Super Safety Lever Arms

New test batch of Super Safety Levers. As with all of my prints, A custom profile was tuned specifically for each part and material. Always printed one at a time for the best layer adhesion and at 100% infill for unsurpassed strength. No shortcuts.

ONLY PET-CF25 ARE AVAILABLE FOR NOW: Other options will be set to in stock as I get them printed.

About High Impact PLA: High Impact PLA Plus is a blended PLA Plus formulated for better layer adhesion and toughness. ABS-like in toughness while retaining good stiffness and insane layer adhesion (seriously, screw supports with this stuff). Failure mode is NOT to shatter like normal PLAs, but to slowly give and bend. If you've ever tried to break a Lego, it's kinda like that. It still has the downside of a low heat deflection, so no leaving these in the car. Best used on range toys.

About Carbon Fiber PET: PET-CF25 is somewhat of a happy medium filament with 25% Carbon Fiber. It still performs better than PLAs or PETGs in most ways, but is easier to print than and much cheaper than Nylons. This filament has great stiffness and strength and decent toughness and wear resistance. PET is commonly used in food packaging due to it's chemical stability. Higher heat resistance than most consumer filaments, but again, not quite as high as Nylon. You can probably leave these in the car on a hot day. This particular filament is EXTREMELY grippy and feels like fine stippling.

About Carbon Fiber Nylon: Considered the gold standard in squirted 2A application, CF-Nylon fuses the insane toughness of Nylon with the superior rigidity of carbon fiber to create a composite material that scratches of most of the boxes. It's durable, can handle heat, is relatively stiff, and has superior chemical resistance. The downside? It's expensive, hard to print, and can creep under constant loads. Typically what manufacturers use to make injection molded frames.