Semi-Automatic Thermal Lamination
YFMB-1100 Semi-Automatic Film Laminating Machine
Apply pre-coated thermal film to printed paper and paperboard with a practical semi-automatic system for print and packaging finishing.
The YFMB-1100 supports paper widths up to 1040 mm, paper weights from 100 to 500 g/m², and stated operating speeds from 0 to 30 m/min.
- Max. Paper Width
- 1040 mm
- Operating Speed
- 0–30 m/min
- Paper Weight
- 100–500 g/m²
- Lamination Type
- Pre-coated thermal film
Semi-Automatic Thermal Lamination for Printed Sheets
The YFMB-1100 is a split-type semi-automatic film laminating machine developed for bonding pre-coated thermal film to the surface of printed sheets.
Its configuration combines heated lamination, automatic sheet overlap, film perforating and cutting, and corrugated delivery in one production workflow. It is intended for printing and packaging companies evaluating a dedicated thermal lamination solution without selecting a fully automatic production line.
The machine should be evaluated against the actual paper, film, printed surface, sheet dimensions and finished-product requirements. The model name or maximum sheet width alone is not enough to determine suitability for every lamination job.
- Configuration
- Split-type
- Operation
- Semi-automatic
- Film System
- Pre-coated thermal film
- Application
- Print and packaging finishing
Materials and Applications
Compatible Films and Printed Materials
According to the supplied product information, the YFMB-1100 is intended for pre-coated thermal films including:
- OPP film
- PET film
- PVC film
- Metallic film
- Other compatible pre-coated thermal films
Suitable substrates may include printed paper and compatible paperboard within the machine’s stated processing range.
Material compatibility depends on more than the basic film or paper name. Film thickness, adhesive construction, ink condition, surface coating, sheet flatness and the required finished appearance should also be considered.
Sample evaluation is recommended for heavily printed, coated, metallic or unfamiliar materials.
Typical Print and Packaging Applications
Companies planning broader post-press workflows can also explore DSPM equipment for commercial printing applications and book and publication finishing.
Final suitability should be confirmed using the intended paper, film and finished-product requirements.
- Folding cartons and printed paper boxes
- Gift and wine packaging components
- Book, magazine and calendar covers
- Printed paper bags
- Promotional and commercial print products
- Other paper-based products requiring thermal film lamination
From Printed Sheet to Laminated Output
The YFMB-1100 brings the main thermal lamination and sheet-separation steps into one practical workflow. Stable results still depend on correct material preparation, machine settings and operator control.
Prepare the Printed Sheets
Confirm the sheet dimensions, paper weight, print condition and surface treatment before production. Sheets should be sufficiently dry, flat and suitable for the selected thermal film.
Load the Pre-Coated Film
Install the selected pre-coated film and align it with the paper path. Film tension and tracking should be set for stable feeding and even coverage.
Apply Heat and Control Sheet Overlap
The 320 mm heating roller supplies the heat and pressure required to activate the film’s adhesive layer and bond it to the printed sheet. The automatic overlap system controls the relationship between consecutive sheets during lamination.
Perforate, Separate and Collect
After lamination, the film is perforated and separated between sheets. The finished sheets are then transferred to the corrugated delivery section for collection and downstream handling.
Heating Roller
The 320 mm heating roller supplies the heat and pressure required to activate the film’s adhesive layer and bond it to the printed sheet.
Automatic Sheet Overlap
The automatic overlap system controls the relationship between consecutive sheets during lamination.
Film Perforating and Cutting
After lamination, the film is perforated and separated between sheets.
Corrugated Delivery
The finished sheets are transferred to the corrugated delivery section for collection and downstream handling.
Double-Sided Electromagnetic Heating System
This option is intended for applications that require heating on both sides of the sheet. Its suitability should be reviewed against the selected film, substrate and production requirements.
Jogger
An optional jogger can assist with aligning and organizing laminated sheets after delivery.
