Input shaping

Input shaping, or resonance compensation: how printers cancel ringing at high acceleration, and which firmware offers it.

6 entriesUpdated

Guides

Which motion system suits tall and heavy prints?

Tall and heavy prints by motion system: why a bedslinger's moving bed shakes tall parts, what CoreXY, gantry and delta printers do instead, and the tallest of each.

Why CoreXY Printers Are Faster: Moving Mass and Acceleration

Why CoreXY 3D printers accelerate harder than bedslingers: moving mass, resonance and makers' acceleration claims, plus the bedslingers that match them.

Cartesian vs CoreXY vs Delta Explained: 3D Printer Motion Systems

Cartesian vs CoreXY vs delta explained: how each motion system moves, what a bedslinger is, and the trade-offs in moving mass, footprint and build shape.

Input Shaping and Klipper Explained: Why Fast 3D Printers Need Them

Why fast 3D printers need input shaping: what causes ringing, how Klipper, Marlin, Prusa and Bambu Lab firmware cancel it, and what else limits quality at speed.

Open Firmware vs Closed Firmware 3D Printers Explained

Open firmware vs closed firmware printers explained: Marlin, Klipper, Prusa Firmware Buddy and proprietary firmware, and what open source changes for owners.

Lists

High-speed 3D printer specs compared: speed, acceleration, flow

37 of 58 shipping 3D printers claim 500 mm/s and 20,000 mm/s² or more. Four top the acceleration claims at 40,000 mm/s². Speed, flow, enclosure and price.