"What if the press force drifts during hold?" — We hear this every single visit.
Whether they make cells or modules, visitors today asked the same two questions:
"How do you handle uneven press?fit force?"
"Holding pressure looks fine at first, then it decays — how do you stop that?"
Here's how our press answers:
Pressure closed?loop control accuracy: ±0.5% FS — constant hold, no decay
Real?time automatic compensation during press?fit — force stays flat, no drift, no fluctuation
Displacement repeatability: ±0.01mm — force AND position under dual closed?loop simultaneously
Multi?stage speed & pressure with flexible programming — cell pre?press, pole press?fit, module long?duration hold, one machine handles all
Full pressure?displacement curve recorded — results are visible, data is traceable
One visitor pulled up our curve on screen and said: "Long hold time, force value rock?stable, and everything is logged." That's exactly the point — you don't have to trust us, the data proves it.
Tomorrow is the last day — come push our press and see the curve yourself.
CIBF2026 話題標(biāo)簽Leetx 話題標(biāo)簽PressFit 話題標(biāo)簽ClosedLoopControl 話題標(biāo)簽BatteryCell 話題標(biāo)簽ModuleAssembly 話題標(biāo)簽PressureControl 話題標(biāo)簽DisplacementAccuracy 話題標(biāo)簽DualClosedLoop 話題標(biāo)簽ForceDisplacementCurve 話題標(biāo)簽Traceability 話題標(biāo)簽NewEnergy 話題標(biāo)簽PrecisionAssembly 話題標(biāo)簽FlexibleProgramming