YFMB-1100 Technical Specifications
| Specification | YFMB-1100 |
|---|---|
| Model | YFMB-1100 |
| Machine Type | Split-type semi-automatic thermal film laminating machine |
| Applicable Film | Pre-coated OPP, PET, PVC, metallic and other compatible thermal films |
| Maximum Paper Width | 1040 mm |
| Operating Speed | 0–30 m/min |
| Paper Weight | 100–500 g/m² |
| Heating Roller Diameter | 320 mm |
| Total Power | 15 kW |
| Machine Weight | Approx. 1900 kg |
| Overall Dimensions | Approx. 4600 × 1760 × 1500 mm |
| Standard Functions | Automatic sheet overlap, film perforating and cutting, corrugated delivery |
| Optional Equipment | Double-sided electromagnetic heating system; jogger |
The figures above are based on the supplied product information. Actual production speed and lamination results depend on the material, film, print condition, operator settings and finished-product requirements. Final specifications and configuration are subject to the confirmed quotation and technical agreement.
Information Required for Model and Configuration Review
To evaluate whether the YFMB-1100 matches a planned workflow, provide the following project information:
- Minimum and maximum sheet dimensions
- Paper or paperboard type and weight
- Film type, thickness and adhesive construction
- Ink, coating and printed-surface condition
- Required appearance and finished-product use
- Target operating speed and daily production volume
- Required optional equipment
- Voltage, frequency and phase
- Delivery destination and expected delivery schedule
- Availability of paper, film or finished-product samples for evaluation
These details allow DSPM to review material compatibility, machine configuration, optional equipment and practical production expectations before quotation.
Why Work with DAIS
Manufacturing Background
DAIS, also referred to as DSPM on this website, traces its machinery manufacturing operations to 1993. The company is based in Lishui Economic Development Zone, Zhejiang, China, with a 50,000 m² manufacturing site and a planned total investment of USD 19 million.
Its production resources include more than 100 sets of CNC equipment, including five-face gantry machining centers, high-precision vertical machining centers and robotic plasma cutting equipment. DAIS has participated in more than 260 international exhibitions, and its machines have been exported to more than 50 countries and regions.
Learn more about DAIS and its machinery manufacturing background.
Project Support
Service and Technical Support
Project support may include pre-sales technical communication, installation and commissioning, operator training, warranty and after-sales support, spare-parts supply, remote support, maintenance guidance and troubleshooting.
The exact scope, availability, response arrangements, costs and responsibilities must be confirmed in the quotation, contract or service agreement for the project. Review DSPM’s Service and Support information for the broader support framework.
YFMB-1100 Frequently Asked Questions
Is the YFMB-1100 a fully automatic laminating machine?
No. The YFMB-1100 is described in the supplied product information as a split-type semi-automatic thermal film laminating machine. Its workflow includes automatic sheet overlap, film perforating and cutting, and corrugated delivery, while the complete operating process is not positioned as a fully automatic line.
Does it use pre-coated film or wet glue?
The supplied specification describes the YFMB-1100 as a thermal laminating machine for pre-coated OPP, PET, PVC, metallic and other compatible films. A wet-glue lamination system is not confirmed in the supplied information.
Can it laminate coated or heavily printed sheets?
Potentially, but suitability depends on the paper, ink, coating, film adhesive, surface condition and required finish. Sample testing is recommended before confirming a production application.
What affects actual lamination speed and quality?
Film type and thickness, paper weight, sheet flatness, ink and coating condition, temperature, pressure, film tension, sheet overlap, operator settings and finished-product requirements can all affect the result. The stated 0–30 m/min range should not be treated as a guaranteed speed for every material.
Can the machine configuration be adjusted for a specific project?
The supplied information lists optional double-sided electromagnetic heating and an optional jogger. DSPM should review the intended materials, electrical requirements, workflow and output expectations before confirming the final configuration in the quotation and technical agreement.