Laser print card: Amazon.com : Avery Printable Business Cards, Laser Printers, 200 Cards, 2 x 3.5, Clean Edge (5871) : Business Card Stock : Office Products

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Amazon.com : Avery Printable Business Cards, Laser Printers, 200 Cards, 2 x 3.5, Clean Edge (5871) : Business Card Stock : Office Products

Small Businesses

Put your logo, location and contact information on the front of the card and use the back side to:

– Showcase a list of products or services.

– Promote an upcoming event.

– Offer a discount or coupon.

– Run a rewards program.

– Use as an appointment reminder card.

– Include a map or directions.

– Feature a calendar, tip-rate chart or other useful information so customers keep your card handy.

Realtors

Because you can print as few as 10 cards at a time, realtors can create targeted, marketing materials, customized for every open house, every property for sale, every neighborhood or every client. Use the back side of the card to:

– Feature current listings, including pictures of the home, key features and listing price.

– Advertise open houses, including date, time, map and directions.

– List recent neighborhood sales.

– Include an interest rate table.

– You could even create a customized card for each home you are selling and provide a stack to the homeowner to distribute for you.

Networking

Create personalized business cards to promote yourself at career fairs, networking events, social gatherings and job interviews. Just put your name and contact info on the front of the card and use the back side to:

– Highlight experience.

– Showcase areas of expertise.

– Summarize skills and abilities.

– List credentials, degrees, training or certifications.

– Communicate a personal positioning statement.

– Since you can print just as many cards as you need, you can tailor your cards for specific industries, job opportunities or networking situations.

Other Creative Uses

Plan a date, create picture-perfect place cards, or show loved ones how special they are–with Avery Premium Clean Edge Business Cards, the options are endless. Use them to make:

– Gift Tags.

– Merchandise or Price Tags.

– Coupons.

– Appointment Reminders.

– Raffle Tickets.

– Place Cards.

– Mommy Cards.

– Flashcards.

What Papers & Card Stocks Print Best With Laser Printers?

Your wedding invitation says as much about your wedding as anything. That is why for many people creating the invitation is a big step in planning the actual wedding itself. If you consider yourself frugal, or simply do not have a $10,000 budget, a cardstock printer is a great investment. You can also use the freedom of having your own printer to be more creative than you could be working with an invitation company.

One of the best ways to save money on a wedding is by printing your own invitations. Nobody will notice and there are thousands of templates online you can pick and choose from. To the very simple to the incredibly complex, there is an invitation DIY plan for you and your significant other.

Birthday Parties
It is true that your birthday party comes around once a year. However, when you consider family and friends, there is often a party to attend almost every week. That is why printing customized birthday cards or invitations on cardstock is a great idea. You can easily print batches of 30-50 cards per printing run.

Seasonal Greeting Cards
Whether you celebrate Christmas, Chanukah, or Kwanza each year, the holidays are a great time to send out a personalized greeting card. Since these often include high quality photography, it makes thicker bold cardstock the perfect choice. With the right printer setup and template, you can create a brilliant layout full of brightly colored pages.

Choose your perfect printer

As a person who has spent a long time working in a printing industry, I can tell you that it depends on what you are going to do with it. If you are all about opening private printing industry that will deal will massive orders, you will need a completely different machine from someone who wants to have a reliable cardstock printer installed in his home. Although there are many excellent printers that might suit you, it would be better if I give you some guidelines that you might remember when you decide to buy one of these machines:

  • Make sure that the printer you want can print the size of paper that you need
  • A reliable printer does not cause problems with your software or network
  • Always check the quality of machine’s prints, inspect the image quality
  • Purchase a machine that prints fast and that it is easy to use
  • Make sure that it doesn’t consume too much ink and that it is easy to maintain
  • Always look for wireless printers, especially those with additional software

We hope that we have helped you to find a perfect cardstock printer that meets all your requirements

How to Add Foil to Your Card with a Laser Printer

How to add foil to your card with a laser printer

Today’s project is using a foiling technique that I just love.  Adding foil to your card with your laser printer and a laminator.  The sentiment you see “Thinking of You” is my design and at the end of this post you will find a link to download it FREE to use for personal use.

The card was created for our latest card swap, which was a “Thinking of You/ Pastel Color” theme.  You can join that group by hoping over to facebook and click join.  The group is called Card Maker’s Card Swap and we have some really talented card makers there that participate month after month and I would love to see you there!

This post contains some affiliate links for your convenience (which means if you make a purchase after clicking a link I will earn a small commission but it won’t cost you a penny more)! I only recommend products I truly love. Click here to read my full disclosure policy.

Quick Links in this Post

Supply List

Step By Step Instructions

Today’s card project is using a foiling technique with toner.  I created this “Thinking of You” sentiment and you can download it at the end of this post for free for personal use.  It’s just a PDF that you will need to print in your laser printer to lay down the sentiment in toner. If you do not have a laser printer, you can always take it to a office supply store and have them print it out for you.

Turn your laminator on now before you do the following.  You will want your laminator to be nice and hot by the time you get ready to foil your image.  The laminator that I have takes around 20 minutes to get to optimum heat.  Yours may differ so just test it out.

Printing the Sentiment

First you will need to print the sentiment on cardstock.  I recommend Neenah Solar White 80lb.  I tried printing the 110lb in my laser printer and it was too thick for the machine to handle, so I used the 80lb version.  Neenah Solar White is the perfect paper for ink blending which is what we will be doing today.

