you’re not sure, it’s time for some battery basics.
Read MoreSmart batteries represent a key advance in battery technology. They use a microprocessor to monitor the battery’s state of health and to control the charge when the battery is plugged into a smart charger. The technology continues to improve.
Read MoreDENSO ADC has released a new line of handheld barcode scanners whose sensors process data faster than lasers. The BHT-1300 series 1D and 2D wireless devices have been revamped to offer a hardier design alongside a 3-year warranty.
Read MoreReal-time location technology is transitioning into its third generation as facilities move away from strict focus on asset tracking and temperature monitoring and toward a greater emphasis on workflow logic and advanced business rules and analytics.
Read MoreThe conference will foster awareness of challenges related to battery-powered medical devices and to develop ways to ensure best practices.
Read MoreThe new H2 includes a faster processor, the Intel Core i5-3427U (up to 2.8GHz) with Intel Turbo Boost Technology.
Read More