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Plastics Engineering Services & Software for Customers Around the World
Why Choose EPS FloTek, LLC?
As one of the leading providers of high-quality plastics engineering services and software products, EPS FloTek, LLC, is here to provide innovative solutions to our customers. With our cutting-edge Solver and Boundary Layer Mesh technology, we are able to help our customers produce the highest quality products that meet the most stringent design requirements.
So, no matter where in the world you are, you can contact us to receive the Services and Software you need. We are proud to work with OEM’s, molders, tool builders, and companies in the plastics industry.
Plastics Engineering Software Products
At EPS FloTek, LLC, we offer a wide range of plastics engineering software products that enable our customers to personally analyze and optimize your tools and plastic parts with precision and accuracy. Our Moldex3D software solutions are designed to simplify the complex processes involved in plastics engineering while also improving efficiency and reducing manufacturing costs.
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EPS FLOTEK Helps You Reach Your Ultimate Goal
Whether you are using our services or software, your ultimate goal is to produce the best, most efficient tool at the lowest cost that will produce the best quality injection molded parts. This is done by identifying and solving molding issues before the tool is created.
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What Are Some Of The Molding Issues That We Can Identify And Solve?
- Balance & Size Runner
- Gate #, Size and Location
- Optimize Part Design
- Identify Weld Line Location
- Identify Gas Trap Location
- Reduce Pressure & Press Size
- Identify Shear Stress Levels
- Clamp Force & Shot Weight
- Optimize Processing
- Control Volumetric Shrinkage
- Identify and Control Sink
- Shrink Control Through Pack
- Identify Gate Freeze Time
- Determine Cooling Time
- Show Fiber Orientation
- Identify Hot Spots in the Tool
- Two Shot Bond Quality
- Reduce Cycle Time
- Eliminate Hot Spots in Tool
- Balance & Reduce Flow Rate
- Balance Temperature Rise
- Maximize Channel Efficiency
- Identify Non-turblient Flow
- Identify Channels to circuit
- Identify Exact Shrink in X, Y, Z
- Shrink Due to Cooling Only
- Shrink Due to Gate Location, Part Design & Processing Only
- Exact Mold Shrinkage Design
- Reduce Stress Concentration
- Identify Residual Stresses
- Reverse Engineer Mold Shrink
- Identify Part Response under service conditions.