Here are some places for you to pick up the Neenah Solar White paper.

Download the Free PDF (scroll down for that link) and open the file.  When you hit print, make sure that you are choosing the option to print ACTUAL SIZE and not print to fit.  This will keep the sentiment in the position you will want it when you go to cut it down.

 

Cutting the cardstock

I have positioned the sentiment on the pdf so that it is very simple for you to cut the cardstock.  You will cut at the 5.5″ on the long side of the cardstock and then at 4.25″ on the short side.  I recommend a rotary trimmer like the Carl because of its accuracy in cutting straight lines but you can use whatever paper trimmer works for you.

Preparing the stencil

I use Pixie Spray to lay a light adhesive down on the stencil so it will not move when I place it on the card stock.  I like to keep the stencil clean on the side that I ink on so I put a small black mark with a sharpie pen on the side that I always spray my adhesive on.

Lay the stencil down on to your card.  I sometimes like to put the stencil down at an angle to give the card some interest.

The stencil I am using is the Honeycomb Stencil from Scrapbook.com but you could use any stencil that you want.  Here are some ideas for other stencils you might like:

Inking up the cardfront

When ink blending, you will need a smooth surface to blend such as this glass media mat that I am using.  You also use a craft mat like this or even some wax paper.

I will ink my blending brush and then apply some down on the media mat first before going on to the paper.  This helps me from laying too much ink down on the paper at first. Then I will blend the ink with the brush in circles, first on the mat and then gradually move on to the paper. I used Distressed Oxide Spun Sugar for the pink ink.  And these makup up brushes from Amazon to blend the ink.

You want to be careful not to put ink on the sentiment because that will cause the foil NOT to adhere to the toner.

I like blending it heavier around the outside and the edges of the paper and lighten up as I get closer to the sentiment.  That will create a bit of a vignette effect around the sentiment and make it a focal point of the card.

Once you have blended the ink all around the sentiment, remove the stencil.

 

Die cutting the edge

I would recommend die cutting first before foiling because if you foil first and then run the card through the die cutting machine, you may find your foil doesn’t look as nice.  Lines in your cutting plates may lay down on the foil.

I used the My Favorite Things Stitched Scallop Basic Edges Die-namic to create an interesting edge to the card front.  Lay it down and use some purple tape on the die so it doesn’t move around.

Next line up your colored cardstock underneath the card front you just die cut.  You will want to try to get the die spaced evenly to align with the card front, but if it is not perfect, don’t worry.  We will fix that later.

Foiling the sentiment

Next you will want cut a small piece of foil that will cover the entire sentiment.  Place the cardstock and the foil in a folded carrier sheet.  I use a piece of copy paper.  Send it through the craft mat like this.

Pro-tip:  Make sure you place the folded side in first into the laminator.  Otherwise you might get the paper stuck in the laminator.  <— Ask me how I know!

It’s very hard to photograph the foil on this card, but trust me it looks stunning.  Scroll down to the final project images and you will catch a few images that caught the light just so.

I absolutely love using this technique to add foil to a card using a laser printer and laminator!

Putting it all together

Adhere the sentiment to the color cardstock and trim

Once you have the card foiled, now its time to put all of the pieces together.  The first thing we need to tackle is getting the card front with the sentiment lined up with the colored cardstock we are going to put under it.  If you were lucky to get it to line up exactly, then you can skip this step but if you are like me, then you will have to do some further steps.

So first lets glue the sentiment card front to the color cardstock.  I use the Lawn Fawn glue because it is liquid and it allows you to move the cardstock around while you are positioning it before it dries.  Make sure the edges where you die cut are evenly spaced.

Next let’s cut a straight edge at the top of this 2 card layer  sandwich.  Use the top layer (the white cardstock) as your guide and cut through both pieces to make a nice straight edge.  I used my Tim Holtz paper trimmer here because this is a small piece and it is easier to cut.

One you have the straight edge, now you can trim the sides.  We want this to ultimately end up being 4.0″ inches wide so you can trim on both sides if you want.  Just be sure to watch where your sentiment is and make sure you don’t cut that.

I had a little bit of foil in an area of the card that it was not supposed to be.  So I used my Tombow Mono sand eraser to get off those bits.

Build up the card front

Now we will glue the small piece of patterned paper to the base sheet of cardstock for the card front.  The patterned paper I used in this project is from AdornIt.com. It’s called Camper Adventures.

Glue the patterned paper down to the bottom of the white cardstock.  The dimensions of this card front base should be 5.25″x4.0″.  I use Lawn Fawn glue for this part.

Next glue the layered cardfront to the base.  For this I used a strong tape adhesive, Tombow Xtreme Glue Runner.  I use this because the card front is heavy with two heavy card stock panels and I don’t want it moving around.

Stampin’ Up! used to sell this as Fast Fuse, but they discontinued it.  I was so excited to hear that it was a Tombow product.  I still use the dispenser from SU but I by my refills from Amazon.

Adding it to the folded card base

Next is the easy part.  Just glue it down to your folded card base.  I use the Xtreme Glue Runner for this as well.

Blinging up the card

The last part of this card project is to add some bling.  I love to add confetti to my cards, and especially cards that I have foiled.  I used the Honey Bee Stamps Aurora Lights Confetti mix.  I love the way they change colors as you move the card, just like the foil on the card.

