NewsMedical spoke with Hamilton Company about its syringe technology, custom syringe solutions, and syringe accessories for multi-industry use.
Sponsored Content by Hamilton LabReviewed by Aimee MolineuxDec 16 2024 insights from industryAndrew PetersonR&D, Laboratory ProductsHamilton CompanyIn this interview, NewsMedical spoke with Hamilton Company about its innovative syringe technology, custom syringe solutions for specific customer needs, and syringe accessories for multi-industry use.
The concept of dead volume is crucial in your field. Could you explain what it means and why Hamilton’s zero dead volume syringes, like the 7000 series and Bubble-Free syringes, are so innovative? Dead volume is the term we use to describe the portion of fluid that is not able to be dispensed. Typically, this is fluid trapped in the needle or syringe connection geometry.
Additionally, Hamilton offers a comprehensive range of GC and HPLC autosampler syringes, reflecting the company's foundational expertise in this area. With an extensive catalog of syringes for various autosamplers, Hamilton also specializes in designing custom syringes and accessories to meet the unique demands of life sciences and clinical instrumentation.
Could you walk us through the process of developing these custom-built solutions? Once you contact the team, we will get in touch to clarify any technical questions that we have. Once we understand the specifications, we can begin working on a quote to make the prototypes. We will ask questions like how many of these will you need for prototyping as well as how many you will need on an ongoing basis.
We work closely as a team—our engineers specializing in valves, needles, pumps, and other components all sit together, making it easy to collaborate. If a customer issue would benefit from someone else's expertise, we quickly loop them into the conversation.
Technology Laboratory Life Expectancy Manufacturing Stroke
United Kingdom Latest News, United Kingdom Headlines
Similar News:You can also read news stories similar to this one that we have collected from other news sources.
Exploring the potential of personalized precision medicine for healthcare industryWe all have a unique face, fingerprint, voice and signature, so why wouldn’t we have a unique response to the medicine and treatments we receive?
Read more »
Mapping human biology: Human Cell Atlas leads a new era in precision medicineThe Human Cell Atlas project maps human cells to understand biology, address global health disparities, and advance personalized medicine through ethical and inclusive research practices.
Read more »
Ultrasound-controlled CRISPR offers precision in treating genetic disordersThanks to CRISPR, our medical specialists will soon have unprecedented control over how they treat and prevent some of our most challenging genetic disorders and diseases.
Read more »
Engineered SNIPRs transform CAR T-cell precision for safer cancer therapyResearchers developed SNIPRs, innovative receptors that sense soluble ligands, enabling precise therapeutic control in CAR T-cells. This breakthrough enhances tumor targeting while reducing off-target effects, paving the way for advanced synthetic biology applications.
Read more »
BiomedParse transforms biomedical image analysis with groundbreaking precision and scalabilityBiomedParse, a revolutionary biomedical model, unifies image segmentation, detection, and recognition across nine modalities, outperforming traditional methods and enabling scalable, precise analysis of complex biomedical images.
Read more »
Portable MRI and AI improve Alzheimer’s diagnosis with cost-effective precisionResearchers optimized portable low-field MRI with machine learning to improve brain morphometry and white matter hyperintensity detection, making Alzheimer's diagnosis more accessible and cost-effective.
Read more »