Guangzhou Winshol Tech Co., Ltd. (Winshol) is an automatic screen printing machine manufacturer based in Guangzhou, China.
Guangzhou Winshol Tech Co., Ltd. (Winshol) is an automatic screen printing machine manufacturer based in Guangzhou, China.
WL-500TB-LTJ
Intermittent cold foil stamping with mark tracking to help reduce foil-film use. Supports webs up to 500 mm wide and a listed foil speed of 0–15 m/min.
Request a QuoteThe WL-500TB-LTJ is a cold foil stamping machine with a mark-tracking, intermittent operating mode. The catalogue describes this arrangement as a way to save cold foil film. It is intended for review where the decoration pattern and repeat layout provide opportunities to reduce foil consumption.
The machine supports a maximum web width of 500 mm. Its specified rewind capacity is a maximum diameter of 600 mm and a maximum load of 60 kg. The listed foil-speed range is 0–15 m/min; achievable production speed depends on the job and process settings.
Provide the foil pattern, print repeat, registration marks and dimensions of the areas that require decoration. Any potential material saving should be evaluated using the actual layout; the catalogue does not specify a fixed saving percentage.
Share the substrate, adhesive, foil specification and upstream printing process so adhesion, curing and machine integration can be reviewed together. The appropriate roller settings and UV conditions must suit the selected materials.
The listed machine dimensions are 1400 × 1300 × 1450 mm, with a 380 V power supply. Confirm the complete installation layout, electrical load and connection requirements with the quotation.
For a combined printing and foil line, compare the WL-350DW screen printing and cold foil machine. Explore the screen printing and cold foil range for related equipment.
Roll-fed materials compatible with the selected cold foil film, adhesive and curing process. Confirm surface treatment, coating adhesion and heat sensitivity using representative samples.
Registered cold foil decoration on roll-fed materials
Foil-saving jobs with separated decoration areas or repeat gaps
| Model | WL-500TB-LTJ |
|---|---|
| Process | Intermittent cold foil stamping |
| Maximum web width | 500 mm |
| Maximum rewind diameter | 600 mm |
| Maximum rewind load | 60 kg |
| Foil speed (listed range) | 0–15 m/min |
| Machine dimensions (L × W × H) | 1400 × 1300 × 1450 mm |
| Net weight | 300 kg |
| Gross weight | 340 kg |
| Machine and UV equipment power supply | 380 V |
| Heated roller power | 7.2 kW |
| Material-feed servo motor power | 0.75 kW |
| Vacuum motor power | 0.4 kW |
| Registration control | Mark-tracking sensor |
Product questions
The catalogue describes a mark-tracking, intermittent operating mode intended to reduce cold foil film consumption. The opportunity to save foil depends on the decoration pattern, repeat spacing and operating settings. No fixed saving percentage is specified.
The maximum web width is 500 mm. The catalogue specifies a maximum rewind diameter of 600 mm and a maximum rewind load of 60 kg. Confirm the roll and shaft requirements for your material before ordering.
The catalogue lists a foil-speed range of 0–15 m/min. Actual production speed depends on the artwork repeat, intermittent sequence, substrate, adhesive, foil and curing requirements; confirm the target output during application review.
The listed equipment comprises the cold foil section, UV drying equipment, heated rollers, a tracking sensor, foil supply and waste shafts, and a rewinder. A screen-printing station is not listed as part of this model. Confirm integration with the upstream printing or adhesive-application process.
The listed machine dimensions are 1400 × 1300 × 1450 mm, with a 380 V supply for the machine and UV equipment. Confirm the full footprint, roll-loading access, electrical load and connections for the final configuration.
Provide the substrate and thickness, web width, foil and adhesive details, decoration artwork, print repeat, registration marks and target output. Include the upstream process and roll dimensions so material compatibility, tracking and potential foil savings can be evaluated.
