The old masters probably would have loved to have had the modern stone-sculpting tools that are used today. The loud noise it the compressor that supplies energy to the handle and thus, the chisel.

Giant inflatables manufacturer, Landmark Creations, answers common questions about custom inflatables. In Episode 3, Tom and Stephanie discuss the basics of using cold-air inflatables as trade show displays.

In today’s time, more than its usage, caps have become the coolest fashion accessory in town. They are now treated like jewelry that can easily spice up one’s outfit.

As marketers, if you want other areas to add to your sales, try scouting for the opportunity of selling hats in your shop. If you are interested in this chance, you might know a thing or two in selling hats in your outlet. There is a good opportunity for you to increase your revenue once you use effective hat displays to promote your caps.

You should also understand  your customer base. Your team should understand the caps which you are marketing. Through this, they would be able to share information and offer advice to your clients on the hats they will purchase. It is a need to know that promoting hats is extremely different from marketing clothes for these merchandise have facial rules which can determine if it suitable for your client or not.

One rule in selling hats is to correctly sort it. Sorting  your hats can be done according to: hierarchy. Grouping caps according to gender would be useful for clients to instantly check which is proper for them. Another way is to sort hats according to order such as sorting them from inexpensive to expensive or new stocks vs. old stocks.

Before stocking caps and hats in your establishment, you have to know if your buyers will get your hats. You have to be sure that the cap products you are planning  to retail will be aligned with the clothing line you have in your establishment to give focus to the fact that your buyers  ought to have  this to add pizzazz in their dresses.

In the end, properly place your hats using cap fixtures. If you pair your caps with the right POP display racks, your hats will look more striking in your customers’ eyes. Custom hat display racks can help convince people to purchase your products and this can work as a subtle marketing strategy.  You can begin advertising your cap products to your customers by putting a small sign in front of your shop that you are selling the “most popular statements in town-hats”.

Promoting caps in your shop should not be a problem at all as you know you just have to get good quality POP displays. Buy a customized cap fixture for your store now and see the benefits coming in.

Thinking about using your laminator to create a sign or POP display? Creating signs, stickers or Point of Purchase displays has never been easier. Our new adhesive backed laminating pouches provide a wonderful permanent adhesive to any material during the laminating process.

Sticky Back laminating pouches are incredibly simple to use. In fact, they work just like any other laminating pouch. Simply insert your document into the pouch and run it through your laminator. Even if your laminator doesn’t require a carrier I would suggest using one with Sticky Back laminating pouches (one or two will be provided in every box of sticky back pouches). After you have run your document through the pouch laminator you will find that the front of the document will be conveniently laminated with an ultra clear protective finish. However, the back will have a yellow peel back release liner on it.

When you are ready to adhere your laminated document to a surface you simply need to peel back the release liner and stick your laminated document wherever you desire. Our sticky back laminating pouches provide a permanent adhesive that will stick to almost any smooth dry surface. These adhesive backed laminating pouches are ideal for creating all types of signs, promotions, advertisements, posting rules and regulations, posting safety guidelines and more.

Mybinding is proud to offer: Credit Card Size Adhesive Backed Laminating Pouches, Military Size Adhesive Backed Laminating Pouches, 3” x 5” Adhesive Backed Laminating Pouches, 4” x 6” Adhesive Backed Laminating Pouches, 5” x 7” Adhesive Backed Laminating Pouches, Note Card Sized Adhesive Backed Laminating Pouches, 8” x 10” Adhesive Backed Laminating Pouches, Letter Sized Adhesive Backed Laminating Pouches, Legal Sized Adhesive backed Laminating Pouches, Menu Sized Adhesive Backed Laminating Pouches, and Large Menu Sized Adhesive Backed Laminating Pouches.

No one offers more options in laminating pouches than Mybinding.com.

Trade shows are excellent venues to launch new products, new offers, and upgrades to existing product lines. Why? Because, presuming you select the correct trade shows, your target market is there, accessible, and primed to learn.

