Battery Manufacturing EquipmentHangzhou / Zhejiang / China
Zhejiang Hangke Technology Incorporated Company
Zhejiang Hangke Technology makes the equipment that finishes lithium cells after assembly: formation, capacity grading, electrical testing and the handling that joins them. It offers separate ranges for prismatic, cylindrical and solid-state or pouch cells. Its semiconductor reliability equipment is a different business.
- Named entity
- 浙江杭可科技股份有限公司
- Supply focus
- Cell formation, capacity grading, electrical testing and the handling between them
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Company, registration and addresses
The 2025 annual report identifies 浙江杭可科技股份有限公司, English name Zhejiang Hangke Technology Incorporated Company, credit code 913301005865048038. The company was registered on 21 November 2011 and listed on 22 July 2019 under code 688006. Its website traces the group's operating history to 1984 and describes a 2011 restructuring toward lithium-ion battery post-processing; use the 2011 date for the contracting company.
The registered address is No.77 Gaoxin 11th Road, Xiaoshan Economic and Technological Development Zone, Hangzhou. The report also lists an office at No.298 Gaoxin 6th Road, which the contact page presents as headquarters. Ask which entity and address will appear on the quotation, invoice and installation contract. The report covers 2025 and was approved in April 2026.
Selected equipment
Equipment by cell type
Catalogue / project reference; no stock model established
Manufacturer image not reproduced. Review the equipment description and source records below.
Equipment details →What these details mean for selection
Hangke offers post-processing systems for prismatic power and storage cells, cylindrical cells and solid-state cells. Its catalogue is organised by task: formation power and fixtures, capacity grading, OCV/ACIR and DCIR testing, reject sorting, material movement and final handling. The annual report describes the core business as charging and discharging, internal-resistance testing and post-processing system integration.
Current examples include negative-pressure formation for prismatic aluminium-shell cells, 46XX formation, grading and DCIR equipment, blade-cell formation, hot-press pouch fixtures and pressure-controlled solid-state equipment. Formation, capacity grading and resistance testing are separate steps, so list each one you need in the enquiry. Hangke's range starts after cell assembly; mixing, coating and electrode equipment come from other suppliers.
What to specify for channels, contacts and temperature
Ask for per-channel voltage and current ranges, the accuracy on the range you will use, how many channels run at full power together, the contact design, cooling, and the time allowed for charging, discharging, rest and handling. Throughput follows from these and from your recipe. For a high-voltage DC-bus proposal, ask whether the stated voltage applies to a series string or to one cell. Tray layout and power topology also affect commissioning and service access.
For resistance and voltage tests, give the pulse conditions, settling time, temperature, state of charge and calibration references. For pressure-assisted solid-state formation, ask whether a published force applies to one cell, one fixture or the whole machine, and work out the pressure on your cell once the fixture is known.
Keeping each cell's history through the line
An integrated post-processing line must keep each cell's identity linked to its tray, channel, measurements and final grade. Ask for the route from loading through formation, rest, testing and release, including retests and rejects, and for who owns recipe limits, production-system interfaces, database backups and recovery after a communication or power failure. The sorting station must act on the right result for the right cell.
Run the factory acceptance test with your own cells and recipe, agreed temperatures and calibrated reference measurements. Define a good finished cell, how part-processed cells are handled, and which utilities and safety interfaces you provide. Put installation, training, spares and service response times in the contract.
Contacts and published material
Hangke lists separate international, domestic, procurement and service contacts. Its website restricts the use of equipment photographs and logos, so none are shown here. The company page also gives engineering-team, patent, award and customer figures; ask for current certificates and the compliance documents for your delivery when you request a quotation. BatteryEquip lists Hangke as a directory entry and has no partnership with the company.
Choose the operation you need
Each dossier explains a separate equipment scope, its catalogue facts and the questions to resolve for your application.
Equipment
Hangke prismatic negative-pressure formation system
Hangke's prismatic formation system runs precharge and negative-pressure formation for aluminium-shell cells. It combines power, handling, negative-pressure and safety modules, and comes with airbag, restraint or plastic trays. Hangke lists a 600 V maximum charging voltage, about 20% better space use and 50% shorter installation and commissioning time.
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Hangke blade-cell formation machine with independent bay temperature control
Hangke's blade-cell formation machine controls temperature separately in each storage bay, so blade cells can be formed at an elevated temperature. Hangke gives 45±3 °C under temperature uniformity and lists 52 safety protections. It suits high-temperature formation of long blade cells, with capacity grading and OCV checks on separate stations.
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Hangke storage-cell high-temperature series negative-pressure formation machine
Hangke's storage-cell formation machine runs precharge and negative-pressure formation for prismatic storage cells at high temperature, with the cells charged in series. It combines power, mechanical, vacuum, safety and measurement and control modules. Hangke lists efficiency as CC≤85% and DC≤82% and claims better cell consistency and faster commissioning.
