2 CHANNEL SORTING MACHINE SKXD-S200

2 CHANNEL SORTING MACHINE SKXD-S200

The SKXD-S200 2 Channel Battery Sorting Machine is a cell grading system designed for 32700 cylindrical lithium cells. It combines electrical measurement with automated sorting so battery manufacturers and pack builders can separate incoming cells into groups with closer electrical characteristics before module or pack assembly. This step is especially valuable when a production line handles large quantities of cylindrical cells that need to be matched by open-circuit voltage and internal resistance rather than selected only by brand or nominal capacity.

With two parallel test channels, the SKXD-S200 increases throughput compared with single-position manual checking while maintaining a repeatable test-and-sort workflow. It is suitable for battery workshops, production lines, R&D laboratories and quality-control areas where 32700 cells need to be screened consistently before use.

The sorter measures key incoming-cell parameters such as open-circuit voltage (OCV) and internal resistance (IR). OCV provides a quick indication of the cell's present electrical state, while internal resistance is an important matching parameter because cells with significantly different resistance can behave differently under load even when their resting voltages appear similar. The machine's automated logic compares measured values with user-defined grading thresholds and directs the tested cell into the appropriate sorting category.

The dual-channel arrangement allows two cells to be processed in parallel, which reduces manual handling and creates a more repeatable inspection process. Published product information for the SKXD-S200 identifies the machine specifically for 32700 cylindrical cells and describes configurable grading based on voltage and resistance. In production use, the value of the machine comes from consistent measurement, repeatable thresholds and disciplined cell traceability rather than from sorting speed alone.

Select the SKXD-S200 when the production cell format is 32700 and the required grading method is based on electrical parameters such as OCV and IR. Confirm tray, feeder and probe compatibility with the exact cell construction and terminal geometry. Sorting thresholds should be established by the battery engineering or quality team for the specific cell model; values that are appropriate for one supplier or state of charge should not automatically be reused for another cell batch.

Applications

1. 32700 lithium cell incoming inspection

2. Battery pack cell matching before assembly

3. EV and energy-storage cell grading

4. Quality-control laboratories

5. Battery manufacturing and pilot production lines

6. Cell sorting for repair, reuse and controlled second-life projects

Installation Guide

Install the sorter on a stable production floor or bench area with the required power and air supply for the actual machine configuration. Before production, clean and inspect the electrical contact probes, load sample cells and verify that OCV and resistance readings are repeatable. Set the grading thresholds for the approved cell batch, then run a small validation lot before full-volume sorting. Keep bins clearly identified so grades cannot be mixed after sorting. Probe wear, dirt and poor cell positioning can affect measurement consistency, so contact maintenance should be part of the routine machine inspection schedule.

Why Choose ARB Accessories?

ARB Accessories focuses on lithium-battery, EV, energy-storage, wire-harness and battery-production products for Indian technical buyers. The catalog brings together cells, BMS boards, active balancers, connectors, wiring, testing equipment, assembly machines and related industrial accessories in one specialist range. This makes it easier for battery-pack manufacturers, workshops, system integrators, service teams and OEM buyers to compare connected components by model, electrical rating, capacity and intended application. Product selection should always be based on the actual system design, required capacity and installation conditions.