Safe Auto-Needle
medical device design | syringe design | final product
medical device design | syringe design | final product
Development of medical equipment for personal use: not only from the viewpoint of the industrial designer, but in the wider scope it is more important to understand the changes that take place in the medical world, where the impact moves to prevention and to home care from hospitalization, to wellness where individuals do not want to be patients and do not want to feel treated by the health service, but to be users of high standard health care, both mental and physical. The modern medical treatment modality is geared to self-administered homecare that will simplify for the patient/user the whole gamut of medication, to minimize fear and pain, to prevent mistakes and forgetfulness, to make the treatment more efficient and to abolish unnecessary needle pricks – this is the real modern medical design.
medical product design | syringe design | final product
medical product design | syringe design | final product
Medical product development Apart from the smart design and excellent usability, the medical product has a process of validation, and here it is not enough to look at only the final product. Accurate documentation must be kept in mind. There must be valid and repeated results in the parameters defined in the various requirements. Another emphasis in "designing medical products" is the end of the mass production process. It is also important to consider how the cleanroom work will be conducted and how the sterilization process will be carried out.
industrial design | syringe design | final product
industrial design | syringe design | final product
as one of the, leading medical design companies Israel. we provide all aspects of development among them IFU design ( information for use) including the full scenario concerning safety.
product design | CAD design | FDA and CE regulatory process
product design | CAD design | FDA and CE regulatory process
Plastic materials in a medical product: Raw materials in general and materials in the medical field are a specialty in itself.
There is a wide variety of materials: PE, PP, POM, PS, PET PC, PEEK, PPSU, POM, PA etc. Most of the materials also have medical grade derivatives. Some are suitable for contact with the body, and some have to be adapted for implantation and even tissue replacement. There are bio-durable polymers that the body will receive over time.
industrial design | 3d imaging | FDA and CE regulatory process
industrial design | 3d imaging | FDA and CE regulatory process
Raw material in the development of a medical product: Selection of materials in the design of medical equipment in general and disposable medical equipment is critical. there is a subject of physical contact with the patient's body in a variety of materials with Bio compliant credentials. This is reflected in the great experience in the development of medical devices. High control of raw materials includes the integration of materials. For example, a combination of hard material with an elastomer, to exotic materials such as smart polymers and materials that are not rejected in the body.
product design | 3D design | FDA and CE regulatory process
product design | 3D design | FDA and CE regulatory process
Safety in a medical product: Exposure of medical staff to body fluids and blood is common and there is a risk of contracting disease. Ease of use is important to the patient but in some cases it is critical for medical teams. Since it is a smart and safe needle, it keeps crews from scratches. thus preventing work accidents.
medical device design | syringe design | design sketches
medical device design | syringe design | design sketches
Life science and medicine design - IP Status Granted U.S. patents: US 7,901,382 and US 8,328,765 Additional U.S. and international patents pending. Quntz industrial designers are experts in the field of medical product design.
medical device design | syringe design | mechanical design
medical device design | syringe design | mechanical design
SAN L = a single use sterile hypodermic needle for use with luer syringes for subcutaneous or intramuscular drug administration. Quntz industrial designers are experts in the design and development of plastic products.
medical device design | syringe design | 3D modeling
medical device design | syringe design | 3D modeling
The development of a medical product requires repeated and meticulous testing, so design and modeling are required at all stages of the development process. Including models that meet medical standards. Today, the rapid modeling industry has a range of materials suitable for medical use in small series. Suitable for contact with the body and transplants. In the picture, models work on polyurethane duplicates. Today it is also possible to reach very high levels of precision that help to develop delicate mechanisms at reasonable prices.
medical device design | syringe design | plastic design
medical device design | syringe design | plastic design
SAN L the only disposable device that combines automatic needle insertion + passive sharps protection + hidden needle + allows manual control of injection speed. Quntz industrial designers are international experts in the industrial design field
medical device design | syringe design | design options
medical device design | syringe design | design options
when dealing with medical device design the designer has to keep in mind patient fear and anxiety in general and specific when designing medical devices for children. Quntz, international industrial designers specialized in medical product design
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