Shandong PROTOS Medical Products Co., Ltd.

　 ◎　PROTOS Profile
　 ◎　Medical Product Development and OEM Service
　 ◎　Schedule Advantage
　 ◎　Mold Design with Mold Flow Simulation

PROTOS Medical is a US company manufacturing FDA&CE&ISO approved disposable medical products. The plant - PROTOS Medical Inc. was founded in 1997 in Wei Fang City, Shan Dong, China. After 10 years of persistent and intensive efforts, PROTOS Products Medical has been able to establish its reputation as one of the most cost effective operations in the disposable medical industry. Today, Protos has expanded its market presence to more than 35 countries worldwide. This has been achieved by successfully synchronizing our excellent research, marketing and management capabilities in USA along with low cost, high quality manufacturing in Asia. Though most manufacturers are in the categories—“ high price, high quality” or “ low price, low quality”. PROTOS’ unique market niche is to continue to identify and offer “ low cost, high quality” IV series products to our heath care customers and professionals around the world. Protos has already successfully registered its products for Russian and Japanese market.

Our management strategy will focus on intensifying our marketing & sales efforts on all of IV series of products ( IV sets, Blood sets, Burettes, Scalp Vein sets, Syringes, etc.) and Latex Gloves, urine bag. Strive to bring to market on schedule our other patented products like needless Injection Connectors, Safety Hypodermic Syringe and Retractable Safety Scalpel.

We pride ourselves in our strong customer relations and know fully well that it is our worldwide base on loyal customers who have contributed to our recent spectacular success. We will continue to serve all of our customers to the best our ability and pledge to our utmost to offer them new& innovative products in the future as well as help strengthen their bottom line.

Medical Product Development and OEM Service

Protos Medical Products is a high-tech medical product development and commercialization company, offers the client unrivaled access to engineering expertise and information resources through our team in Houston, Texas. Our experienced, Ph.D. design engineers, supported by extensive analytical stress, flow, heat transfer and Mold Flow & Cooling Simulation software, can help you optimize your product development cycle-- from product and mold design to prototyping and production tooling, processing development and problem solving.

Protos Medical Products provides product development turnkey solutions at different levels
※　New product development from concept to design to prototyping to mass production
※　Resolve your existing products problems
※　Improve your existing products by reducing cost and improving quality
※　FEA analysis and computer modeling of blood flow in body and flow over implant, stress and heat transfer etc

Protos Medical Products offers:

※　A single source for quick turnaround from concept to mass production
※　Product design and improvement
※　Rapid product prototype
※　Contract manufacturing and assembly with flexible production run
※　Plastic part and mold design, aluminum and steel mold, material selection
※　Engineering consulting and computer engineering simulation
※　FDA application
※　Market research and evaluation

The Protos Medical Products Advantage:

※　Complete Turnkey Solutions Approach
※　Concept to design to prototyping to mass production
※　In-house Engineering Department
※　In-house Mold Manufacturing capabilities
※　Computer Assisted Design & Manufacturing
※　In-house capabilities for Medical Grade Raw material selection
※　75,000 sq. ft. total manufacturing complex with a 32,000 sq. ft. clean room facility
※　High Volume Production capabilities
※　In-house Regulatory Consultation and Assistance

We can help you:

※　Reduce time to market Improve Competitiveness
※　Optimize tool design and costs Optimize production rates
※　Enhance product quality Avoid costly faults and failures
※　Reduce material waste Accelerate product development

If you are interested in any of these services or would like more information on Protos Medical Products’s range of engineering and OEM services, please call us at 0086-536-8881555, fax us at 0086-536-8886222, or send an e-mail to sales@protosmed.com.

Molds Design & Service :

※　Cost Benefits
※　Schedule Advantage
※　Molds Design with Mold Flow Simulation

Cost Benefits

Schedule Advantage

One of our many competitive advantages is our quick turnaround time for MOLDS.
Our turnaround time is as follows:
※　Same Molds:15 days (compared to 30 days or more from the competition).
※　Production Molds - 45 days ( compared to 3 months from the competition).
※　PROTOTYPE: 1 week.　　　　

Compute Simulation with Mold Flow


Multicavties Mold Fill Runner Simulation	Roller Clamp Mold Single Cavity Fill Simulation

※　Balance Mold Flow
※　Optimum Rnner Size
※　Improve Products Quality
※　Different Colors Represent different mold fill time
※　Flow Front Lines Display how wven the flow is

OUR CAPABILITIES INCLUDE :

Part Analysis : We help identify problems early on, so that design changes can be done early when cost of change is minimal, and the flexibility to establish the best solution is at its highest.

Mold Flow Analysis: We help ensure that the part will fill uniformly, by being able to virtually simulated all aspects of the filling process. We troubleshoot at this stage to help determine the optimal gate size and location, balance the hot and cold runner designs automatically ensuring that the runner system is designed to fill all cavities at the same time, minimize stress levels, and help identify warpage potential.

Mold Cooling Analysis: When used in conjunction with mold flow analysis, it helps provide effects of cooling on flow, minimizing cycle time, consequently reducing warpage and helping to determineuniform part cooling.
IV Administration Set -Spike Mold Cavity Fill Simulation

OUR BENEFITS INCLUDE :

※　Reduced time to market introduction resulting in tremendous cost savings
※　Improved mold design, consistent quality, and much shorter production cycles
※　Increased material savings by reducing scrap rates and optimizing material usage
※　Reduced product and process development times
※　Consistent Part Quality and Structural Performance
※　Greatly enhanced manufacturing efficiency
※　Much improved production controls