【 BK-PCR16D 】 Shandong Boke Instrument is customer-centric, service-oriented, and driven by innovation.
African swine fever testing instruments and supporting equipment. African swine fever detection instruments and supporting equipment include core detection instruments, sample processing equipment, reagent consumables, and other categories. Efficient management can improve detection efficiency, extend equipment lifespan, and control usage costs, making it an important component of pig farm epidemic prevention work.
Establishing equipment ledger is the foundation of efficient management. The ledger should record in detail the basic information of each device, including device name, model, purchase time, price, manufacturer, after-sales service, as well as the usage of the device, such as usage time, operators, number of test samples, operating status, etc. A ledger should also be established for supporting reagents and consumables, recording the purchase quantity, specifications, expiration date, and usage status to avoid waste or shortage of reagents that may affect testing work. The ledger can be recorded using electronic spreadsheets or professional management software for easy querying and updating.
Developing standardized operating procedures (SOPs) can standardize the use of equipment. Develop detailed operation manuals for each type of equipment, specifying operating steps, precautions, common troubleshooting methods, etc. For example, the operation process of a PCR instrument should include startup preheating, sample processing, sample addition, program settings, result interpretation, instrument cleaning, etc. Each step should be marked with specific requirements and time nodes. Operators must undergo professional training and pass the assessment before they can take up their posts, ensuring strict adherence to SOP for equipment operation and reducing human errors.
Equipment maintenance and upkeep need to establish a normalized mechanism. Develop a maintenance plan according to the equipment manual requirements, specifying the maintenance cycle and content, such as cleaning the equipment surface and sampling holes after daily use, checking the equipment wiring and heat dissipation every week, conducting instrument calibration and performance verification every month, and inviting manufacturers for comprehensive maintenance every year. Supporting equipment such as centrifuges and refrigerators also require regular maintenance. For example, centrifuges should regularly clean residual samples from the rotor, and refrigerators should regularly defrost and check temperature stability. The maintenance situation needs to be recorded in detail in the ledger to ensure traceability of maintenance work.
Optimizing the management of reagents and consumables can reduce usage costs. Reasonably develop a procurement plan based on the testing quantity to avoid excessive procurement leading to reagent expiration; Choose cost-effective reagent brands and strive for discounted prices through bulk procurement or long-term cooperation; Reagent storage should be classified according to requirements, and reagents with different temperature requirements should be stored separately to avoid repeated freezing and thawing affecting reagent activity. At the same time, strengthen the management of reagent requisition, implement the "on-demand requisition" system, and avoid waste.
Regularly conduct equipment management inspections and evaluations, conduct monthly checks on equipment ledgers, operational procedures, maintenance records, etc., and promptly identify and rectify any problems in management. Evaluate the efficiency and cost of equipment usage every quarter, analyze whether there are idle equipment, reagent waste, and other situations, optimize equipment configuration and management plans based on the evaluation results, and improve management efficiency and economic benefits.











