Students learn 3D printing through Clarinda High School Industrial Tech

(Clarinda)–It’s amazing what students can learn through Dave Carper’s Industrial Tech program at the Clarinda High School.

Dave’s curriculum is vast, including Auto Tech, Small Engines, Computer Drafting, Architecture Drafting, Pre-Engineering and Home Improvement.

Sophomores Connor Stull and Rio Woodyard have been soaking up everything offered through Pre-Engineering, including the opportunity to learn 3D printing.

Working through advanced computer programs, students learn how to design and build 3D models that are actually put to practical use, including a splint Connor manufactured which was used to treat a fellow student’s injury. 

The students learn the fundamentals and apply their skills, ultimately seeing the fruits of their labors through a 3D plotter, or printer, which actually builds what they’ve designed right in Mr. Carper’s classroom setting.

It’s fascinating stuff that helps enhance lives and build futures and you can get a glimpse of what takes place within Mr. Carper’s video here at   

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Type: Centrifugal Blower Size : 50 * 50 * 15
Bearings: Oil
Voltage : 12V
Current : 0.23A
Scope: humidifiers , heaters, clothes dryers , etc.

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  • DC 12V 50mm Blower Cooling Fan Hotend Extruder Turbine Fan for 3D Printer
  • Power Connection: 2-Pin
  • Blade 5015S.
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  • Bearing Type: Dual Ball Bearing, Speed: 6000 RPM, Air Flow : 3.87 CFM; Connector: 2 Terminal Connector with 2pin-ph2.5;

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Florence-Darlington Tech president recognized for entrepreneurship

FLORENCE, S.C. – Ben Dillard, president of Florence-Darlington Technical College, is receiving national recognition for his entrepreneurial leadership at the college.

Dillard was named the 2017 Entrepreneurial President of the Year by the National Association for Community College Entrepreneurship. He will receive the award this afternoon at the organization’s annual conference in Tampa, Florida.

“I think the thing that is so important to me is that it’s not specifically for me,” Dillard said. “It recognizes the efforts of our entire college.”

Dillard said that to truly be successful, people have to be innovative. He said Florence-Darlington Tech has a culture of entrepreneurship.

“You can very easily connect what we’re doing here to entrepreneurship,” Dillard said.

Dillard said that in today’s world, entrepreneurial thinking for community colleges is a necessity.

“With state funding continuing to decrease and the desire to keep tuition as low as possible, we must be entrepreneurial,” Dillard said. “It is amazing how many entrepreneurial opportunities we have when we really concentrate our effort.”

In 2016, Florence-Darlington started offering a certificate in applied science with a major in entrepreneurship. However, the school’s entrepreneurial initiatives extend past a traditional classroom lecture.

The Gould Incubator located on campus currently houses 22 start-up businesses. Dillard said this is one of the projects he is most excited about.

“All of these businesses are viable,” Dillard said. “They’re giving resources back to the community.”

Dillard said businesses become established and move to a new location. Then, new businesses fill the empty spaces. The success rate of the Gould incubated businesses is 97 percent.

Dillard said he has always had an appreciation for innovation. Growing up on a farm in the upstate of South Carolina, Dillard said, entrepreneurship was instilled in him. His family made their own living, and he had to pitch in.

Before becoming a college president, Dillard worked for Dow Chemical Company and Greenville Technical College and owned three small businesses. As he blends backgrounds in business and higher education, Dillard said, he strives to create a culture of innovation that benefits the entire region.

However, he said any entrepreneur who leads well has to listen to others’ ideas.

“Any entrepreneur who believes that they can make it on their own probably will fail,” Dillard said.

He said the Southeastern Institute of Manufacturing and Technology Center (SiMT) is a successful example of innovation through collaboration.

Originally, the school’s board had a vision for a facility to teach and train as well as generate revenue for the college.

“The vision has now become a reality in every way,” Dillard said.

The SiMT provides clients with equipment such as plastic and metal 3D printing, 3D virtual reality technology and a social media listening center. The services offered at SiMT help businesses and entrepreneurs in 40 states and nine foreign countries.

Dillard became the college’s president in 2013. He said the college was ripe for innovation when he took leadership, but it had been affected by the recession.

Orion Motor Tech Transparent Desktop 3D Printer with All Metal MK8 Extruder Dual Air Vents Windows Mac Linux Compatible

This is a high performance desktop 3D printer that’s perfect for home users, makers, designers, engineers, architects, and anyone looking for an easy-to-use desktop 3D printer. With an acrylic frame, it is light-weight, easy for transport and storage. Tons of upgrades are making our product an amazing deal for those of you who are looking for an entry level but powerful 3D printer. Get one now.

Diameter of Extruder: 0.4 mm
Monitor Type: LCD2004
Offline Printing: Supported
Operating Systems: Windows Mac Linux
Operating Temperature: 50 to 86°F
Operating Humidity: 20% to 50%
File Formation: STL G-Code OBJ
Languages Supported: English, Mandarin
Supported Software: Cura

Filament Type: PLA, ABS
Filament Diameter: 1.75 mm
XY Axis Accuracy: 0.012 mm
Z Axis Accuracy: 0.004 mm
Pringting Speed: 10 – 120 mm/s
Pringting Thickness: 0.1 – 0.3 mm

Item Dimensions: 19.6″ x 15.7″ x 17.7″
Item Weight: 16.5 lbs
Package Dimensions: 20″ x 13.6″ x 8.5″
Package Weight: 20.3 lbs

Package includes:
1x 3D Printer (Assembly Required, All Parts Included)
1x Users Manual (included in the USB Flash)

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Orion Motor Tech PLA 3D Printer Filament 1.75mm Diameter 1kg 2.2lbs (transparent)

Our Thermoplastic 3D Filaments are made from the best materials available and have been thoroughly tested for the best possible results. PLA materials are extruded with great precision, which means better looking prints, less calibration and fewer extruder failures. The materials will work flawlessly with most 3D extruders currently in the market.

Material: PLA
Density 1.25g ± 0.05g/cm³
Melting Point: 180℃ (356°F)
Tensile Strength: ≥60MPa
Bending Strength: ≥60MPa
Notch Impack Strength: 4.53 lbs / ft2
Distortion Temperature: 60℃(140°F)
Printing Temperature: 190°C – 220°C (374°F – 428°F )

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