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Hangke46XX water-cooled formation and capacity-grading machine
Hangke's 46XX water-cooled machine runs precharge, formation and capacity grading for large cylindrical cells. It takes 46 mm diameter cells 60–120 mm tall and comes in 64,144,196 or 256-channel layouts. Circulating water cools the system, and MES/IMS runs the charge and discharge flows. It is a core station on a 46XX cell line.
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Hangke 46XX cylindrical-cell DCIR test station
Hangke's 46XX DCIR station measures the direct-current internal resistance of large cylindrical cells. It combines handling, a discharge system, heat dissipation, an industrial computer and safety modules, and comes with 64,144,196 or 256 channels. Results are stored and uploaded to a server. It suits post-formation screening of 46XX cells.
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Hangke solid-state-cell high-rate DCIR test equipment
Hangke's solid-state DCIR tester measures direct-current internal resistance with short, high-rate charge and discharge pulses and uploads the results. Hangke stresses large-current operation, stability and conditions close to real use. The current entry reads 800 A–800000mA, two equal values, so ask Hangke for the real current range before ordering.
Read the equipment dossier →Equipment
Hangke cylindrical-cell OCV/IR measurement family
Hangke makes two cylindrical-cell OCV/IR testers. The 46XX station lists ±0.1 mV OCV accuracy with online detection and multiple calibration. The automatic station runs up to 400 channels with scanning, positioning and data upload. Both pair voltage and resistance meters with fast switching, an industrial computer and safety modules, after formation and ageing.
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Hangke 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.
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Hangke 46XX result-based grading and boxing machine
Hangke's 46XX grading and boxing machine takes test results from charge/discharge, OCV/IR and DCIR stations, assigns each cylindrical cell to a grade, loads it into a tray and sends boxed output down the line. It links to the logistics conveyor and Hangke lists 100 ppm. It works at the end of the formation and test line.
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Hangke solid-state cell loaded insulation tester
Hangke's loaded insulation tester checks the insulation of solid-state cells while they are held under force. It uses a precision voltage meter and an insulation tester, with load control from 200 to 550 kgf, automatic loading and unloading, multi-size compatibility and quick changeover. It follows pressure formation in a solid-state cell line.
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Hangke small-cylindrical 400-channel charge/discharge equipment
Hangke's small-cylindrical charge and discharge system is built for 21700 cells and has 400 channels. It combines power, mechanical and fire-protection sections, handles cells by tray and runs charge and discharge instructions sent from MES/IMS. Hangke also lists multi-size compatibility, a small footprint and uniform temperature control. It serves formation and grading.
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Hangke pressure-heated solid-state formation and grading family
Hangke makes two pressure formation and grading systems for solid-state cells. The LIP-200AHTP heated fixture lists 200–200000 kgf, robot loading, closed-loop pressure and temperature control and ±2°C uniformity. The all-solid-state system lists 100–400 tonnes, pulse high-current charging and discharging, and water-circulation temperature control over high and low temperatures.
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Hangke vacuum electrolyte filling station
Hangke's vacuum electrolyte filling station injects electrolyte into cells under vacuum with automatic, intelligent control. Hangke gives an injection precision of ±1%. The station sits between cell assembly and formation, and the dose, vacuum sequence and electrolyte are set for each cell design with the supplier.
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Hangke negative-pressure loading and nozzle-service station
Hangke's negative-pressure loading station connects cells to the vacuum nozzles used in negative-pressure formation. It cleans and replaces nozzles automatically, runs a sealing test on each connection and talks to MES. Hangke gives an output of at least 20 ppm. It sits in front of a negative-pressure formation system on a prismatic cell line.
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Hangke sealing-pin welding and inspection station
Hangke's sealing-pin station closes the cell fill port. It scans each cell, cleans the port, welds the sealing pin, inspects the joint and sorts out NG cells. Hangke lists high power, low energy use and a welding speed of 250 mm/s. It sits after formation and before the helium leak check on a prismatic cell line.
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Hangke secondary helium leak-check equipment
Hangke's secondary helium leak checker tests sealed cells after the sealing pin is welded. It has several test stations, quick changeover and NG handling without stopping the machine, in a compact build that Hangke says gives high OEE. Hangke gives a ≥99% good-product figure. Start your order from the leak limit your cell needs.
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Hangke cell-film wrapping equipment family
Hangke's cell wrapping machines apply insulating film around finished cells. The family handles several film-wrapping processes, controls film tension and binds each cell's data to MES. Hangke lists rates of ≥6/8/10/12 ppm across its configurations. Wrapping is the last step before cells go to module assembly.
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Hangke fill-port pin insertion and removal family
Hangke makes two matching machines for cell fill ports. One inserts a pin into the electrolyte filling port automatically. The other removes it so the cell can go on to extraction, second filling and sealing, using force and position control, vision and data tracing. Hangke gives a ≥99% equipment good-product figure for both.
