How Technology House Makes Use of Resin
The Technology House (T TH) is located in Streetsboro, Ohio, home of another manufacturing center in Solon. Founded in 1996, this company has developed greatly over the years to embrace new production technologies. In addition to sister business Sea Air Space, the group at TTH provides a wide variety of services to support both new product development and traditional prototype making. A great example of their work is their new line of easy to use industrial robots. These robots are equipped with software that automatically cleans and checks lines and check valves, making sure all components are in good working order. New and innovative technology allows these robots to perform even more duties than originally imagined.
“We have been working very hard to transform our manufacturing to better serve the customer,” said Vice President of Research and Development, Chris Gsellmann. “Having a vision and implementing it is what technology companies need in order to grow. This transformation will take place in every department, from production to packaging to research and development.” Replacing the current UUCP process (universal transfer cases) with a modularized VUPC system allows the manufacturing facility to run more efficiently.
With the assistance of the vice president and research and development, TTH was able to successfully convert an entire UUCP line. Now they can easily handle over a thousand parts a day, producing many thousands of products. In addition, the conversion also created a new division within the company: Digital Laser Printers. Digital Laser Printers is a wholly owned technology house that manufactures and develops digital printers suitable for high volume print runs.
When the first fig printers were introduced in the market, it was intended for high volume commercial printing where a large number of prints could be made within a short time. Today, however, many business sectors are using this technology house’s innovative new approach to additive manufacturing. “After we converted our old printers to digital printers, we saw a drastic change in productivity. The efficiency increased by orders of the day,” says Mike Massey, president of fig. “Now we are seeing that same increase in productivity year after year.” “additive manufacturing” is a phrase used to describe the technique of using various combinations of tools to fabricate complex parts, products and items.
To give you an idea of how additive technology works, let us take a look at a concrete example: a carpenter wants to make a chair, table or other furniture. There are two options for him: either he goes to a furniture shop and buys one piece of furniture, or he decides to make it himself from scratch. If he decides to buy a readymade furniture, he has to assemble it from scratch which can be quite difficult and time consuming. But if he goes to a technology house, it would be possible to put together a simple and practical one piece of furniture, like a chair, within one day.
Nowadays there are many furniture manufacturers who have adapted this technology by outsourcing some of their manufacturing process to the technology house. One example is a furniture manufacturer who once manufactured plastic chairs from the original designs by hand. After taking the raw material, painting and assembling the pieces together, it was obvious that this was something that would need to be done on a larger scale. The solution was outsourcing to a company in Japan that manufactures ceramic 3d printers that print out the parts in a single piece in one step.
When the resin is loaded into the DLS machine, it is melted into a particular shape, for instance a rectangle, for the time it takes to manufacture a single unit of furniture. Then it gets fed into the resin bed with the liquid curing. The thin rods stick out of the resin and are pulled by the motor as they pass through the bed. The thin rods and the motor pull and push the materials together and the bed fills in the gaps, thus forming the chair or table or whatever it is that you want. At the moment, some companies are using DLS technology house 3d printing technology in manufacturing products such as CD cases, DVD covers, caps, watches, pens, umbrellas and even bullets. They have realized that it is possible to produce a single product in bulk, which makes it possible to keep a large number of items on display without having to have a large number of stock.
There are companies that use this type of technology-house technology in manufacturing things such as computer mice, keyboards and various types of hand held electronic goods. This is also used in making automatic teller machines and computer-based machines such as printers and scanners. If you are interested in getting some of these items printed out, make sure that you find a good technology house near your place. There are also places that you can advertise in which you can find interested parties. You should not limit yourself to looking online because there are many different places where you can advertise and get in touch with people that may be interested in purchasing your products.