I like to place the bling on the card first so I can position where I want it.  Then I use my jewel picker to pick up the sequin and place a small dot of glue down, then place the sequin perfectly in place!

It adds alot of interest to the card and I just love how it looks.

 

 

Watch Video

Final Project

The card that I made in this post is one that I created for my latest card swap.  I have a group called “Card Maker’s – Card Swap“.  There is a monthly theme and all are invited to participate.  Check out our facebook group for more information.

Hope you enjoyed this card and got some inspiration for your next card using foil!

Get My Free Thinking of You PDF to Make Your Own Card

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Laser Cut Greeting Cards | Custom Card Printing

If you want to send a more personalized message than those in store-bought mass-produced greeting cards, consider creating your own. We offer laser cut greeting card printing to allow you to design and print your own cards for birthdays, holidays, special events, and any other occasion—even just for saying thank you. Our advanced laser cutting process means you can choose from a variety of shapes, incorporate cut-outs into your design, and add other eye-catching details to create cards that make a memorable impression. 

EnvironPrint laser cut greeting cards are printed on high quality paperstock with rich water-based inks that produce a wide range of colors. Our customer service team will work with you to ensure that your laser cut greeting cards look exactly how you envisioned and arrive when you need them.

 

Highlights of our laser cut greeting cards include:

  • Print on one side only or both
  • Vibrant full color digital printing
  • Cards can be cut to any shape or size
  • Water-based ink with no solvents
  • Fast turnaround times

 

Custom Laser Cut Greeting Card Printing Options

When we say custom, we mean it! Download our file templates to design your laser cut greeting cards and select from the following options:

Finishes

  • Gloss – For laser cut greeting cards that feature photos, gloss is an eye-catching option.
  • Matte – A flat matte finish is a classic choice for laser cut greeting cards.
  • Premium Soft-Touch Matte – Our premium matte option has a unique tactile appeal thanks to its velvet-smooth finish and a high-end look.
  • Premium High Gloss UV – Add depth and dimension to laser cut greeting cards with our high gloss UV finish.

Printed Side

  • Outside Only
  • Outside and Inside

Printing Time

  • 4 Business Days
  • 3 Business Days
  • 2 Business Days

Paper Type

  • 14pt. Cardstock (Economy)
  • 16 pt. Cardstock (Standard)
  • 18 pt. Cardstock (Premium)
  • Premium Recycled Cotton Cardstock
  • Premium Wood Grain Texture Cardstock

 

Ideas for Using Laser Cut Greeting Cards

There’s no shortage of ways to use our laser cut greeting cards. Our customers design them to be used as:

  • Birthday cards
  • Holiday cards
  • Anniversary cards
  • Thank you cards
  • Congratulatory cards

For business owners, designing your own laser cut greeting cards sends a thoughtful message to employees, clients, and customers for the holidays. Artists, illustrators, and graphic designers print laser cut greeting cards in order to promote their work or to sell online, at local retailers, or at art shows and craft fairs.

 

Frequently Asked Questions About Laser Cut Greeting Cards

What does laser cut mean?

Laser cut printing allows us to create greeting cards in specialized shapes and with detailed cut-outs because lasers offer more precision than traditional methods of cutting paper. Laser cutting can create intricate details that make your greeting cards truly special and unique.

Can I print on both sides of EnvironPrint laser cut greeting cards?

Yes, we offer printing on both sides of the paper (allowing you to include a personalized message inside your card) or on one side only to create blank cards that can be used for any occasion.

How can I design my own laser cut greeting cards?

To design your own laser cut greeting cards, choose one of our downloadable file templates, use it to create your custom design, then upload the finished design to our website when you’re ready to request a quote.

How much do laser cut greeting cards cost?

There are many variables involved in determining the cost of laser cut greeting cards. These include the material used, the finish chosen, how many sides will be printed on, and the amount of laser cutting that is needed. Because of this, it’s not possible to offer exact pricing on our product page. Instead, enter your desired specifications, upload your design, and submit it for a quote. One of our team members will get back to you as soon as possible to provide you with pricing details.

What is the minimum quantity of laser cut greeting cards that I can order?

EnvironPrint has no minimum quantity, so you can order a single laser cut greeting card for a special event or occasion or create a sample card to make sure you’re happy with your design and finish choice before you place a large order.

How long will it take to get my laser cut greeting cards?

If you need laser cut greeting card printing fast, EnvironPrint will deliver! Choose the printing time you need when requesting a quote, then use our shipping rates and delivery estimates to select a shipping speed when you’re ready to checkout. With our premium shipping option, your cards will be delivered right to your door 1 to 2 days after printing is complete. If you are on a tight deadline and you need your project extremely quick, please call us immediately at 682-252-0578. We are happy to help no matter how tight the deadline.

 

Why Choose EnvironPrint for Laser Cut Greeting Card Printing

EnvironPrint has been providing small businesses and consumers with a planet-friendly alternative to the conventional digital printing process for years. Our company uses water-based inks made without chemical solvents, innovative 3D-printed digital dies, and sustainably-sourced materials to minimize our environmental impact. With our fast turnaround, responsive customer service, and exceptional value, it’s easy to see why EnvironPrint is one of the fastest growing providers of greener digital printing on the internet.