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Hangke formation-restraint loading and release equipment
Hangke's restraint loading and release machine fits and removes the fixtures that hold cells under force during formation. Hangke lists automatic installation and removal, quick changeover, high-precision loading and a restraint force of 0–15 T. It works alongside formation systems on prismatic and other cells that are formed under pressure.
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Hangke water-cooled prismatic/blade capacity-grading family
Hangke builds water-cooled, high-voltage DC-bus capacity-grading equipment in three versions: prismatic power cells with 200/400/800 A output, aluminium-case storage cells with ≤3°C temperature deviation, and vertical blade cells with PID control, ≤±2°C uniformity and 15–25% lower energy use. All grade cells by measured capacity after formation.
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Hangke prismatic power/storage DCIR test family
Hangke makes two DCIR testers for prismatic cells. The power-cell version tests whole or half trays with automatic loading and traceability, and lists 5 V/800 A. The storage-cell version offers 600/800/1000 A output, conveyor links, active testing, water-cooled temperature control and MES upload. Both measure direct-current resistance after formation.
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Hangke prismatic OCV/ACIR and storage shell-voltage test family
Hangke offers two OCV/ACIR test stations for prismatic cells. The power-cell station loads, scans and tests OCV and ACIR with voltage compensation and automatic calibration at ≥20 ppm. The storage-cell station tests voltage, shell voltage, temperature and ACIR on aluminium-case cells. Both connect to MES and sit after formation and ageing.
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Hangke consumer-cell hot-press formation/grading family
Hangke makes two hot-press formation and grading machines for small consumer cells. The 3C version handles pouch cells for digital devices with precision pressure control at 16 ppm. The Bluetooth version adds robot handling, visual positioning, multi-model production, automatic changeover and defect screening at 15 ppm. Both combine formation and capacity grading.
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Hangke small steel-case negative-pressure formation/grading system
Hangke's small steel-case line runs automatic negative-pressure formation and grading. Cells arrive in sealed transport boxes and are loaded, scanned and positioned by vision, moved by robot into formation, then sorted automatically. Hangke lists at least 6 ppm. It suits small steel-case cells, with cell sizes, vacuum recipe and cycle time agreed per project.
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Hangke pouch-cell switching capacity-grading system
Hangke's pouch-cell capacity-grading system uses a switching power design and runs constant-current and constant-voltage charging and discharging. It has up to 72 channels on dual trays, with modular maintenance, temperature-control optimisation and safety protection. It sorts pouch cells by measured capacity after formation.
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Hangke solid-state result-based cell sorter
Hangke's solid-state cell sorter puts cells into grades using capacity, voltage and other performance data from earlier tests. It loads and unloads automatically, handles multiple grades and lists an output of at least 6 ppm. It sits after formation and capacity grading in a solid-state cell line.
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Hangke cell end-of-line test and inspection family
Hangke offers two end-of-line options for finished cells. One is a final-test machine for pouch and aluminium-case cells, including solid-state cells, with data storage, MES upload and ≥12 ppm. The other combines performance testing, appearance inspection and analysis using AI recognition. Both sit at the end of the cell line before release.
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Hangke dry/wet cell-surface wiping station
Hangke's wiping station loads cells automatically and cleans their surfaces, switching between dry and wet wiping. It exchanges data with MES and Hangke gives an output of at least 18 ppm. It is used after electrolyte filling to remove residue from the cell case before sealing, so the cleaning medium and surface limits follow from your next step.
Read the equipment dossier →Buyer questions
When is Hangke relevant to a battery project?
Consider Hangke when you need cell formation, capacity grading, electrical testing or an integrated handling system after cell assembly. A laboratory, a new production line and a retrofit have different electrical, thermal and data needs, so describe your cell type, production recipe and commissioning scope before choosing a hardware family. Electrode equipment and semiconductor instruments sit outside this range.
Sources
How we prepare pages →Each source below is the maker's own page or a public record, with the date it was checked. Ask the factory to confirm the figures for your order in writing.
Show 4 sources
- Official group introduction, history and equipment-business distinctionHangke Technology · 2026-10-11 · Manufacturer source
Hangke's introduction page: group history, the 2011 restructuring and the battery-equipment business.
- Official headquarters and regional business contactsHangke Technology · 2026-10-11 · Manufacturer source
Hangke's contact page with headquarters and regional business contacts.
- Official lithium-cell post-processing portfolioHangke Technology · 2026-10-11 · Manufacturer source
Hangke's equipment list for lithium-cell post-processing, by cell type and task.
- 2025 annual report: company identity, business and registrationCNINFO / Hangke statutory annual disclosure · 2026-10-11 · Public original record
2025 annual report (published April 2026), pages6,10–12 and106: company name, credit code, registration, listing and business.
Read original record ↗
Confirm in writing before ordering
- Channel specifications, output for your recipe, pressure and temperature performance, and data interfaces, in a signed proposal.
- Current certificate scope and the service commitments for your project.