MSS Products
by MSS
ProPlate utilizes advanced materials like META-POLY® to enhance performance. Our products are created using MIM (METAL INJECTION MOLDING) technology, ensuring precision and durability. Additionally, our VIZI-BAND® system offers innovative solutions for various applications.
ProPlate utilizes advanced materials like META-POLY® to enhance performance. Our products are created using MIM (METAL INJECTION MOLDING) technology, ensuring precision and durability. Additionally, our VIZI-BAND® system offers innovative solutions for various applications.
PTCA and Stent delivery catheter assemblies, semi and non-compliant.
NEW! PTCA Scoring Catheter.
ProPlate utilizes advanced materials like META-POLY® to enhance performance. Our products are created using MIM (METAL INJECTION MOLDING) technology, ensuring precision and durability. Additionally, our VIZI-BAND® system offers innovative solutions for various applications.
ProPlate utilizes advanced materials like META-POLY® to enhance performance. Our products are created using MIM (METAL INJECTION MOLDING) technology, ensuring precision and durability. Additionally, our VIZI-BAND® system offers innovative solutions for various applications.
ProPlate utilizes advanced materials like META-POLY® to enhance performance. Our products are created using MIM (METAL INJECTION MOLDING) technology, ensuring precision and durability. Additionally, our VIZI-BAND® system offers innovative solutions for various applications.
Six-Signa offers innovative solutions incorporating META-POLY® technology and advanced MIM (METAL INJECTION MOLDING) techniques. One of our standout products, the VIZI-BAND®, exemplifies our commitment to quality and performance.
NEW: PilotLine Friction Tester Now Available
The Pilot Line Friction Tester (FRV) is a fully programmable friction testing system for catheters, guidewires, medical tubing, and other medical devices. By measuring the pull force required to draw a sample through a controlled pinch force, the FRV enables engineers to evaluate coating performance, compare lubricity between samples, assess coating durability, and validate manufacturing processes with repeatable, high-quality data.