S5200LX Desktop Laser Engraver | Matica

S5200LX – desktop laser engraver Matica

The S5200LX desktop laser engraver is the only industrial solution on the market to engrave cards with laser technology at low volume production. The system offers the best combination of card production for demanding tasks such as engraving bank cards and display cards, personalizing ID or driver’s licenses, and metal cards.The state-of-the-art laser source and dual modular structure meet the most stringent requirements in terms of flexibility, productivity, engraving quality and processing of thin or customized cards.

Add flexibility with the S522LX Desktop Laser Engraver

The S5200LX is designed to support the release of projects for the issuance of low volume special cards. Thanks to the latest laser technology, the engraving capability provides excellent quality and process speed performance on most materials used for standard and specialty applications, including PVC with polycarbonate and ABS with metal coating.The engraving features of the S5200LX are tailored for requests in financial card issuance – complying with all applicable standards – for both ID cards and government cards, ensuring security and high resolution graphics.

Special applications

S5200LX desktop laser engraver designed to meet growing needs:

  • Programs for financial cards with display and chip cards with limited embossing
  • Plated and PVC / metal combinations, for prestigious financial programs.
  • Driving license or car documents
  • Special series of SIM-cards
  • Decentralized issuance of debit and credit cards

S5200LX – laser engraver for centuries

Laser source fiber has an incredibly long lifespan of 100,000 hours. The compact design allows for mobile repartitioning and will fit into any décor. No other industrial laser engraving on the market offers such a cost-effective solution in terms of capital cost, performance, productivity and controllability.

Efficient and user-friendly card design

CardExchange ™ – Matika card design software, provides an efficient and easy-to-use interface between operator and system. CardExchange ™ offers a card layout editor, layout management and production capabilities, all in one integrated package, highly versatile in functionality and easy to use for production staff.

ID-card printers | Zebra

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ID Card Printers

Prints sharp and colorful images

ZC10L Card Printer


An efficient and cost-effective solution for excellent image quality

Whether you require large ID badges for VIPs, the press or other occasions, the ZC10L is the only large format direct card printer that delivers full edge-to-edge color printing in a single pass, saving time and money …

Industries

  • Hospitality industry

Areas of use

  • Sports events

ZXP 9 Series Card Printer


High reliability and unsurpassed print quality

Print even more cards with stunning image quality, now at 600 dpi.Zebra’s ZXP Series 9 printers produce photo-quality cards with full edge coverage and industry-leading print speeds.

Industries

  • Retail

  • Hospitality industry

Areas of use

  • U.S. Federal Government ID
  • Government issued IDs and cards
  • ID & Access Control Cards
  • Student and Staff IDs and Access Control Cards
  • Personal Gift, Membership and Customer Loyalty Cards
  • Smart cards for travel, gaming and entertainment

ZXP 7 Series Card Printer


High quality card printing

The ZXP 7 Series Printer provides photo-quality card printing.It is used for medium to high volume printing. The ZXP 7 Series delivers fast and reliable performance, offering users exceptional value by lowering the total cost of ownership of the printer. This reliable printer produces crisp, vibrant cards with accurate colors.

Industries

  • Medical service

  • Transport

  • Hospitality industry

Areas of use

  • Medium to High Volume
  • Secure ID & Access Control Cards
  • Retail & Hospitality Cards
  • Educational institutions
  • Print security cards and card lots

ZC300 Series Card Printer


Compact card printers meet all your needs

Print the cards you want at high speed anytime, from virtually anywhere.The ZC300 Series card printers are very compact in design, offering unrivaled usability, security and excellent connectivity, even for the most complex cards.

Industries

  • Hospitality industry

  • Retail

Areas of use

90 014 90 015 Employee badges

  • Admission to educational institution
  • Event and Season Passes
  • Food safety labeling
  • Educational ID Cards
  • Membership Cards
  • Visitor and passenger cards
  • Bank cards

ZC100 card printer


When only the best single-sided card printer will do

The ZC100 card printer offers unparalleled ease of use in a very compact design and a host of additional tools to simplify the integration, operation and management of single-sided card printing.

Industries

  • Hospitality industry

  • Retail

Areas of use

  • Membership Cards
  • Visitor and passenger cards
  • Employee badges
  • Educational ID Cards
  • Event and Season Passes
  • Food safety labeling
  • Visitor badges
  • Admission to educational institution

Quikcard ID solutions


Create professional quality maps

Install the QuikCard ID printing system and print photo ID cards in minutes – no special software skills required.The solution includes everything you need to produce professional quality cards quickly and economically.

Industries

  • Retail

  • Hospitality industry

Areas of use

  • Ready for operation
  • Standard and Professional Packages available
  • Includes software, camera and supplies

Which printer is best for you? We will help you with your choice.

Choosing a printer based on parameters has never been easier. Just indicate your operating conditions and requirements, and we will do the rest.

RF card for laser cutting (Spirit GLS 860x610mm) / Projects

A little story about how we made a map of Russia for our CMIT.

Quite a long time ago there was an idea to make a good place for selfies to mark the places where we visited.
The most logical thing was to make a map of our vast country.
Having started a search on the Internet, we found a wonderful vector file of the regions of the Russian Federation with regions, but in SVG format (Black map in SVG.svg format).

