Overture TPU 95A
Manufactured by Overture
Quick Summary
Overture’s TPU is the cheap way into flexible printing. At Shore 95A it feeds through a normal direct-drive extruder, prints between 210-230 °C, and makes perfectly good gaskets, cases, and bumpers. The standard spool wants to be printed slowly; if that is the dealbreaker, Overture also sells a high-speed version rated to around 90 mm/s.
Print Settings That Work
220 °C nozzle, 45-50 °C bed, 25 mm/s walls for the standard spool. For the high-speed variant, Overture’s own figure is 225 °C and a 45 °C bed, and it holds together at three times the speed.
Retraction stays low, half a millimetre to one millimetre on direct drive. Cooling around 40%. Keep the filament path short and free of gaps where soft filament can buckle; almost every reported jam traces back to a spool holder with too much drag or an extruder path with a void in it.
Dry it. TPU picks up moisture fast, and Overture spools are not immune.
Print Quality
Layer bonding is excellent, as with any TPU: parts stretch and tear rather than splitting. Bed adhesion is strong on textured PEI without adhesive, and warping does not happen.
Surfaces come out matte with a slight rubbery texture and good colour. Dimensional accuracy is average; soft filament squashes under the nozzle, so holes shrink and press fits need clearance.
Stringing is the usual TPU compromise, worse than a rigid filament because retraction has to stay small. A heat gun cleans it in seconds.
Where It Falls Short
Diameter consistency is the budget compromise. On a long print you can feel it in extrusion pressure, and it shows up as slightly uneven walls on large single-perimeter parts.
The standard spool’s speed limit is the real cost. Printing a phone case at 25 mm/s takes most of a day, and the temptation to speed up ends in a clog.
Verdict
Buy Overture TPU 95A to learn flexible printing without spending much, or as the everyday spool for occasional gaskets and bumpers. If you print flexibles often, the high-speed version or a high-flow TPU is worth the upgrade purely in hours saved.
- Overture TPU 95A vs esun etpu 95a — Two budget 95A spools with near-identical behaviour. eSUN has a marginally better surface, Overture better availability and a faster variant.
- Overture TPU 95A vs polyflex tpu95 — PolyFlex is more consistent in diameter and feeds better on marginal extruders; Overture costs less and is fine on a direct drive.
- Overture TPU 95A vs bambu tpu 95a hf — Bambu HF is the fastest of the group and AMS-compatible; Overture is the budget alternative if you can accept slow prints.
What temperature should I print Overture TPU at?
Overture gives 210-230 °C for the standard 95A TPU. The high-speed version is specified at 225 °C nozzle with a 45 °C bed. Either way, run the bed warm enough to hold the first layer and keep cooling moderate.
How fast can I print Overture TPU?
The standard spool is happiest at 20-30 mm/s. The high-speed variant is rated for jam-free printing up to about 90 mm/s, which turns an all-day print into an afternoon.
Is Overture TPU soft enough for phone cases?
Yes. Shore 95A is the standard hardness for printed cases: it flexes enough to snap over a phone and holds its shape. Softer 85A materials feel more rubbery but are much harder to feed.