CUTOPIX
Industrial Cutting Solution New Energy Material Cutting Machines

Lithium Battery Nickel Strip Punching & Cutting Machine HX-200DK-E2

Automatic roll-fed punching and cutting solution for nickel strip, nickel-plated steel, copper strip and battery interconnect materials, designed for repeatable production of battery tabs and custom metal strip components.

Application-specific cutting configuration
Material testing before order confirmation
OEM / non-standard customization support
Remote technical and after-sales support
Discuss Your Material on WhatsApp
Lithium Battery Nickel Strip Punching & Cutting Machine HX-200DK-E2
Model
HX-200DK-E2
Cutting Method
Cold
Model
HX-200DK-E2
Cutting Length
1-9999mm
Cutting Width
1-95mm
Thickness
0.01-4mm(others can custom)
Engineering Overview

What Is This Machine Designed to Do?

Understand the machine logic, suitable materials, process capability and application scope before comparing configurations.

Material Matched Application Reviewed Configuration Confirmed
Before Configuration Review
✓ Material type
✓ Width & thickness
✓ Required cut size
✓ Target output

The HX-200DK-E2 Lithium Battery Nickel Strip Punching & Cutting Machine is designed for automatic processing of thin metal strip materials used in battery pack manufacturing and electrical connection applications.

Continuous strip material is automatically fed into the punching and cutting section, where customized tooling produces the required holes, slots, windows or profile patterns before the material is cut to the programmed length.

The machine can process materials such as pure nickel strip, nickel-plated steel strip, copper strip and compatible thin metal materials. Different punching patterns and finished dimensions can be developed according to the customer's battery cell arrangement, connection design and material specifications.

For custom battery interconnect projects, we recommend testing the actual material and confirming the drawing before finalizing the tooling configuration.

Why This Configuration

Match the Machine to the Production Requirement.

A suitable cutting machine should match the actual material, production workflow and required finished result — not just a catalog specification.

01

Material Fit

Review material type, width, thickness, structure and cutting behavior before confirming the machine configuration.

Material
02

Process Fit

Confirm that feeding, positioning, cutting and collection match the required production sequence and handling method.

Workflow
03

Output Fit

Evaluate required dimensions, cut quality and target output so the final setup matches the intended production result.

Result
Process Flow

How the Machine Works

A clear process view helps engineering and purchasing teams evaluate whether the machine fits their production flow.

01

Load Material

Install the roll, strip, sheet or workpiece according to the machine configuration.

02

Set Parameters

Set length, quantity, speed or processing parameters through the control system.

03

Automatic Processing

The feeding and cutting / punching sequence runs according to the programmed settings.

04

Collect & Inspect

Finished parts are collected and checked for size, shape and cutting quality.

Machine Video

See Battery Nickel Strip Punching & Cutting in Action

Watch the machine automatically feed thin metal strip, position the material, punch the programmed pattern and cut the finished component to length. The video helps battery manufacturers evaluate feeding stability, punching consistency, finished edge quality and the overall production sequence before confirming a custom configuration.

Feeding & handling
Cutting action
Finished result
Operating sequence
Technical Specifications

Core Machine Parameters

Use these values for a quick engineering review. Final speed and configuration should be confirmed with the actual material and required finished result.

Model
HX-200DK-E2
Cutting Length
1-9999mm
Cutting Width
1-95mm
Material Thickness
0.01-4mm(others can custom)
Cutting / Blade Type
Cold
Suitable Materials
Pure Nickel Strip, Nickel Plated Steel, Copper Strip, Aluminum Tab, Battery Interconnect, 18650 Nickel Strip, Metal Shim, Battery Busbar
Confirm Before Ordering
Need a recommendation based on your width, thickness and target speed?
WhatsApp Us
Customization Options

Custom Tooling for Your Battery Interconnect Design

Battery connection strips vary significantly in material, width, thickness, cell arrangement and punching geometry. Instead of using one standard die for every project, we configure the punching and cutting system around the actual component you need to manufacture.

Typical Customization Requests
Cutting Method Working Width Feeding Sensors Voltage Rewinding
?
Not sure which option fits your production?

Send material photos, width, thickness and your target cutting result for configuration review.

WhatsApp About Customization
◇
Application
Matched
⚙
Engineering
Reviewed
✓
Configuration
Confirmed
Available Customization
01

Cutting Method

Hot / cold / blade / punching / die-cutting according to application.

02

Working Width & Length

Standard range or project-specific dimension review.

03

Feeding System

Standard feeding, unwinding and tension-control options.

04

Punching / Tooling

Custom dies, hole patterns, cutting shapes and fixtures.

05

Control Logic

PLC / servo / sensor-linked process sequence customization.

06

Electrical Standard

110V / 220V / 380V and 50/60Hz by destination.

07

OEM Branding

Machine label, logo and project-specific identification.

08

Collection / Rewinding

Collection, rewinding or downstream handling options.

Testing Before Shipment

Test Your Nickel Strip Before Machine Shipment

For customized battery interconnect projects, actual-material testing is especially important because strip thickness, hardness, punching geometry and dimensional requirements can affect tooling and finished-part quality. Customers can provide material samples and drawings for testing before the machine configuration is finalized.

01

Customer Sample

Receive material samples, drawings or detailed process requirements.