Further search led to a map on the website of one of the ministries, from which the vectorization was made (map by federal districts with regions.cdr). If anyone is interested in how to do tracing here is a video tutorial http: // www.youtube.com/watch?v=UZMZ2dWcNW4.
The next step was cleaning the traced image from artifacts and creating details with separate areas. This is not very fast, it took me 2 days of almost continuous work. If someone is familiar with a more efficient way of processing tracing into a high-quality picture, except for tedious manual labor, please share.
The places where the regional centers are located were transferred to the resulting map with the help of a “contour map”.
In order to make a map of the maximum size on a laser with a field of 860x610mm (in our case it is 1100x640mm), it is necessary to break it down into parts that fit into the laser field. At first glance, it seems that it would be enough to split the map in half, but the geography and size of the cut material (750x500mm) have made their own adjustments. As a result, we got 5 sheets for cutting / engraving (final map with a breakdown by sheets.cdr).
After cutting, the map consisted of parts in the shape of federal districts.These parts are glued together with ovals. The ovals have concentric circle slots on the inside to improve gluing efficiency.

3 brackets are used for wall mounting (.cdr mounts).
Before fixing wall mounts, I highly recommend measuring the geometry of your wall, for example, our card is located between two blocks of sockets, and it was necessary to calculate in advance the places for gluing the mount on the card.

P.S. Settings for cutting / engraving at 40W laser power, DPI 1500; PPI 1500;
COLOR SPEED POWER:
Red 100 100 engraving;
Blue 100 100 cutting;
Black 4 100 cutting.

Which is better: laser or inkjet

When a printer is purchased for a fairly narrow range of tasks, then there are no big problems with its choice. It is much easier to choose a technique if it will be used, for example, exclusively for printing photographs or text documents. Usually, in this case, we are talking about professional companies (photographic laboratories, printing houses, etc.). But, for home purposes, a universal device is most often chosen that could perform several tasks.Then doubts arise which type of printing is preferable.

So, the choice of a printer will depend on what exactly it is needed for:

• printing in an office environment;
• home printing, which may include printouts of books, magazines and various documents;
• photo printing;
• for educational purposes – printing term papers, tests, abstracts, etc.

When the print tasks are defined, half the job is done. Now you need to understand the features of inkjet and laser printers, their advantages and disadvantages.This will lead to a conclusion about which type of printing is best.

Inkjet printing

An inkjet printer prints with liquid ink, which can be of various types. It copes well with various tasks, so it is often preferred to buy for home use.
This printer is always in color, so it can be used for printing photographs, due to which it is purchased by photo studios, design agencies and other organizations involved in the production of large-format advertising products.

Significant advantages of inkjet:

• Excellent color rendition and high level of picture detail.
• Affordable price. These printers are much cheaper than laser printers. Plus, a set of inkjet cartridges costs less than refilling laser cartridges.

• Compactness.

• Modern device models can provide a fairly high print speed.

Among the disadvantages: the need to frequently replace cartridges in case of intensive use, fast drying of the print head during prolonged idle time.In addition, the older generation of inkjet printers is slow to print.

Laser printing

Powder toner is used in laser printing, so there is no problem of ink drying. A black-and-white printer is used to print text documents, and a color printer is used for booklets, various images, etc.

Among the main advantages of laser printing:

• Resistance of the received text documents and images to water and light.
• Quiet process of work.
• Ability to print large volumes of paper in a short period of time.
• The printer can handle heavy loads well.

But, there are also disadvantages (compared to inkjet printers): consuming more electricity, takes up more space, emits ozone during operation, and is more expensive.

Whatever is better: laser or inkjet

To say with confidence that, for example, laser printing is better than inkjet is fundamentally wrong. Having weighed all the pros and cons of each type of printing, we understand that there is no ideal option.Everything will depend on where and for what purpose the printer will be used.

A laser black and white printer is suitable for home and office, if you will print mainly texts. It is also a great option if you have to print a large number of documents (due to the high speed of work and the ability to withstand impressive loads).
A color laser printer is preferable for use in an office environment, as many simply cannot afford it for private use due to its high cost.Now for inkjet printing. These types of printers are ideal for those who need to print text documents and various images at home. He copes with these tasks with dignity, has an affordable cost. It may not print very quickly, but usually this is quite enough for ordinary users.

So before deciding between inkjet or laser printing, consider what types of documents you will most likely need to print.This will determine which option is preferable for you.

90,000 flags, printing on fabric, large format printing, computer embroidery, laser cutting and engraving, pad printing, plastic cards, printing, signboards, mobile stands, souvenirs, seals and stamps

Sublimation Digital Printing on Fabric

Provides high color fastness even with multiple washes. Suitable for the manufacture of all types of clothing, souvenirs, interior products, as well as for all types of advertising media for interior and outdoor use.Maximum print width 160cm. The print length is limited by the length of the roll. Printing is carried out on white or light-colored fabric. The composition of the fabric is 100% polyester. Full color printing from one copy is possible! More details …

Large format printing

Large-format Printing on Banner, Canvas, Paper, Film The construction mesh is carried out on modern Japanese equipment MIMAKI, which provides the highest quality printing for indoor and outdoor use. The durability of the dye when used outdoors is more than 3 years! More details…

Thermal transfer printing

Applying images to textiles using special thermal transfer materials. Unlike dye-sublimation printing, transfer printing materials have their own thickness, so it is sometimes felt on the material after application. It can be applied to ready-made clothes and any textile products.

Silkscreen

Silk-screen printing is a technology for applying paint by pressing through a stencil.Excellent durability, the ability to apply both to the cut and to finished products. Printing on various materials is possible: fabric, paper, wood, plastic, ceramics, etc. the minimum batch of products is 50 copies.

