FAQs...
and answers for:
Kwikprint hot foil printing systems
If you have reviewed the Kwikprint machinery pages you will already know that these compact, easy to use machines are versatile and offer any business that sells promotional items a whole new range of opportunities! To review the Kwikprint specifications, please visit the product page or call us for more help. Below are some answers to the most commonly asked questions about Kwikprint hot foil printing systems.
Click on a question below to reveal the answer:
- Kwikprint machines don't look like British built foil printers. What is the difference?
Traditional British platen machines operate in a completely different way to a Kwikprint foiling system. Kwikprint machines are designed as a vertical format system - British machines generally operate in the horizontal plane. The advantage of a vertical configuration is that the item being printed always remains in place on the worktable during printing. The print head is the part that moves backwards and forwards. On a British platen system, the product moves in an arc toward, and away from the fixed and stationery print head. The design of a Kwikprint allows for larger, more complex products to be printed with ease that would be difficult on a platen based machine.
- What is hot foil printing?
Foil printing is a printing process that uses a combination of heat and pressure to transfer a design onto a wide variety of products. The print is non ink based and completely dry to the touch at all times. After printing. products can be handled and re-packaged immediately and the foil printing machine does not require cleaning after completing a print run.
- Can I print onto any type of material?
Foil printing can only be achieved on certain substrate materials. It is not possible to print onto clothing such as T-shirts, metal, glass and ceramic based products. A pad printer or screen printer is the preferred printing methodology for these materials
- What are hot foil printing plates made from?
Hot foil printing plates can be made from a number of materials including polymer, aluminium, magnesium, copper and brass. Polymer printing plates can be made in-house using any of our UV exposure units. The remaining plates must be sent away for or engraved on an engraving machine.
- Can I use type if I do not want to have a printing plate made when printing only names or initials?
Traditional printing type is set directly into the self centering type and die holder of a Kwikprint. No other machine offers this flexibility and ease of use.
- Do I need special training and knowledge to use a Kwikprint hot foil printing system?
No, learning the process of hot foil printing is simple and quick, and there is no other machine available that is a simple to setup and east to use as a Kwikprint. Full training is offered to those clients that request it, and on-going support is only a telephone call away.
- Is there a wide range of foil colours and finishes available?
The choice of colours is vast, and generally the range is split into metallic, gloss, matt and holographic finishes. Within these colour ranges, there are specific foils for use on card or paper, plastic, wood and other specialised materials. However, foils cannot be matched to specific Pantone colours
- Are Kwikprint hot stamping systems upgradeable?
Each Kwikprint machine shares the same common parts, so an entry level machine can be upgraded to include more parts as your business grows. In addition, the Kwikprint model 86 is the only manually operated machine that can be upgraded to air operation by the user
- Are there any product constraints?
Hot foil printing machines are normally used to print onto flat products using flat printing plates. However, it is possible to print shapes provided that special tooling to support the product is available and the printing plate must also be shaped to match the profile of the product.
- Can I use a Kwikprint system at my home based business?
Yes. All of the printing machinery that we sell is perfectly placed to be used in a home based environment. The machines are all very space effective and have no special electrical requirements