02

Machine Setup

Adjust feeding, cutting, tooling and control parameters for the application.

03

Material Test

Run the actual material and inspect cutting quality, dimensions and stability.

04

Video Confirmation

Share running videos and finished samples for buyer confirmation when required.

05

Packing & Shipment

Complete final inspection, secure packing and shipment preparation.

✓ Cutting Quality
✓ Size & Accuracy
✓ Continuous Running
✓ Electrical / Safety Check
Material Capability

Compatible Materials & Cutting Samples

Review suitable materials and real cutting samples in one place. Final compatibility should be confirmed according to material thickness, structure and required cutting quality.

Pure Nickel Strip Nickel Plated Steel Copper Strip Aluminum Tab Battery Interconnect 18650 Nickel Strip Metal Shim Battery Busbar
Not sure whether your material can be processed?

Send the material name, width, thickness and a photo or sample for application review.

WhatsApp About Your Material
Application Scenarios

Where Battery Nickel Strip Punching Is Used

This roll-fed punching and cutting solution is intended for manufacturers producing battery connection strips, conductive tabs and customized thin-metal interconnect components. Tooling and feeding configuration can be developed around the actual strip material, punching pattern and battery assembly requirement.

Manufacturing Partner

Why Industrial Buyers Work With CUTOPIX

Manufacturing resources, assembly, electrical integration and quality control — practical proof behind every machine project.

Factory

Manufacturing & Engineering Capability

CUTOPIX specializes in the development and manufacturing of automatic cutting and punching equipment for flexible materials. Our production capabilities cover machine assembly, electrical integration, customized tooling, testing and quality inspection. Each machine can be configured according to the customer's material, cutting size, production process and automation requirements.

Industry Presence

Global Exhibitions & Industry Experience

We participate in industry exhibitions to present our cutting solutions and communicate directly with customers from different markets. These face-to-face exchanges help us better understand real production requirements and continuously improve our machines for different materials, applications and industries.

Customer Feedback

Trusted by Customers Worldwide

Our machines are used by customers in different industries and markets around the world. Customer feedback, repeat orders and real production results help demonstrate the reliability of our equipment and service. We value long-term cooperation and continue to provide technical support after delivery.

FAQ

Questions Industrial Buyers Usually Ask

Practical answers about materials, cutting capability, configuration and purchasing this machine.

01 What machine can automatically punch and cut nickel strip for lithium battery packs?
A roll-fed nickel strip punching and cutting machine can automatically feed continuous metal strip, punch the required holes or interconnect pattern, and cut the finished component to a programmed length. Custom dies are normally required when the battery connection pattern is application-specific.
02 Can one machine punch and cut battery nickel strip automatically?
Yes. Punching and cut-to-length processing can be integrated into one automatic production sequence, reducing repeated manual positioning between separate punching and cutting operations.
03 Can a nickel strip punching machine make custom battery interconnect shapes?
Yes. The punching die can be developed according to the required interconnect drawing, including rectangular openings, slots, repeated windows and other compatible patterns. The drawing should be evaluated before tooling is manufactured.
04 Can the machine process both pure nickel and nickel-plated steel strip?
Both materials can potentially be processed, but their mechanical properties are different. Strip thickness, hardness, width and required punching geometry should therefore be confirmed before selecting the tooling and machine configuration.
05 Can copper strip also be punched and cut with this type of machine?
Compatible copper strip and other thin conductive materials can be evaluated for processing. Actual-material testing is recommended because material properties affect punching force, die clearance and finished-edge quality.
06 What information is needed to customize a battery nickel strip punching machine?
The most useful information is the material type, material thickness, strip width, finished length, punching pattern, hole or slot dimensions, pitch, dimensional tolerance and expected production quantity. A CAD drawing or clear dimensional drawing is strongly recommended.
07 How do I choose a nickel strip punching machine for 18650 or 21700 battery packs?
Start with the battery cell arrangement and required connection pattern rather than the cell size alone. The machine and die should be selected according to the nickel strip material, thickness, strip width, punching layout, pitch and finished component dimensions.
08 Can the punching pitch and hole pattern be customized for different battery pack designs?
Yes. Punching geometry and repeated pattern spacing can be developed according to the battery interconnect drawing. If several designs are required, each pattern should be reviewed to determine whether separate tooling is needed.
09 How can I reduce inconsistent hole positions when producing battery nickel strips?
Stable roll feeding, accurate material guiding, correct die design and repeatable positioning are important for consistent punching locations. Actual-material trials are recommended when the application has tight hole-to-edge or pitch tolerances.
10 Can I send my nickel strip and drawing for a sample test before ordering?
Yes. Providing the actual strip material and finished-part drawing is the preferred approach for customized projects. Trial processing allows the punching pattern, feeding behavior and finished result to be evaluated before the final machine configuration is confirmed.
Discuss Your Application

Tell Us What You Need to Cut

The fastest way to recommend a suitable machine is to understand your material and finished cutting requirement.

01Material name, width and thickness
02Required cutting length, shape or punching method
03Target output or production requirement
04Voltage and any custom automation requirement
Send Photos / Drawings on WhatsApp

For photos, drawings or sample details, you can also send them through WhatsApp after submitting the form.

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