Yet there is another challenge: differentiating your trade show displays from the rest of the pack vying for attendees’ attention. One way to set your company apart is to put as much attention into the development of your trade show display as you do the rest of your efforts on behalf of a successful product launch.

Trade show displays can make or break your success in attracting the kind of audience you want for the all-important launch. Starting from scratch to build a custom display ensures that your display will be fresh and in sync with the rest of the marketing supporting your launch.

Custom-built trade show displays allow you to be creative, dramatic, and highly relevant to support your launch in the most powerful way possible. There are virtually no limits to the design options you can use to make your statement and grab attention: graphics, materials, size, elevation, or AV components.

When you opt to build custom trade show displays, there are a couple of tips you may want to keep in mind:

Timing

Building a custom display takes more time than usual. Allow enough time to ensure that quality standards can be used throughout the process and that you are also not stressed out wondering if you will make it in time for your first round of trade shows.

Reverse engineer from the start of your trade show schedule. You will want to allow four to six weeks for large custom-built trade show displays and six to 12 weeks for a mid-size island or smaller.

Cost

One thing you will have to prepare for with the custom display is the cost. It is the most expensive to produce and has the highest operating costs due to size and number of packing crates.

Alternatives

If cost is the dominate concern, consider the following options which also can produce the attention-grabbing drama you want for your product launch:

• Custom Modular Trade Show Displays

Modular displays provide high quality exhibit imaging without the higher operating costs of custom displays.

Modular construction takes advantage of a large inventory of interchangeable pre-designed and engineered components such as back walls, counters, display pedestals and exterior panels. Lightweight structural materials such as aluminum, Plexiglas and high-grade tension fabrics provide simplified assembly, space-saving packing and often 400% lower shipment and handling costs.

The flexible design trend display components allow you to reconfigure the design or size of your trade show booths from trade show to trade show.

Custom modular trade show displays offer design and image quality with substantial savings in operating costs due to less weight and size and number of shipping containers.

• Portable Trade Show Displays

Yet another option is the portable system that offers trade show display versatility. Lightweight portable exhibits are ideal for trade show exhibitors who require ease of use and a variety of display configurations while presenting a distinctive creative image.

Easily set-up, the portable system has a skeletal frame with attachable laminate panels, which simply clip together in virtually unlimited structural styles. Accessories such as bridges, counters, alcoves and backlighting enhance versatility of the interchangeable portable systems.

The trade show portable systems can convert from tabletop to island exhibits in minutes and adapt to almost any trade show display situation with minimal effort. Usually your own booth staffers can transport and assemble the trade show displays themselves saving time and the added costs of drayage and contract workers.

Portable trade show displays are an especially suitable option for the first-time trade show exhibitor and for appearances at smaller, regional trade shows.

Your product launch is critical to your business. Give adequate consideration to the selection of the trade show displays that will support your launch in grand style – you won’t regret it.

Most laser marking techniques involve either engraving the mark into metal or plastic components, or ablating a surface layer to reveal a contrasting material underneath. Both processes usually require high energy pulsed laser systems and of course involve process debris.

Fiber lasers are now a robust industrial tool with a unique series of capabilities that enable a wide range of precision materials processing manufacturing methods. Fiber lasers offer low running costs, a fast ROI, a small footprint and exceptional reliability, and are thus enjoy a growing acceptance within the laser-assisted manufacturing industry as a cost-effective alternative to conventional laser design.

Laser marking is able to generate high contrast, easily readable and durable identification on a wide variety of components for industrial use or consumer products. Computer generated vector or bitmap patterns (logos, barcodes or text) can be engraved or etched using a non-contact process onto metallic and nonmetallic materials, including metals, plastics, glass, electronics, PCBs, wafers, medical devices, sporting goods and packaging.

A combination of a reliable industrial laser, fast and accurate galvanometric imaging systems and convenient computer control provides manufacturers with a unique combination of speed, permanence and versatility that cannot be matched by any other marking technique.

