CUTOPIX
Industrial Cutting Solution New Energy Material Cutting Machines

PVC Lithium Battery Heat Shrink Film Printing & Cutting Machine HX-200DK-C1

Automatic printing and cut-to-length solution for PVC battery heat shrink film and sleeve material, designed for consistent battery packaging and insulation preparation.

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
PVC Lithium Battery Heat Shrink Film Printing & Cutting Machine HX-200DK-C1
Model
HX-200DK-C1
Cutting Method
Cold
Model
HX-200DK-C1
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-C1 is designed for manufacturers that need to process continuous PVC heat shrink film or sleeve material into preset lengths for battery packaging and insulation applications.

The machine combines automatic material feeding, printing or marking and cut-to-length processing in one production sequence. It helps prepare consistent PVC sleeve sections for cylindrical battery cells, battery packs and other compatible battery products.

Cutting length and production quantity can be programmed according to the required battery sleeve dimensions. The printing or marking configuration can be customized according to the required production information and actual application.

Because PVC heat shrink materials vary in width, thickness, shrink characteristics and printing requirements, actual material samples and finished sleeve dimensions are recommended before confirming the final machine 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.

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-C1
Cutting Length
1-9999mm
Cutting Width
1-95mm
Material Thickness
0.01-4mm(others can custom)
Cutting / Blade Type
Cold
Suitable Materials
PVC Heat Shrink Film, PET Shrink Tubing, Printed Battery Sleeve, 18650 Battery Wrap, Capacitor Sleeve, Heat Shrink Label, Lay-flat PVC Tube
Confirm Before Ordering
Need a recommendation based on your width, thickness and target speed?
WhatsApp Us
Customization Options

Configure the Machine Around Your Battery Sleeve

Instead of forcing your material into a fixed catalog model, CUTOPIX can review the key process conditions and adapt the configuration where required.

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

From Customer Sample to Shipment Confirmation

For customized machinery, verification should happen before the machine leaves the factory. The process below helps reduce uncertainty for overseas buyers.

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.

PVC Heat Shrink Film PET Shrink Tubing Printed Battery Sleeve 18650 Battery Wrap Capacitor Sleeve Heat Shrink Label Lay-flat PVC Tube
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
Cutting Performance

PVC Battery Heat Shrink Sleeve Printing & Cutting Results

Continuous PVC heat shrink film or sleeve material can be automatically processed into individual sections with specified lengths for subsequent battery packaging. Typical finished products include PVC sleeves for cylindrical battery cells, rechargeable battery assemblies and customized battery packs. Sleeve width, cutting length and printing or marking requirements should be confirmed according to the battery dimensions and subsequent heat-shrinking process. Actual-material testing is recommended when dimensional consistency or printed positioning is important.

PVC Lithium Battery Heat Shrink Film Printing & Cutting Machine HX-200DK-C1 input material before cutting
Step 01

Input Material

PVC Heat Shrink Film, PET Shrink Tubing, Printed Battery Sleeve, 18650 Battery Wrap, Capacitor Sleeve, Heat Shrink Label, Lay-flat PVC Tube and similar flexible materials are prepared for stable feeding and cutting.

PVC Lithium Battery Heat Shrink Film Printing & Cutting Machine HX-200DK-C1 automatic cutting process
Step 02

Automatic Processing

Material is automatically fed, positioned and cut according to the programmed length, quantity and process settings.

PVC Lithium Battery Heat Shrink Film Printing & Cutting Machine HX-200DK-C1 finished cutting result
Step 03

Finished Result

Finished pieces are reviewed for dimensions, cutting quality, edge condition and production consistency.

Clean Cutting Result
Repeatable Dimensions
Automatic Feeding
Finished-Part Inspection
Application Scenarios

Where PVC Battery Heat Shrink Sleeves Are Used

Cut-to-length PVC heat shrink sleeves are widely used to provide external covering, identification and insulation for battery cells and battery assemblies. Sleeve dimensions can be prepared according to different battery sizes and packaging requirements.

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 is used to cut PVC heat shrink sleeves for batteries?
An automatic PVC heat shrink sleeve cutting machine can feed continuous sleeve material from a roll and cut it into preset lengths for battery packaging and insulation applications.
02 Can PVC battery heat shrink film be automatically cut to different lengths?
Yes. Cutting length can be programmed according to the required battery sleeve dimensions, allowing the machine to prepare different compatible sleeve sizes for production.
03 Can the machine print and cut PVC battery sleeve material in one process?
The HX-200DK-C1 can be configured for printing or marking together with automatic feeding and cutting. The appropriate printing configuration depends on the required content, position and PVC material.
04 Can this machine cut sleeves for cylindrical lithium battery cells?
Yes. PVC heat shrink sleeves for compatible cylindrical battery cells are one of the typical applications. The material width and finished cutting length should be selected according to the cell dimensions and shrinking requirements.
05 Can it process PVC sleeves for battery packs?
Compatible PVC heat shrink material used for battery pack covering can also be evaluated. Please provide the battery pack dimensions and sleeve material specification to confirm the machine configuration.
06 How do I choose the correct cutting length for a battery heat shrink sleeve?
The required sleeve length depends on the battery dimensions and the amount of material needed for the subsequent heat-shrinking process. Providing the finished battery and existing sleeve sample is the easiest way to confirm the required dimensions.
07 Can the cutting machine process different PVC heat shrink film widths?
Different compatible widths can be evaluated within the machine's configured range. Material width, thickness and roll dimensions should be provided before machine selection.
08 Does this machine also shrink the PVC sleeve onto the battery?
This machine is primarily designed to prepare the PVC material through feeding, printing or marking and cutting. If automatic sleeve installation or heat shrinking is required, please specify the complete production process so the appropriate solution can be evaluated.
09 What information should I provide before ordering a battery sleeve cutting machine?
Please provide the PVC material type, width, thickness, roll dimensions, finished cutting length, battery dimensions, required production quantity and any printing or marking requirements. Photos, drawings and actual material samples are recommended.
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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