Home/H2S/Overture/High-Speed TPU 95A
Overture · overlaid on Bambu's TPU 95A

Overture High-Speed TPU 95A for the H2S

with a 0.4 mm nozzle

The five values to type into Bambu Studio for a Overture High-Speed TPU 95A spool — the big one first.

Bambu profiles its own filament, not Overture's. These start from Bambu's TPU 95A reference and apply Overture's published specs where available.
Max volumetric flowupdates live
3.6 mm³/s The single value Bambu Studio can’t guess for you
Effective top speed
43mm/s
you asked for 300
target 300 → clamped
Pressure advance K
0.05
starting point — refine on-machine
Flow ratio
1
Bambu base (inherited)
Retraction length
1.2mm
Bambu base (inherited)
hotend ceiling 3.6 mm³/s · Bambu default — Overture publishes none ⚠ clamped — capped below your target speed
Overture · High-Speed TPU 95A High-speed flexible tds
Nozzle220 °C
Density1.19 g/cm³
Mfr speed60–90 mm/s
Mfr bed25–60 °C
Shore95A
TDS V5.1: density 1.19; 2–3× speed envelope of std TPU; melt index 9.5 g/10 min
manufacturer source ↗

Is this right for your spool?

Here's how sure we are — and what to watch.

Against Bambu stock
flow 1 · ceiling 3.6 mm³/s
Source

Why these numbers

Overture High-Speed TPU 95A starts from Bambu's TPU 95A reference; Overture's published specs are overlaid where available, and everything else stays at Bambu's calibrated default.

TDS V5.1: density 1.19; 2–3× speed envelope of std TPU; melt index 9.5 g/10 min

Treat these as a starting point — run a flow-test cube and Bambu's Flow Dynamics calibration after import for the last few percent.

Open in the wizard → change printer, nozzle or speed

Download the Overture High-Speed TPU 95A profile

A .zip with the Bambu Studio .json and a Markdown summary of every field.

Open in the wizard
i
Then calibrate in the slicer. Run Device → Calibration → Flow Dynamics after import to lock in the K-factor.