Computer embroidery

Computer Embroidery is carried out both on a cut and on finished products. Computer Embroidery is carried out on professional industrial equipment. With the help of computer embroidery, a variety of tasks are realized: from embroidering logos, inscriptions and pictures on clothes, souvenirs and gifts, to embroidering banners, emblems, panels.We Embroider from 1 copy. We work with Private and Corporate Orders.

Clothing industry

Our own Sewing Production is equipped with a large fleet of professional industrial-grade equipment. We sew a wide range of products: from small souvenirs to large-format panels and all types of clothing. We work with corporate and private orders.

Laser Cutting & Engraving

Laser equipment is used for a wide range of tasks: making plates and souvenirs, making interior decor elements, seals and stamps, engraving logos and images, cutting plastic, wood, paper, cardboard, leather, etc.etc.

Pad printing

Pad printing is used to apply logos and images to souvenir and gift products.

Printing on Ribbons

Printing on tapes is carried out in various ways. The sizes of the tapes can be any from 5 mm. Printing on ribbons is used for the manufacture of such products as: ribbons for badges, for medals, labels and tags, packing tape, ribbon, chest ribbons, award ribbons, ceremonial ribbons, St. George ribbon and tricolor ribbon.

Advertising Production

Advertising Production – a wide range of technologies required for the production of advertising products – from souvenirs to signboards.

Plastic cards

Own Plastic Card Production Line. We produce Plastic Cards with various types of personalization: barcode, magnetic stripe, signature strip, text numbering, embossing (extrusion), scratch stripe (erasable layer).Any circulation – from 10 pieces!

90,000 metal to metal – Smart Engines.

05.06.2020

All new technologies are based on knowledge and analysis of where they came from and how they have changed over time. To improve the technologies for recognizing bank cards, which we are engaged in at Smart Engines, it is very useful to know where bank cards as a technology originated, their history and how they have evolved over a hundred and a little more years.

In the modern world, instant payment using a bank card or even exclusively its electronic counterpart in a mobile phone will surprise no one. At the same time, the card itself – a piece of plastic or – for extra-premium options – a valuable metal, continues to develop as an independent product. Today, it may seem surprising for most of the world’s inhabitants, the fact that bank cards appeared long before the creation of the WWW (Internet), and the embossed inscription, which today is used, rather, to protect the card from counterfeiting and give it a “status”, was the first a prototype of automatic customer data entry.

About what a bank card and glasses case have in common

The first prototypes of payment cards appeared at the beginning of the 20th century and were made of cardboard. They were not required to be overly durable; they were not inserted into ATMs or other readers. They only had to be presented when making a purchase in a store, cafe or gas station. There was no need to talk about any integration of the card with a unified information banking system: the task of the first cards is to identify the owner and indicate his solvency in a particular chain of stores, gas stations or food chains.Today we would call these cards loyalty cards.

In the early 1920s, payment cards began to spread in the fuel trade. In 1924, the General Petroleum Corporation in California began issuing what they called “courtesy cards,” and other networked gas stations quickly followed suit. Cardboard payment cards have been issued to loyal customers throughout the United States. With this card, the customer could pay for gasoline, as well as buy related products at any of the network stations, which could be located at a considerable distance from each other, which made it possible to keep the customer traveling around the country.

The first maps, like other documents, were made of cardboard. Since they were used much more often than, say, a passport, they quickly deteriorated and had to be changed, which caused inconvenience both to the organizations that issued the cards and to customers. A large-scale modernization of the cards took place in 1928, when the Boston-based company Farrington Manufacturing, specializing in the manufacture of metal engraved boxes and cases, released the prototype of the metal loyalty card – Charga Plate, which quickly became common in retail chains.

Embossing as a step towards artificial intelligence

On the issued cards, the owner’s data was embossed. The buyer, making a purchase, handed over the card to the seller, who, using a special press – an imprinter – made an imprint of the buyer’s card on the receipt. That is, the card served as an imprint confirming the purchase of the goods by the cardholder. Embossing simplified and accelerated the interaction between the buyer and the seller, as it eliminated the need for the seller to manually fill out the sales receipt and enter the buyer’s data into it.If you imagine this operation in the modern world, then, in fact, with the help of such a card, a seal was put on the check, confirming the purchase of goods by a specific client.

The innovation, as advertised, saved time dictating a name to a salesperson, made it possible to identify a customer at any store, and reduced the likelihood of mistakes when filling out a shipping address and invoicing. And Charga Plates existed until real credit cards came into use. Such a card (never used!), Which has become a rarity today, can be bought at the auction:

www.ebay.com

A hand-held embossing device, a method for inscribing metal plates, and a device for setting an impression on a slip were patented, as was the Farrington signature OCR 7b font. In fact, with the developed and patented technology for manufacturing metal embossed tokens, the history of pattern recognition – Optical Character Recognition, OCR – began, on which the principles of bank card recognition are based today.

Cards with an embossed name of the owner and an individual number have survived to this day and are used in places where trade is conducted in the absence of the Internet: as before, the card is “rolled” in a specialized device, which leaves an imprint of the data on a paper “slip”.The cardholder leaves with the purchase, and the merchant goes to the phone and authorizes the payment by phone. The traveler encounters such procedures in countries where the development of trade is ahead of the development of information technology.

