Outsourcing catheter design projects is a smart choice for small and large firms in the medical industry. With an off-site partner, your company can develop, test and release new designs faster. There's no need to hire an in-house team or invest in costly resources. Professional firms already have the equipment, software and qualifications needed to produce top-quality, factory-ready catheter design that will be used for biopsies, remote imaging and cardiovascular procedures.
Advances in Catheter Design Techniques
Materials, fabrication techniques and design methods have evolved in recent years. With the CAD/CAM technology and 3-D software that's available today, catheter design experts can address possible production challenges virtually.
Experienced engineers predict how materials will perform in demanding real-world conditions. Through on-screen manipulation, designers can make changes to ensure that the products meet the needs of end users and their patients while exceeding all regulatory requirements. Accurate designs also reduce the need for multiple prototypes that require separate testing and verification.
These streamlined design and production methods eliminate late-stage setbacks that affect production schedules and rollout phases.
After confirming all specifications, the end result is a complete catheter design package that's ready for the client's approval and production on a full or limited scale. Off-site professionals can revolutionize the way that your company develops and tests new products. Projects will move through development faster. With these methods, there's less waste, and your company can greatly reduce its time to market for new products.
This can significantly lower development costs. The most successful catheter design companies are holistic. Their product development teams focus on each part of the production process from sourcing raw materials to controlling costs so that clients can make a product that's easy to produce and to market.
Selecting raw materials is an important part of the design process. Professionals who create medical devices and catheter designs must have a deep understanding of material characteristics, technological advances and challenges that occur during different procedures.
Due to the complex delivery paths that medical catheters and stents must navigate, nitinol has emerged as the perfect catheter material. This nickel titanium alloy is strong yet extremely flexible, so it's excellent for manufacturing ultra-thin micro- and nano-radius catheters with or without multiple lumens.
Here are several more advantages of nitinol catheter designs:
• Soft and flexible feel
• Exceptional kink resistance
• Excellent shape memory and elasticity
• Greater tensile strength and stress resistance
• Reliable biocompatibility and corrosion resistance
Product engineers can use nitinol to create a suite of agile catheters that provide varying degrees of torque and trackability. The material's strength and flexibility provides additional control that increases placement accuracy during diagnostic and therapeutic procedures.
Catheter Design and Production
Designs that incorporate advanced materials and fabrication technologies have tremendous commercial potential. These practices control production costs, improve performance and deliver the highest degree of accuracy.
Most importantly, modern catheter designs enhance the viability of on-demand manufacturing options that are available today. Hiring an experienced off-site catheter design firm is a proven strategy that has advantages for startups, entrepreneurs and established names in the health care industry.