We are world-class experts on thermoplastic materials. We know them so well, we wrote a book about them:  Thermoplastic Material Selection: A Practical Guide.  It can be found in over 500 university libraries in more than 30 different countries.

We understand thermoplastic behavior, not just the technical data, but in how materials perform in the real world, over long periods of time, in all kinds of environments.

We understand their costs, not just in the price per pound for a given resin, or in the global availability of a specific material from a specific vendor, but in the total cost of production, including use, re-use, re-processing, and/or disposal.

We also understand the use of plastics in the 21^st century, and the cultural, political, and sociological forces that affect the use of these materials.

While our primary focus is on performance, we understand the importance of appearance. We work with finishing processes such as painting, plating, anodizing, custom color molding, in-mold decorating, labeling, laser etching, pad printing, and more. So from concept to six sigma production, we’ll have you covered.

A truly great product has a Goldilocks look – not too flashy, not too bland – but with just the right mix of warm, cool, soft, rugged, friendly, edginess. And it feels good, too – with the right weight, the right balance, and the proper sense of touch.

It’s not our job to tell you what your product should look like, or how it should feel – our job is to manage the process of making that happen – consistently, reliably, cost effectively. We deal with the entire spectrum of product appearance – including materials, finishes, textures, gloss levels, lighting conditions, end-use environments, process specifications, measurement specifications, appearance matching, color standards, and more.

You see, we’re not just engineers, we’re artists too. We know how to dance in the space where materials experts and color specialists do things that make you go – wow.

So rest assured, whether it’s plating, polishing, anodizing, painting, or in-mold decorating, we’ll do the dirty work to make sure your product looks good.

The human brain is a wonderful thing. The forebrain, with the left and right hemispheres of the cerebral cortex. The cerebellum tucked underneath, controlling motion, movement, and the emotions (anger, fear, and pleasure). The brain stem at the base, the juncture to the spinal cord and the body. Neurons and synapses and neurotransmitters all dancing together to help create the human experience.

Sometimes, the human experience is shaped by technology, and sometimes technology is shaped by the human experience. Great products do a little bit of both. They do more than fill a market need. They do something special, combining hard and soft technology in a way that touches the human spirit. This is not easy to do. It not only requires an ability to deliver a robust technical solution, but a willingness – even an eagerness – to shape technology with a soft fuzziness.

Some people refer to engineers as being “left-brained” or “cerebral.”  Some companies talk about thinking “outside the box.” (What’s up with that? What kind of management paradigm puts their best thinkers in a box? ) And some companies talk about how they integrate left and right brain thinking (left brain plus the right brain, but just the fore-brain part, forget about the hind-brain, and physiological and emotional responses and all that other touchy-feely stufff.)

We laugh at all of this, because we know they’re not even halfway there. You see, creating great products involves more than just thinking about technology, or about a fulfilling a market need – it’s about touching the human spirit.

When you’re ready to build a product that really touches people, give us call. We love the soft stuff.

Successful product design also takes into account human technology – intellectual property law, global economics, organizational behavior, the politics of change.

The  process involves idea generation, conceptual design, technology assessment, user studies, engineering development, prototyping, testing, documentation, and a lot of hard work.

Implementing all this in a commercially successful product? Now that is an art. We don’t claim to have a special recipe for this process, but most of the products we work on go in production – and stay in production – for a long, long time. 

We must be doing something right.