LISHG Flexo Solutions for Titanium Plastic Machinery

CUSTOMER SUCCESS CASE STUDY

Who Is Titanium Plastic Machinery?

Titanium Plastic Machinery is a Latin American supplier of machinery and spare parts for the plastics industry, with product categories covering recycling, extrusion, blowing, injection, sealing, printing, and auxiliary equipment.

What Was the Core Challenge?

The challenge was not simply finding a printing machine. A complete plastic packaging equipment solution must connect printing requirements with substrate type, bag production, production capacity, printing width, and downstream processing.

What Was the LISHG Approach?

LISHG approached the requirement from the application side, evaluating CI and stack flexographic configurations according to plastic films, printing width, colors, speed, registration, and automation requirements.

What Business Value Does This Create?

A properly matched flexographic printing system can help machinery suppliers provide customers with a more complete production route from plastic film processing to printed bags and flexible packaging.

PROJECT SNAPSHOT

01 Customer Profile

Titanium Plastic Machinery focuses on machinery and spare parts for the plastics industry, serving customers with equipment for multiple plastic transformation processes.

02 Product Portfolio

Its published machinery portfolio includes recycling systems, pelletizing, film extrusion, PP extrusion, sealing, printing, injection, blow molding, and auxiliary equipment.

03 Printing Requirement

Plastic bag printing requires the printing system to match film properties, web width, printing colors, repeat length, production speed, and required registration accuracy.

04 LISHG Capability

LISHG provides CI, stack and full-servo flexographic printing solutions covering plastic films, paper, non-woven fabrics and PP woven bags.

CUSTOMER BACKGROUND

BUSINESS CHAIN

Different Film Materials Require Different Printing Conditions

Plastic packaging production can involve PE, PET, BOPP, PVC, non-woven materials, and other substrates. A printing solution that works well for one material may not automatically deliver the same result on another.

The challenge is therefore to define the material range before finalizing the printing configuration.

Printing Must Match the Upstream and Downstream Equipment

When printing is part of a larger plastic machinery solution, web width, roll diameter, film thickness, and bag-making requirements can influence the appropriate printing configuration.

The machine should fit the production chain rather than being selected independently.

Customers May Need Different Production Levels

A machinery supplier may encounter customers with very different production volumes. Some applications require a practical stack configuration, while higher-volume flexible packaging production may justify a CI or servo-driven solution.

One fixed machine configuration cannot efficiently cover every application.

Printing Quality Must Remain Stable as Production Requirements Increase

As printing speed, color count, and design complexity increase, registration, web tension, drying, and ink transfer become more important.

The supplier therefore needs a printing technology partner with multiple machine configurations and clear technical selection logic.

CI Flexographic Printing

For customers requiring stable roll-to-roll printing on flexible films and higher production performance, CI flexographic technology provides a central impression structure designed to support web stability and registration control.

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Stack Flexographic Printing

For applications with different production scales and material requirements, stack flexographic machines provide a flexible configuration for plastic films, paper, non-woven materials and related packaging applications.

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Full-Servo Flexographic Printing

For applications where higher automation, precise motion control and stable registration are priorities, full-servo configurations can be considered for more demanding production environments.

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Web Tension Control

For flexible films, stable web tension is essential for reducing material deformation and maintaining consistent registration during printing.

Automatic Registration

Selected LISHG CI configurations use automatic registration systems designed to improve color alignment and reduce manual adjustment requirements.

Servo Motion Control

Servo-driven printing and web-handling systems can provide more precise motion control for demanding production applications.

Drying and Ink Management

Appropriate drying and ink management are important when running multi-color packaging jobs at higher speeds and with different substrates.

Flexible Width and Color Options

LISHG offers configurations ranging from 4-color to 8-color systems, with machine widths and printing areas selected according to the production application.

Application-Specific Configuration

The final machine should be specified according to substrate, printing repeat, width, colors, speed, ink system and customer production objectives.

01. Material Range

Start by identifying the exact films or substrates the machine will process. PE, PET, BOPP, PVC, non-woven fabric, paper, and PP woven materials may require different machine settings and handling conditions.

02. Printing Width and Repeat

The required web width and printing repeat determine the appropriate machine size, printing cylinder configuration, and overall production envelope.

03. Production Speed and Color Count

The required operating speed and number of colors influence the choice between stack, CI and more automated servo configurations.

04. Integration and Long-Term Support

When printing equipment is part of a broader machinery portfolio, installation, training, documentation, spare parts and technical support should be considered alongside the initial equipment specification.

01 Define the Material

Confirm the film or substrate, thickness, treatment and printing requirements.

02 Define the Output

Determine web width, printing repeat, colors, operating speed and production volume.

03 Select the Machine Structure

Compare CI, stack and servo configurations according to the actual production environment.

04 Confirm Configuration

Review tension control, register system, drying, ink system, winding and automation.

05 Validate Supplier Support

Confirm testing, documentation, installation, operator training, spare parts and after-sales support.

Question 01

What material will be printed?

PE / PET / BOPP / PVC / Paper / Non-woven / PP Woven

Question 02

What printing width is required?

Define feeding width and maximum printing width.

Question 03

How many colors are required?

4 / 6 / 8 colors or application-specific configuration.

Question 04

What production speed is required?

Define target operating speed rather than only maximum speed.

Question 05

What automation level is appropriate?

Manual, servo-assisted or advanced automated production.

1. What type of printing equipment is relevant to plastic bag production?

Flexographic printing machines are widely used for plastic bag and flexible packaging applications. The appropriate configuration depends on substrate, width, colors, production speed, and required automation.

2. Why should a plastic machinery supplier offer more than one flexographic configuration?

Customers may have different materials, production volumes, printing widths, and quality requirements. CI, stack and servo configurations allow the equipment proposal to be matched more closely to the application.

3. What materials can LISHG flexographic machines support?

Depending on the machine configuration, LISHG equipment can be used with materials including PE, PET, BOPP, PVC, paper, non-woven fabric and PP woven substrates.

4. When should a buyer consider a CI flexographic printing machine?

A CI configuration can be considered for flexible film applications where stable web handling, multi-color printing and consistent registration are important, particularly for larger-scale production.

5. When is a stack flexographic printing machine more appropriate?

Stack configurations can be suitable when the customer requires a flexible and practical printing solution for plastic bags, paper packaging, non-woven materials or other applications with moderate production requirements.

6. What information should be provided when requesting a printing machine quotation?

Buyers should provide substrate type, material thickness, feeding width, printing width, number of colors, printing repeat, target speed, ink type, and finished packaging application.

7. Can LISHG customize flexographic printing machines?

LISHG states that its machines can be customized according to customer requirements. The final configuration should be determined from the customer's actual material, production and application requirements.

8. What support is available after purchasing a LISHG machine?

LISHG provides documentation, training and after-sales support. Its published product information also describes installation and commissioning support for international customers.

CASE CONCLUSION

Broader Equipment Coverage

Printing can become part of a broader equipment proposal covering film production, bag making, and downstream packaging.

Better Application Matching

Different machine structures allow the equipment recommendation to be adapted to customer materials and production requirements.

More Flexible Customer Solutions

A multi-configuration printing portfolio can support different production scales instead of forcing every project into the same equipment model.

Long-Term Technical Partnership

A capable equipment manufacturer can support technical selection, customization, installation, training and after-sales requirements throughout the project.

Application Analysis Material and packaging requirement evaluation

Machine Selection CI, stack or servo configuration recommendation

Technical Support Configuration, testing and overseas project support