Electrode Die Cutting Machine
Semi Automatic Pouch Cell Electrode Sheet Die Cutting Machine
Item Number : MQ03
Price varies based on specs and customizations
- Cutting Accuracy
- +/-0.1 mm
- Capacity
- 800-2000 EA/H
- Maximum Cutting Size
- 280 including tab x 180 mm or 320 including tab x 240 mm
Shipping:
Contact us to get shipping details Enjoy On-time Dispatch Guarantee.
Why Choose Us
Easy ordering process, quality products, and dedicated support for your business success.
Product Overview
This semi-automatic equipment is designed for precision die cutting of pouch cell electrode sheets during battery research and cell fabrication. An infrared positioning device helps operators align electrode material accurately before cutting, while the pneumatic-hydraulic booster cylinder drives the die set downward after the foot valve is pressed. The result is a practical balance between manual flexibility and automated productivity.
The system is suitable for lithium-ion battery development, pouch cell prototyping, electrode sample preparation, and advanced materials research. It can process different electrode sizes, with cutting capacities from one to eight pieces per cycle depending on material dimensions; two pieces per cycle is the standard configuration. Custom cutting sizes are available for project-specific requirements.
A four-guide-column structure supports smooth vertical movement and stable cutting accuracy. The equipment is engineered to produce clean edges without burrs, powder shedding, or pressure marks under normal operating conditions. A safety light curtain, electrical protection, and enclosed moving components help protect operators during repeated laboratory or pilot-scale use.
Key Features
-
Infrared Positioning: The integrated infrared alignment device provides a clear reference for positioning electrode sheets, helping operators achieve accurate and repeatable die-cutting results.
-
Clean Edge Quality: The cutting process is designed to avoid burrs, powder shedding, and indentation defects, supporting reliable electrode preparation for subsequent assembly and testing operations.
-
Semi-Automatic Productivity: The unit combines manual material loading with automatic die movement to deliver approximately 800-2000 pieces per hour. Actual output depends on electrode size and the number of pieces cut per cycle.
-
Flexible Batch Cutting: Depending on the cutting format, the die can process one to eight pieces per cycle. Two pieces per cycle is the standard operating configuration, providing a practical balance between handling and throughput.
-
Long Die Life: The cutting die is designed for a normal service life of at least 30,000 operations, helping reduce replacement frequency and maintain predictable operating costs.
-
Four-Column Guidance: Four guide columns keep the upper and lower tooling aligned during vertical movement. The guided structure supports smooth travel, high positioning stability, and consistent cutting performance.
-
Adjustable Cutting Force and Speed: The gas-liquid booster cylinder allows the cutting force and cutting speed to be adjusted for different electrode materials and process requirements. Available booster-cylinder capacities are 3T and 5T.
-
Fast Die Replacement: The tooling can be changed conveniently and quickly, reducing setup time when laboratories switch between electrode formats or experiment conditions.
-
Integrated Operator Protection: A safety light curtain is installed at the feed opening, while electrical protection and a safety enclosure keep moving components within a protected operating area.
-
Compact Industrial Construction: The sheet-metal enclosure uses a three-dimensional geometric design for a clean appearance and efficient footprint. The compact structure is suitable for laboratories, pilot lines, and controlled production areas.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Pouch Cell Electrode Prototyping | Cuts cathode and anode sheets into repeatable pouch-cell formats during early-stage battery development. | Supports consistent electrode dimensions and faster iteration between cell designs. |
| Lithium-Ion Battery Cell Assembly | Prepares electrode pieces before stacking, alignment, tab positioning, and pouch-cell assembly. | Reduces edge defects that could interfere with downstream cell assembly. |
| Battery R&D Laboratories | Provides repeatable sample preparation for researchers evaluating electrode materials, loading levels, and cell configurations. | Offers higher throughput than manual cutting while retaining operator flexibility. |
| Pilot-Scale Cell Fabrication | Processes small batches of electrode sheets for process validation and pre-production trials. | Bridges the operational gap between hand tools and fully automatic production equipment. |
| Advanced Materials Research | Cuts experimental sheet materials and coated samples into controlled test geometries. | Enables efficient preparation of multiple samples for comparative testing. |
| University and Academic Research | Supports teaching laboratories and research groups conducting battery fabrication or materials-processing experiments. | Combines compact dimensions, straightforward operation, and practical safety protection. |
| Custom Electrode Formats | Handles project-specific cutting dimensions when customers require formats beyond the standard working sizes. | Provides a customizable preparation platform for specialized cell designs. |
Technical Specifications
The following specifications are provided for the equipment identified as MQ03. The reference materials describe two size and force configurations derived from the original source variants.
