Carrying cases are used by professionals in a range of manufacturing, business to business and business to consumer industries for the safe transportation and storage of sensitive equipment. While some carrying cases are made for standard uses, such as computer cases, tool cases and instrument cases, other cases are made for specialty applications or are custom cases that are designed to suit a specific equipment transportation need.
Many people, businesses and industries rely on carrying cases to move and transport items safely. With the ever expanding global market, traveling places and the shipping of products have become a must. There are many different types of carrying cases including tool cases, hard cases, soft cases, custom cases, soft luggage, shipping cases, computer cases, plastic cases, ATA cases, transit cases, instrument cases, aluminum cases and many more. Almost all carrying cases are lined with some type of foam padding which may or may not be custom cut for a specific object. Foam may be open cell or closed cell, depending on the amount of impact absorption necessary. This lining provides extra protection for the contents inside any case. Cases can be made to specifically house one item in a custom manner, or made to house many items together all in one place.
Hard cases are typically made out of aluminum, plastic or laminated plywood. Aluminum cases are especially durable as they can withstand harsh impacts while still protecting its contents inside. Cases like these can be found to house disc jockey equipment, musical instruments, firearms, larger digital and video cameras, or anything that is extremely delicate or fragile. For large or heavy equipment, some hard cases are equipped with casters on the bottom for easier movement. Plastic cases are often used for the organization of items such as a tool or craft box.
Soft cases provide less protection than hard cases and are typically made from materials including leather, vinyl, canvas, suede, neoprene and more. They may be sewn by hand or by machine and are available in many different sizes, shapes and colors to fit the customer's needs or for commercial appeal. Cases of this sort are usually used by consumers to protect electronics, travel, or carry a number of objects together from one place to another.
Carrying cases are typically manufactured from one of three
materials: aluminum, plastic or laminated plywood, all of which are considered
hard cases. Aluminum cases are exceptionally hard, providing superior impact
protection as transit cases or shipping cases; rotationally molded plastic
cases are often manufactured to be water-proof and extremely durable, keeping
sensitive equipment safe even in the harshest of conditions. ATA cases are
fabricated from laminated plywood with nickel-plated steel ball corners and
hinge hardware according to Air Transport Alliance shipment case regulations
and are frequently used as shipping cases or as sound and electronic equipment
transit cases. Many of these are considered waterproof cases, which are
completely air tight. However, many carrying case providers also manufacture
soft cases as well. These cases are made from non-rigid materials such as
vinyl, leather, canvas, suede or neoprene. They may be sewn by hand or by
machine and are available in many different sizes, shapes and colors to fit the
customer's needs or for commercial appeal.
Many businesses and individuals rely on carrying cases for a wide variety of uses. Because of globalization, markets and opportunities have opened up across the world and traveling and shipping has become commonplace. Virtually every business benefits from safe and effective transportation and carrying cases contribute to that. Professionals in the aerospace, medical, telecommunication, industrial, manufacturing, electronic, digital, video, photography, construction, sales, defense, music and other industries all rely on carrying cases. Some of the many items that are stored, protected and transported in these cases are laptops, satellites, cameras, firearms, sales posters, musical instruments, handheld tools, televisions and anything else that is delicate, sensitive or fragile. Although ATA cases are used primarily in the sound and music industry, ATA transit cases were traditionally standardized for airline travel and shipment, and ATA cases continue to be used as shipping cases and airline cases for a variety of electronic equipment. Many ATA and aluminum cases are customized to hold sound boards and other electronic control panels permanently, with hinged breakaway sections. Aluminum cases may be small, briefcase-sized or they may be large shipping boxes designed for carrying sensitive lab microscopes, electronic gaming equipment, wine glasses or any other type of delicate product.