Laser marking processes

Traditionally, laser marking involves either engraving a physical mark onto a surface just as for traditional engraving methods, generating a simple color change in surface, or etching of a surface layer of material to reveal another, highly contrasting layer underneath. Either technique can be used on a broad spectrum of materials, and in addition to generating identifying marks can also form part of an industrial process, for example in electronics manufacture.

The advantages of laser marking include speed, flexibility and the non-contact marking process, meaning that components parts are not stressed by the marking process. The non-contact nature of the process also contributes to low maintenance schedules, as tools do not need to be replaced. Additionally laser marking is also highly repeatable and easily readable (even machine readable).

Stringent Quality Control

A laser engraving process is often used for marking metal surfaces as it is swift, non contact and extremely durable, but is however also responsible for the production of debris – fine metallic particles removed from the surface as part of the engraving process.

Naturally for bearing manufacture there are stringent requirements for process debris. The marking of bearing housings using a laser has thus traditionally combined a “minimal” engraving process with an induced change in surface color. CMS had until recently accomplished this using Nd:YAG lasers, but customer demand was looking for a way around the cost, maintenance, lifetime and reliability issues associated with the Nd:YAG design.

For this application CMS engineers have pioneered the use of a fiber laser from SPI Lasers plc of Southampton, UK – more specifically a 100 W cw/modulated fiber laser usually used for welding and cutting tasks. SPI has been developing fiber lasers for the industrial market for several years, primarily for materials processing applications such as microwelding and microcutting, but also for marking applications.

Switching to the new fiber laser means generating the same thermally induced high contrast mark on the bearing housing, but doing so with less production of debris, at reduced raised recast, and at much greater convenience to the end-user – meaning almost no maintenance, increased lifetime and exceptional reliability.

The 100W fiber laser used in this application typifies the flexibility of fiber lasers as a tool for a wide variety of applications – marking applications are traditionally an application for high energy pulsed lasers, but the performance envelope provided by fiber laser technology allows systems integrators like CMS to redefine these domains.

Advantages of fiber lasers

Many different laser designs have found their way into materials processing applications. Fiber lasers are however revolutionizing many of these applications through a combination of improved optical performance, better system flexibility, high component yield, long up-time and exceptional reliability.

Critical to many marking applications, they do not exhibit the shortcomings in spot size performance found in other laser designs – at all power levels, across all pulse sequences and during the entire lifetime of the laser, the spot size remains small, predictable and consistent.

The small spot size and high beam quality also mean high irradiance at the focus, so manufacturing tools equipped with fiber lasers can produce better results faster and at lower power levels. The focused beam consistently treats only a very small area of material, with the benefit that very little heat is generated in the surrounding area. High quality precision marking, welding and cutting can be performed close (0.1 mm) to the most complicated and intricate component parts.

Factoring in the reliable operation and power modulation flexibility, fiber laser technology is now frequently chosen as an upgrade over conventional flash-lamp pumped solid state, or even DPSS laser technology in many other laser-assisted industrial manufacture segments. The consistent and improved marking performance means reduced maintenance costs, longer up-times and improved production quality with less scrap. Fiber lasers are also exceptionally physically robust and thus suitable for the most challenging of industrial environments.

All of these factors equate to a plug-&-play, maintenance-free architecture for systems integrators looking to cut development, production and servicing costs, with the added benefit of being able to provide the end user with a better, more flexible product. Last but not least, the end user will be able to focus on their business demands rather than having to become laser maintenance experts.

Advantages for industrial manufacturers

In general, the choice of tooling for any application comes down to determining the required performance followed by a trade-off between initial outlay, component yield, uptime and maintenance.

Not only are component assemblies becoming increasingly more complex but, at the same time, more and more demands are being placed on their quality and functionality. The deployment of manufacturing tools equipped with fiber lasers to enhance process control can thus bring important financial advantages for any manufacturer. Coupled with the small footprint, such tools can also open up processes that were previously out of reach for some manufacturers.