| Parameter | MQ03 280 mm Variant | MQ03 320 mm Variant |
|---|---|---|
| Maximum cutting size | 280 including tab x 180 mm; customizable according to customer requirements | 320 including tab x 240 mm; customizable according to customer requirements |
| Booster cylinder | 3T | 5T |
| External dimensions | L580 x W455 x H900 mm | L700 x W440 x H970 mm |
| Equipment weight | 170 kg | 220 kg |
| Parameter | Specification |
|---|---|
| Vertical burr | <=15 um |
| Horizontal burr | <=20 um |
| Die service life under normal use | >=30,000 operations |
| Cutting accuracy | +/-0.1 mm |
| Die-cutting stroke | 150 mm |
| Capacity | 800-2000 EA/H; sheet-material die-cutting efficiency is slightly lower |
| Power supply | 220 V/50 Hz |
| Power | 100 W |
| Compressed air | 0.5 MPa-0.8 MPa |
| Cutting-force and speed adjustment | Gas-liquid booster cylinder drive; cutting force and cutting speed are adjustable |
| Standard cutting quantity | 2 pieces per cycle |
| Cutting quantity range | 1-8 pieces per cycle, depending on electrode size |
| Positioning system | Infrared positioning device |
| Feed protection | Safety light curtain at the equipment feed opening |
| Main mechanical assemblies | Feed guide section, upper die assembly, lower template assembly, drive section, guide section, external cover and frame, base section, and discharge section |
| Electrical and standard components | Electrical control components, booster cylinder, pneumatic components, bearings and motion components, and safety light curtain |
| Electrical control components | Omron / Chint or equivalent |
| Booster cylinder supplier | Taiwan Jiuli / Xintuo or equivalent |
| Pneumatic components | SMC / Taiwan Airtac |
| Bearing and motion components | NSK / Taiwan Baolong |
| Safety light curtain | SUNX or equivalent |
| Operating method | Place the electrode sheet at the die-cutting position, press the foot valve, allow the booster cylinder to drive the die set downward, and remove the finished electrode after cutting |
| Routine cleaning | Regularly wipe the die-cutting plate and guide components to keep them clean |
| Lubrication | Apply lubricant to the linear-motion areas of the ball guide columns and guide bushings to maintain smooth movement |
| Long-term storage | When the equipment will remain unused for an extended period, wipe moving-component surfaces clean and apply rust-preventive oil |
| Fastener inspection | Periodically inspect screws, nuts, pins, and other fasteners to prevent loosening and reduce the risk of equipment or personal safety incidents |
| Operating safety | Do not place hands or other body parts in the die, ball guide column and bushing movement areas, or other hazardous zones during operation |
| Multi-person operation | Operation by two or more people at the same time is prohibited to prevent unintended injury |
| Service restrictions | Unqualified personnel and unauthorized personnel must not disassemble or adjust the equipment |
| Electrical service restriction | Circuit components must not be disassembled without authorization |
Why Choose This Product
-
Repeatable Electrode Preparation: Guided vertical movement, infrared positioning, and +/-0.1 mm cutting accuracy support consistent electrode dimensions across repeated batches.
-
Built for Sustained Use: A die life of at least 30,000 operations, robust guide components, and an enclosed mechanical structure help provide dependable service in demanding research and pilot environments.
-
Efficient Workflow Positioning: Semi-automatic operation delivers substantially higher productivity than manual cutting while preserving convenient operator control for small and changing batches.
-
Adaptable Configuration: Two documented cutting-size and booster-cylinder configurations address different electrode formats, while customer-requested cutting dimensions can be considered for specialized applications.
-
Safety-Conscious Construction: The light curtain, electrical protection, safety enclosure, and controlled foot-valve operation help create a more secure working environment when proper operating procedures are followed.
For a quote, configuration guidance, or a custom electrode cutting solution matched to your battery research workflow, contact our technical team.
Trusted by Industry Leaders
REQUEST A QUOTE
Our professional team will reply to you within one business day. Please feel free to contact us!
Related Products
Lithium Battery Electrode Sheet Manual Slitting Machine
Manual lithium battery electrode sheet slitting machine delivers controlled 5-480 mm cuts for polymer cell fabrication with roll-knife tooling, stable feeding, compact installation, and dependable operation in laboratory electrode processing workflows.
Coin Cell Electrode Sheet Punching Machine
Coin cell electrode sheet punching machine for precision die cutting of battery cathodes anodes separators and thin materials with compact operation flexible die sizes and glovebox compatible handling for laboratory research workflows consistent clean edges in demanding battery development applications.
Continuous Lithium Battery Electrode Slitting Machine for 4680 Tabless Cells
Continuous lithium battery electrode slitting machine delivers controlled multi-strip processing, closed-loop tension, precision web guiding, dust extraction, and stable rewinding for demanding 4680 tabless cell electrode manufacturing lines handling coated rolled foil within width thickness speed burr and straightness requirements.
Automatic Lithium Battery Electrode Sheet Cross Cutting Slitting Machine
Automatic lithium battery electrode sheet cross cutting slitting machine provides programmable fixed length or optical tracking cuts, constant tension unwinding, adjustable speed, and low burr processing for positive and negative electrode production.