Rotationally molded plastic carrying cases tend to be used in heavy duty and industrial settings as shipping cases, tool cases and transit cases for extreme environments while blow molded cases provide low to medium impact resistance as a cost-effective alternative to rotationally molded cases. Plastic cases may also be formed through injection molding where hot plastic is poured into a mold cavity and left until cool. Another kind of hard plastic case is reinforced with fiberglass to form a very durable and stiff material. Shipping cases and tool cases generally are transported from one point to another and back again while under fairly regular and standard conditions. However, transit cases are often used for extreme conditions. Transit cases that meet military specifications, also known as rackmount cases, are made from ultra-durable plastic or aluminum. Capable of being both airtight and waterproof, rackmount cases contain an inner frame that is mounted within the exterior with shocks; this inner frame acts as a replacement to foam padding, offering superior shock absorption for sensitive equipment protection over jarring or rocky terrains. Because of the materials and fabrication methods used, rackmount and transit cases offer high performance durability and dependability. Strength-to-weight ratios differ and certain materials provide attributes that other materials do not.
Fabrication methods influence the strength, shock absorption and fracture resistance of a carrying case, and different case materials offer different benefits. All case types, with the exception of rack mount cases, are lined with foam padding which may or may not be custom cut for specific objects. Foam may be open cell or closed cell, depending on the amount of impact absorption necessary. Aluminum cases are typically fabricated by drawing before being equipped with hardware; many aluminum cases are manufactured to be water and air tight, providing an excellent strength-to-weight ratio and shielding from electromagnetic interference. Blow molded cases are not optimal for high impact, rugged applications, although they may provide cost effective protection in medium to low impact shipping and transportation. Rotationally molded plastic cases have superior grainflow strength, and can withstand impressive amounts of pressure and shock. Some ATA cases do not actually adhere to Air Transit Alliance regulations, being fabricated similarly but without the same strength and impact resistance; true ATA adherence cases conform to strict material and construction regulations, including hardware material and placement such as steel ball corners and large steel hinges, laminated paneling and stress testing. Aluminum and rackmount cases tend to range higher in price, while ATA and rotomolded cases are mid range.
Carrying Cases Manufacturers - New World Case, Inc.
Carrying Cases Manufacturers - Premier Pack International
Carrying Cases - Premier Pack International
Carrying Cases - Royal Case Company, Inc.
Carrying Cases Manufacturers - Royal Case Company, Inc.
Carrying Cases Manufacturers - Royal Case Company, Inc.
- A strong plastic used in a variety of industrial applications, such as an outer laminate for shipping cases.
- An outer corner covering made of aluminum that is on shipping cases.
- Specially treated, non-conductive polyfoam or polyethylene foam material that is ideal for magnetic media cushioning. Useful in in creating a carry case for transporting any sensitive computer equipment.
- The lower part of the case that would sit flat during loading.
- Using wood or foam to support encased items in order to increase the effectiveness of case interiors.
- Rotating wheels set in a metal frame
that provide mobility to heavy objects, such as furniture or electronic
- A space that is usually cut out directly beneath the encased item, which is often used for storage of cables, owners manuals and other accessories.
- A device utilized for attaching several cases together.
- Also referred to as "diced foam," it is one-inch cubes of polyester foam, of which only the corners are left attached to make it easy to remove in order to attain the desired space for an encased object.
- The release of electrical energy usually caused by the shift of electrons from one object to another as the objects come into contact with and separate from one another.
- The application of heat and pressure to create a raised design or logo.
- A shortened term meaning "front to back," typically referring to depth.
- The simultaneous use of embossing and foil stamping.
- The application of a stamp pressed in foil to a surface, in which the foil transfers the outline to the surface.
- Measurement of the durability of an item.
- A slot cut out of the foam specifically to aid in the removal of the item from the case.
- A term meaning "left to right," typically referring to width.
- The maximum amount of weight a case can efficiently handle.
- Artificial rubber used in a wide array of industrial applications that resists wear and tear from chemicals, temperature and hazardous conditions.
- Light, durable plastic material that is resistant to stain from chemicals or other fluids and is not affected by temperature.
- A compound consisting of multi-linked units of elements, such as hydrogen or silicon.
- A strong polymer that functions as both a fiber and a plastic and is more durable but less common than polyethylene.
- Damage incurred from dragging, etc., during transportation.
- Apparatus applied to a case to protect against skid damage.