How to make High precision RC Truck Front Axle and Wheels from pvc. скачать в хорошем качестве

How to make High precision RC Truck Front Axle and Wheels from pvc.

extra 10% off code:rini mini lathe: http://bit.ly/3YJ6Tat 10 must-have tools from Stirlingkit: https://bit.ly/42cC2FY How to make High precision RC Truck Front Axle and Wheels. This is a continuation of the previous video. I use PVC paralon as the main material, PVC paralon is cut, heated after that it is pressed so that it becomes a sheet. here I use the "TOOL THE FIRST" 60 watt Micro Lathe. resulting in high precision Wheel and Front Axle. these are the specifications of the mini Lathe that I use. Features: .Motor case and headstock are jointed. Maximum motor power is 144W by using more powerful motor. Axis Z slider can spin 180°. .Main parts: headstock, tailstock, long machine bed, big slider, small slider, motor blade, gear, connection piece, drive belt cover etc. .Center height-75mm, distance between centers-135mm, motor speed normally will drop to 2000rpm/min when it machines metal. .Lathe tool is made of high speed steel quality material and it can process on soft metal, nonferrous metal and precious metal. By using central block, diameter can be expanded to 100mm. .100PCS+, it takes 1-2 hours to install,comes with clear installation instructions and tools, an entry-level machine tool for workers and model enthusiasts. Specifications: .Motor Speed :12,000rpm/min(optional choice 20,000rpm/min) .Input Voltage/Current/Power:12VDC/5A/60W .Maximum Working Material Diameter:100mm .Working Material length:135mm .Working Material: lignin plastic, soft metal (gold, silver, copper, aluminum etc.), acrylic, plastic etc. .With 0.02mm scale line, the hand wheel increases the precision when processing. .Motor Power: 144W .Axis Z Slider Travel: 145mm, Axis X Slider Travel: 32mm .Process Accuracy: 0.05mm .Material: Metal .Product Dimensions: 28 x 14 x 15cm .Product Weight: 3300g .Package Dimensions: 32 x 20 x 19cm .Package Weight: 3800g .Paking: Graphic Carton #stirlingkit#whyweengine