Battery Manufacturing EquipmentGelon GN-CC20-QDZZ fixture-fed coin-cell assembly system
Gelon's GN-CC20-QDZZ assembles 2016, 2025 and 2032 coin cells. Operators load cases, electrodes, separators and washers into fixtures, and the machine then fills electrolyte automatically in two adjustable shots from a 0.1–0.5 ml pump listed at ±5 µl. It runs in an enclosed cabinet for glovebox or dry-room use in laboratories building many coin cells.
By Gelon Lib Group Co., Ltd. · GN-CC20-QDZZ
Hand-loaded fixtures feed the automatic steps
Gelon lists fixtures for top case, anode, separator, cathode and flat washer, each holding one to five pieces. The case and washer fixtures are loaded by hand, and the electrode and separator rows also describe placement into fixtures. Filling is automatic, with two adjustable fillings. Switching between the 20-series formats needs manual adjustment. Ask for a station map of every assembly and closure step, because the table gives no full crimping sequence or press figures.
The pump covers 0.1–0.5 ml, with self-injection volume accuracy of ±5 µl. That figure describes dispensing only. The table gives no full cycle for an accepted cell, so ask Gelon for cells per hour at your fixture loading and fill mode.
| Parameter | Published value | Record status |
|---|---|---|
| Listed formats | 2016 / 2025 / 2032 | known |
| Fixture population reference | 1–5 pieces | known |
| Published pump-volume range | 0.1–0.5 ml | known |
| Stated dispensing accuracy; conditions to confirm | ±5 µl | known |
| Approximate power | 5 kW | known |
Catalogue values apply to the configuration and test method the maker states. Ask for the values that apply to your configuration.
Source references: s1
Check part order and electrolyte separately
Send the case and gasket, both electrodes, the separator and internal hardware, with the layer order and geometry you need. Agree how the fixtures locate and tell these parts apart and what happens to a missing or doubled part. Gelon mentions action signal detection and coordinated control; ask which component checks are actually made.
Give the total electrolyte quantity and how it splits between the two fills. Define calibration and uncertainty at your real dose, the wetted materials and the check after each refill. Ask for the test conditions behind ±5 µl. Electrode wetting, stack order and the final seal each need their own acceptance step.
Source references: s1
Cabinet, interlocks and site supply
Gelon describes an alloy and glass cabinet, interlocks for automatic and manual modes, alarms with pause on faults, and electrical protection. Ask for the interlock and recovery table, then trigger a fault and watch the response. Gelon also says the machine can send status signals; ask what reaches your central control system and in what format.
Gas is argon or nitrogen at 0.5–0.8 MPa in a glovebox, or ordinary dry gas or air in a dry room, and the customer supplies vacuum. Electrical options are AC220 V/50 Hz or AC110 V/60 Hz at about 5 kW, and the cabinet measures about 2346 ×840 ×1840 mm. Approve a layout covering environment, access and utilities. Handover should cover fixture adjustment, fill calibration, the closure scope and how finished cells are inspected.
Gelon's profile lists the manual GN-CC20 press for disassembly and small runs, the Gelon GN-CC20 crimper, while finished coin cells are cycled on a small tester whose ranges the battery tester page explains. Electrolyte in coin cells is very sensitive to moisture, as the electrode drying page notes.
Source references: s1
Questions that change the purchase
| Decision | What the catalogue says | Next step |
|---|---|---|
| Which component and closure operations are actually supplied? | The page states manual fixture loading and automatic filling and lists no crimp sequence. | Approve a complete station and operator-task map. |
| What does ±5 µl establish? | The page gives ±5 µl for the 0.1–0.5 ml pump without test conditions. | Calibrate actual fill points and check total dose separately. |
| Can the environment and fault recovery support the build? | The page describes the cabinet, gas options and interlocks. | Witness interlocks and recovery and approve dry-room or glovebox utilities. |
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 · Gelon GN-CC20-QDZZ fixture-fed coin-cell assembly system — manufacturer equipment page
Gelon · Manufacturer-origin source
Gelon's product page with the fixture list, coin formats, pump range and accuracy, enclosure, gas, power and size.
Archived source check: 2026-10-11
s2 · Gelon official equipment portfolio
Gelon · Manufacturer-origin source
Gelon's equipment range, including the manual GN-CC20 coin-cell press.
Archived source check: 2026-10-11
Still to confirm
- Which steps the machine performs after filling, including whether it crimps the cell.
- Component checks for missing or doubled parts and the reject handling.
- The test conditions behind ±5 µl and dose accuracy at your fill volumes.
- Cells per hour at your fixture loading and the data the status signals carry.
Fixture-fed coin-cell building with automatic electrolyte filling
- Coin-cell components, layer order and format-specific fixtures
- Manual loading tasks and complete assembly/closure station map
- Total/split dose, actual pump calibration and wetted materials
- Component fault coverage, interlock matrix and paused-part recovery
- Environment, customer vacuum, dry gas and access layout
- Format adjustment, data exchange and finished-cell acceptance