Handheld Circular Cutting Machine for Lithium Battery Electrode Samples
Handheld circular cutting machine for lithium battery electrodes delivers one stroke cutting with burr free smooth edges and customizable dies for precise laboratory sample preparation and repeatable research workflows across pilot development and advanced materials laboratories with dependable operation
Polymer Battery Lithium Battery Positive Negative Electrode Sheet Electric Slitting Machine
Electric roll slitting machine for polymer battery and lithium battery positive and negative electrode sheets, delivering adjustable positioning, synchronized circular cutters, high precision cutting, and guarded operation for 50-400 μm electrode materials.
Lithium Battery Electrode Sheet Continuous Slitting Machine 200 to 560 mm Slitting Width
Continuous lithium battery electrode sheet slitting machine processes rolled coated electrodes across 200 to 560 mm widths with closed loop tension control precision web guiding dust removal and dual differential shaft rewinding.
Continuous Lithium Battery Electrode Sheet Slitter 7 to 500 mm Slitting Width
Continuous lithium battery electrode sheet slitter with 7 to 500 mm slitting width, stable web handling, edge trim collection, dust extraction, and precise roll-to-roll processing for coated electrodes across lithium iron phosphate, ternary, graphite, and oxide electrode systems
50mm to 600mm Aluminum Plastic Film Slitting and Cutting Machine
Precision aluminum plastic film slitting and cutting machine processes 50mm to 600mm pouch cell packaging film with adjustable tension accurate longitudinal cutting and synchronized rewind control for reliable production preparation in lithium battery manufacturing operations and research lines.
Lithium Battery Electrode Roll to Roll Slitting Machine
Precision roll to roll slitting machine for lithium battery electrode sheets delivers burr controlled foil cutting adjustable widths automatic winding tension and PLC operated production consistency across thin coated materials and functional film converting lines with tungsten carbide blades.
Aluminum Plastic Film Slitting and Segment Cutting Machine for Pouch Lithium Batteries
Precision aluminum plastic film slitting and segment cutting equipment for pouch lithium battery packaging, delivering controlled tension, flexible widths, accurate lengths, and high-throughput preparation for dependable cell manufacturing workflows in research pilot and production environments with stable operation.
Automated Coin Cell Assembly Machine with Precision Electrolyte Filling and CCD Inspection
Automated coin cell assembly machine for 20 and 24 series batteries, featuring precision electrolyte filling, automatic material handling, tray switching, sealing, CCD inspection, PLC control, and glovebox-compatible operation for consistent laboratory cell fabrication and advanced battery research workflows.
Automatic Coating Film Drying Machine Lithium Battery Laboratory Coating Machine
Automatic coating film drying machine and lithium battery laboratory coating machine with 130°C heating, adjustable coating speed, vacuum plate, precision scraper, programmable drying timer for 18650 electrode research smooth reproducible coatings across varied substrates compact bench scale development applications
Slot Die Extrusion Coating Machine for Roll to Roll Electrode Coating
Slot die extrusion coating machine delivers non-contact roll-to-roll electrode coating with precision syringe pumping, controlled infrared drying, and glovebox-ready compact operation for solid-state battery, functional film, and laboratory process development where repeatable coating, web tracking, and temperature uniformity support results.
Single Sided Battery Electrode Extrusion Coating Machine
Single-sided battery electrode coating machine delivers precise intermittent and continuous slurry application, stable web tension, controlled electric drying, and consistent coatings for lithium-ion battery research, pilot production, and advanced materials development across demanding laboratory and development workflows every day.
Slot Die Transfer Dual Mode Multifunction Coating Machine
Dual mode slot die and three roll transfer coating equipment delivers continuous or intermittent electrode coating, precise alignment, stable web handling, and double sided hot air drying for lithium ion battery materials research and pilot production applications worldwide.
High Precision Lithium Battery Electrode Sheet Calendering Machine
High precision lithium battery electrode sheet calendering machine delivers controlled compaction, adjustable roll gaps, 4000 kN line pressure, accurate tension handling, and consistent electrode density for demanding cell manufacturing lines.
Continuous Intermittent Battery Laboratory Coating Machine
Continuous intermittent battery laboratory coating machine combines stable web tension correction precision comma blade metering three roll transfer coating and dual sided hot air drying for dependable electrode process development with PLC touch screen operation and optional solvent recovery handling.
Automatic Laboratory Unwind Rewind Machine and Unwind Rewind Device for Battery Electrodes Optical Films and Functional Materials
Automatic laboratory unwind rewind machine with servo tension control optical web guiding and split structure for lithium battery electrodes optical films and functional roll materials delivering accurate continuous rewinding and slitting performance for demanding research and production workflows.
Electric Coin Cell Crimping Machine Battery Sealing Press
Electric coin cell crimping machine for laboratory battery research, capacitor sealing, small batch production, adjustable pressure, interchangeable dies, vibration free operation, and precise reliable forming across diverse materials processing applications.