Chip is not a luxury

Bank cards, which appeared in the middle of the 20th century, were already a more complex payment instrument, the task of which was not only to identify the client, but also to provide the seller with information about the state of his bank account, as well as to ensure the fastest possible interaction with the bank and the transaction.Magnetic stripes appeared on the cards, containing the necessary data, and later the cards began to be equipped with an electronic chip, which ensures faster interaction with the cash register.

Until recently, the cards did not evolve significantly in their form and appearance. Created in the format of a standard business card – about 55 * 90 mm in size (today the standard specifies the exact size of 85.6X53.98X0.76 mm), they exist today, conveniently fitting into a wallet. On the card, as before, the main details remain the name of the client and the number of the card linked to the current account.The account number encodes the type of payment system used, the bank identification number and the client’s personal number.

The format of the credit card number today is defined by the international standard ISO 7812. In most cases, the credit card number consists of 16 digits. Such numbers are used by the world’s most common payment systems VISA and MasterCard. In this case, there are card numbers consisting of 19 or 13 digits.

What’s in my inscription to you?

The first 6 digits of the number are the unique number of the bank that issued the card – Issuer Identification Number (IIN) or Bank Identification Number (BIN).

In this case, the first character of the number applied to the payment card identifies the payment system in which this card operates. The card numbers of the ancestor of Diners Club credit cards, as well as the American Express system, or the regional Japanese payment system JCB begin with the number 3, the number 4 indicates that the card belongs to the VISA system, 5 – belongs to MasterCard (Diners Club cards are issued with the same number in the first position in the United States and Canada). With the number 6 in the first place, cards are issued by the Discover, Laser and InstaPayment payment systems.The Russian payment system MIR uses the number 2.

in the first position.

The numbers in positions from 7 to 15 form the Account Number – the number of the account holder, unique for each client. The last digit of the number is a checksum (Checksum), calculated according to a certain algorithm and necessary to check the correctness of the entered data.

Most cards bear the name and surname of the cardholder. The name is usually applied in Latin characters in international transcription, sometimes duplicated in the national language.On the face of the card, as a rule, its validity period is also indicated.

The first four or six digits of the payment card number are duplicated under the first four digits in the “OCR 7b” font, which are displayed on checks and payment receipts. Other information may be indicated on the face of the card to simplify the identification of the card. On the back of the card there is a verification code: in the VISA system it is called CVV (card verification value), Master Card CVC (card validation code), in the MIR system – card verification parameter), consisting of three digits.They are an additional step in protecting the card from unauthorized use, but now they are losing their relevance due to the development of multi-factor authentication methods.

When the electronics do not help out

Automation of the processes of interaction between bank cards and payment terminals allowed banks to move away from the embossing principle when issuing cards for mass use, simplifying the process of personifying a plastic blank, while expanding the possibilities of its electronic filling.Today, the magnetic stripe on the card is duplicated by a contact and contactless chip, which allows interaction with terminals without having to insert them into a reader. User details are applied to the card using less expensive methods of laser printing, indentation and flat printing than embossing.

It is important that with the development of the field of remote payments using a mobile phone, again, like a hundred years ago, there is a need to develop and improve technologies for automating the entry of card data into payment systems where interaction at the chip level is impossible.The card again becomes a carrier of visual information that is important for making a payment. Only now the task is to simplify entering data into the system not for the seller, but for the user.

The modern technology of automatic recognition of bank cards Smart CardReader, like the first mechanical machines that affixed an imprint of a card on a slip, is aimed at automating the recognition and input of details from various bank cards. The system automatically finds and recognizes the number, expiration date and name of the holder on cards of different formats and different types of printing.

Non-standard map: marketing or something else?

A bank card has long become an everyday item used by billions of people around the world. The bank card market is developing independently, and therefore banks are trying to attract customers with cards that differ significantly from competitors’ cards.

Despite the complexity of electronic identification systems in bank cards, visually, they do not significantly differentiate the client as a cardholder.In the struggle for customers and emphasizing their premium status, banks issue non-standard cards using special color and design solutions, creating a textured and mirror surface, using various lamination and foiling methods.

New materials – transparent and textured plastic – began to be used in the production of cards. And again – like a hundred years ago – metal cards appeared, but not copper, but from precious and simply expensive alloys. In addition, some banks issue cards of non-standard size, as well as with atypical placement of the main details: in a vertical orientation or on the back.

All these non-standard moves, of course, have a positive effect on attracting a client, but they cause trouble for systems associated with the processing of such cards. We are constantly developing our Smart CardReader technology and taught it to successfully cope with the difficulties of recognizing cards associated with artifacts that arise when using unusual materials and with non-standard location of requisites. Even if the card is kept upside down.

Learn more about Smart CardReader software and its applications
Smart CardReader
Smart Code Engine

Download the mobile demo application and try Smart CardReader recognition technology in action

90,000 Skolkovo told about laser printing with living cells

Moscow hosted the third scientific conference on bioprinting and biofabrication, held jointly by the laboratory of biotechnological research 3D Bioprinting Solutions and the Skolkovo Innovation Center.Professor at the University of Hannover. Leibniz, head of the nanotechnology department of the Hannover Laser Center, Boris Chichkov, and scientific director of the 3D Bioprinting Solutions Laboratory for Biotechnology Research, Professor Vladimir Mironov, spoke about the key technologies used in laser printing with living cells and the achievements in this area.


3D bioprinting is a field of regenerative medicine that also includes cell therapy and tissue engineering.

