Battery Manufacturing EquipmentHangke cylindrical-cell NG removal family
Hangke's cylindrical NG machines use the host system's test data to pick abnormal cells out of trays with a robot arm. The 46XX version comes in 64, 144, 196 or 256 channels, and the automatic cylindrical version in 256 or 400. Both use linear modules and automatic gripping. They follow formation and test stations in a cylindrical cell line.
Host data flags the cell, the robot removes it
Hangke says the 46XX version's manipulator picks abnormal cells precisely, using test data from the host. It lists linear modules, automatic gripping and safety protection. The automatic version adds positioning, screening and tray output, with 256/400-channel options. The NG machine acts on results from upstream stations; it carries no OCV, DCIR or capacity test recipe of its own.
Specify the cell diameter, height, terminal and protection state, and tray geometry for your delivery. Ask whether the 400-channel version takes every 46XX height you run, and how many grippers it has, since channel count and gripper count are different. Ask which results trigger NG, which system owns the limits and how test channels map to tray positions.
| Parameter | Published value | Record status |
|---|---|---|
| 46XX channel options | 64 / 144 / 196 / 256 CH | known |
| Related automatic channel options | 256 / 400 CH | known |
Catalogue values apply to the configuration and test method the maker states. Ask for the values that apply to your configuration.
Confirming the right cell reaches the right place
Agree how cells are identified and mapped on entry, including incomplete host data, empty positions and a tray turned the wrong way. Define how the source position is confirmed, the handling limits and how the destination acknowledges receipt. Ask Hangke for its mis-pick rate and gripper force, and inspect cells for handling marks.
Run a sample reject pattern across a representative tray, using a safe test set approved by Hangke. Include an empty slot, an unreadable ID and a blocked destination. Check the remaining cells and the receiving tray, then match where each cell went against the recorded decisions. Base acceptance on traceability and cell condition, beyond the count of completed arm moves.
Recovery after a stop mid-tray
Specify what the machine remembers after a stop: which cells are still in the source tray, which have been picked and which have a confirmed destination. Require an operator recovery sequence that can never apply an old reject map to a new tray. Hangke's pages do not describe interruption recovery or how double handling is prevented, so ask for both in writing.
Define the interfaces with the conveyor, the test host and any quarantine store. Agree the reject capacity and what happens when it fills. Ask for gripper and contact materials, spare wear parts, access and lock-out procedures, and a changeover trial. Hangke publishes no cells-per-minute rate or ID accuracy, so work out the rate you need from your real reject fraction and the chosen moves.
Hangke's profile lists the formation and test equipment that produces the data this machine acts on, which sits in the formation stage category; the acceptance test planning page covers how to verify that a flagged cell is really removed.
Questions that change the purchase
| Decision | What the catalogue says | Next step |
|---|---|---|
| Which system decides NG? | The handler acts on results from the host system. | Name the owner of test results and document the tray-position map. |
| How is correct removal confirmed? | The catalogue describes automatic picking without a mis-pick figure. | Match a sample reject pattern against the destination record. |
| Can recovery use a stale tray map? | The catalogue does not describe interrupted-cycle logic. | Test a planned stop and a restart that keeps every cell's identity. |
Prepare the supplier conversation
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Sources and check dates
The maker's own pages and public records used for this page, each with the date it was checked.
s1 · Hangke cylindrical-cell NG removal family original public data
Hangke Technology · Manufacturer-origin source
Describes the 46XX NG removal version, its channel options and host-data picking.
Archived source check: 2026-10-11
s2 · Hangke original post-processing equipment portfolio
Hangke Technology · Manufacturer-origin source
Shows the NG machines after Hangke's formation and test stations.
Archived source check: 2026-10-11
s3 · Hangke cylindrical-cell NG removal family original public data
Hangke Technology · Manufacturer-origin source
Describes the automatic cylindrical NG version with 256 or 400 channels and tray output.
Archived source check: 2026-10-11
Still to confirm
- The removal cycle time and gripper and contact specifications.
- The mis-pick rate Hangke will accept at handover.
- How host results are mapped to tray positions for your line.
- Recovery logic after a stop in the middle of a tray.
Robotic removal of NG cylindrical cells using host test results
- Cylindrical cell size, tray orientation and gripper limits
- Host result fields, NG rules and position mapping
- Source and destination confirmation and quarantine capacity
- Sample reject pattern and cell-damage inspection
- Interrupted-tray recovery and missing-data behaviour
- Changeover, spares and conveyor interfaces