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ENABLING BATTERY QUALITY AT SCALE

We’re on a mission to make battery failures a thing of the past.

BUILDING THE WORLD’S MOST POWERFUL BATTERY QUALITY MONITORING PLATFORM.

COLLABORATIVE PLATFORM

Battery quality should be everyone’s responsibility. Empower your entire organization to monitor it through one centralized platform.

REAL TIME INSIGHTS

You can’t afford to have defective products flow through your factories for days on end. Quickly identify latent defects and implement fixes thanks to our powerful root cause analysis tool.

SYSTEM OF RECORD

Battery reliability is a multi-year requirement. Store a digital fingerprint of your batteries’ quality on a platform that lives with your factories and fleets.

WHY CHOOSE X-RAY COMPUTED TOMOGRAPHY SCANNING FOR BATTERY QUALITY CONTROL?

A dent in the can, a cathode overhang, a tear in the tab, a buckled jellyroll...

Battery defects come in a variety of shapes and sizes and can reside in any part of the cell. In many instances, these types of defects are latent, which means that they are initially imperceptible to standard electrical characterization techniques.

By generating a high-resolution map of the cell's internal structure, X-ray computed tomography (CT) scanning makes it possible to produce a comprehensive assessment of a battery’s manufacturing quality. 

A common misconception is that CT scanning is too slow and expensive to be compatible with gigawatt-hour scale battery production and assembly environments. That’s where Glimpse comes in.

Read about battery quality from our founders

Responsive Tabs

Cell Development

Study and quantify key degradation mechanisms. Deconvolute build quality from electrochemical performance.

Factory ramp-up & Mass Production

Monitor process capabilities and enable reliable change control. Catch defective cells before they escape factories.

Factory expansion

Compare process capabilities between factories. Transfer learnings across production lines and geographies.

Cell Qualification

Evaluate cell safety and reliability. Quantify and compare the process capabilities of cell suppliers.

Incoming Quality Control & Fleet Failure Management

Prevent out-of-specification cells from being built into packs. Root cause a cell-induced field failure.

Second life evaluation

Analyze differences between aged and freshly produced cells. Quantify the electromechanical degradation in aged cells.

  • "With Glimpse's cost-competitive scanning services, we can swiftly scan large quantities of cells. This is empowering our cell engineering team to iterate on processes and enhance our build quality much more rapidly than we would be able to with traditional inspection tools."

    Ken Broom | Director of R&D Services at Novonix

  • "Glimpse's product is far superior to traditional CT scan providers thanks to a laser-focus on the battery cell use case and its staff's subject matter expertise in battery cell defects and reliability."

    Anonymous | Cell Engineering Manager at US-based eVTOL leader

  • "Glimpse's cell CT scanning solution has been very helpful to quickly evaluate the quality of the cells we receive from our toll manufacturers. With it, we can provide them with the feedback required to improve their build quality."

    Zhiao Yu | CTO at Feon Energy

  • "Glimpse converts X-ray performance into real value for the battery industry. We couldn't be more excited by their vision of transforming CT scanning from a complex tool to a user-centric solution tailored for high-volume cell production and assembly."

    David Lindblom | CEO at Excillum

  • "Through a remarkable speed of execution and deep customer empathy, we see Glimpse emerging as a key player in the battery quality control landscape."

    Bernhard Muerkens | Head of VCBattery, a division of VisiConsult