“Organ bioprinting differs from tissue engineering in that it uses a robotic device, that is, the technology is based on robots.Second, it is not enough to use a robot, you need to use information technology, that is, each building block is nested according to a digital model, “Mironov said.

The main idea of ​​bioprinting, or bioprinting, is the collection of tissues and organs from conglomerates of cells, like a constructor. According to Mironov, bioinks are tissue spheroids (densely packed aggregates of living cells) capable of self-shedding, and bio-paper is a hydrogel into which “drops” of living matter are embedded.The assembly itself can be carried out on bioprinters. By the way, in 2014 the first domestic 3D bioprinter called FABION was presented.

What does laser printing of three-dimensional structures have to do with it? “We use a technology called two-photon polymerization. With this technology, you can create real three-dimensional structures,” says Chichkov.

Two-photon polymerization is a laser method for producing a three-dimensional structure according to a previously developed model.

According to Chichkov, in this way you can not only print a three-dimensional structure, but also “structure” it inside. “This allows for 3D scaffolds,” he says. The word scaffold is translated from English as “scaffolding, scaffold”, in other words, “scaffold” is a supporting structure.

Note that scaffolds are three-dimensional matrices whose main function is to provide a mechanical scaffold for cells.

There are already three 3D printing systems in Russia.In particular, one of them is located at the Institute for Problems of Laser and Information Technologies of the Russian Academy of Sciences (IPLIT RAS).

This technology allows the creation of hybrid polymers. “We have developed these materials. They have such a property that if you create a model in a computer, you can print it into a material. At the same time, there is practically no compression of the structure,” Chichkov says. In addition, it is possible to create three-dimensional structures: the size of an element can be less than 100 nanometers.

According to the scientist, one of the most interesting areas of application for this technology in the coming years may become the creation of so-called organs-on-a-chip. Such a device will help simulate the behavior of an entire human organ (for example, when taking certain medications).

What is needed for laser printing with living cells? The matrix is ​​a biological basis, which must be identical to the natural one, in other words, it must consist of a person’s own cells. “Cells and bioactive materials are also needed.You can use, for example, a mouse or a human as a bioreactor, where this scaffold can be placed, “Chichkov explains.

Let us explain what the process of printing with living cells is. A hydrogel with living cells in it is placed on the upper thin strip of material. At the bottom is the substrate on which the printed object will be applied. Under the influence of a laser pulse, the energy absorbing layer creates a shock wave. It, in turn, transfers biological objects (a drop with cells) to the lower substrate.

But it’s not that simple. “One of the main problems is how to insert blood vessels into the resulting scaffold,” Chichkov says.

According to him, now scientists are investing a lot of effort in the development of this direction. Experiments show that sometimes good capillaries are obtained, sometimes not. “Basically, I hope this will be possible,” he adds.

The key advantages of laser printing with living cells are that you can work with an arbitrary number of cells and with any material of any viscosity.”This means that we can put a lot of cells into the hydrogel, and we can create a high concentration of cells. The technology guarantees high cell survival: after printing with stem cells, they remain in culture for several days. We observe that the structure remains the same as it was. These stem cells can then be differentiated into cartilage or bone. This technology is compatible with everything that you can do with stem cells, “- said Chichkov.

According to him, technology does not affect cells.”It even has a certain stimulating character on cells, but it is rather difficult to prove this experimentally. In any case, everyone agrees with our conclusion that laser printing does not affect cells,” he says.

It is also important that lasers can automate the printing process. “All your machines are now laser welded, it’s the same here,” the scientist said.

If you can’t surprise anyone with bioprinting today, the researchers amazed the audience with new projects.So, Chichkov reported about the “seal” by earth and microorganisms. The fact is that today scientists have cultivated only one percent of the existing microorganisms. The remaining 99% remain outside research. The difficulty lies in the fact that a tiny volume of soil contains a whole universe of microorganisms, it is extremely difficult to study each individual species in this case. But if you grind the earth …

“The fact that we can print small pieces of land that contain only a few microorganisms allows us to access new types of microorganisms and then cultivate them.And we hope that new antibiotics will be created along this path, “says Chichkov.

Mironov also intrigued with a new project called “tissue gun” (tissue gun). “We decided to create something that has never been. What is Russia known for? The fact that we produce a Kalashnikov assault rifle. And we want to create something that does exactly the opposite – a tissue gun. But how it works and what’s inside, we are still we will not tell, “the scientist intrigued the audience.

Another interesting project is related to the problem of hair loss.According to Chichkov, in order to grow hair in the skin, cells are needed, which are “created” by the hair root. For this, it is necessary to use “bags” in which it will be possible to grow hair follicles (follicles). “Such elements were created by Mironov’s team. They were called capillinser,” Chichkov said.

According to Mironov, the name “capillinser” is derived from the words “hair” (capillo in Latin) and “insert” (insertion).

One of the possible technologies for combating baldness will be as follows: “The skin is taken, holes are made with a laser, capillins with cells of the dermos and epidermis are inserted there, the hair begins to grow, and the capillins degrade.After some time, there will be no people on Earth who do not have hair, “a Russian scientist tells about the new project.

Of course, when laser printing with living cells ceased to be a scientific fantasy and became quite real, the question arose: “Is it possible to print a person and what is required for this?” “A person weighing 100 kilograms consists of ten to the fourteenth power of cells. And today’s technology will allow you to print an array of a person in two hours and forty-seven minutes.

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