The engineering process is a methodical series of steps that engineers use in creating functional products and processes. The process is highly iterative – parts of the process often need to be repeated many times before another can be entered – though the part(s) that get iterated and the number of such cycles in any given project may vary. The engineering process steps tend to get articulated, subdivided and/or illustrated in different ways, but they generally reflect certain core principles regarding the underlying concepts and their respective sequence and interrelationship.
In this article we look at 20 Excellent Engineering Process Video Examples that are on the spot. Watch these videos to get ideas for marketing your own engineering process offering. Here we go :
Walter Tigertec Engineering Process Video
Walter, with the combination of new grades and new geometries has created a new cutting material generation: the Tiger▪tec® Silver ISO P Generation. To achieve this, they have combined the unique Tiger▪tec® Silver cutting tool material with CVD coating process with a completely new, universal insert geometry range (FP5, MP3, MP5, RP5) for steel machining (WPP10S, WPP20S, WPP30S). The engineering process video shows that using the Walter Tigertec® Silver, the results are impressive with substantial increase in output.
Recoil Engineering Process Video
The Recoil screw-locking insert is designed to provide a screw-locking feature which will retain screws or bolts under the most severe vibration or varying temperature conditions. The insert locking configuration comprises a series of uniquely designed locking chords which, upon the engagement of a screw or bolt, deflect radially to permit the installation of the bolt. Upon bolt entry, these straight segments are flexed outwardly, creating pressure on the bolt. The engineering process video highlights the pressure applied between the flanks of the bolt thread so that contact area is maximized.
Halliburton Geo-Pilot Engineering Process Video
The cornerstone of the Sperry Drilling services’ Pilot™ Fleet of automated drilling systems, the Geo-Pilot® rotary steerable system delivers unprecedented speed and up to a 20 percent reduction in non-productive time. Using point-the-bit technology, the Geo-Pilot rotary steerable system precisely steers the wellbore while rotating the drillstring to increase ROP and reduce drilling days. The engineering process video shows how Geo-Pilot service delivers real-time continuous at-bit steering control and formation evaluation to provide an accurate assessment of the wellbore position at all times.
Dema Formworks Tunnelling Engineering Process Video
Dema Formworks offers a range of specialized formwork solutions to infrastructure, commercial and residential construction projects. From complex Tunneling Formwork to simple Box Culverts through to specialized Tunnel Formwork for quick building of mass construction residential projects. The engineering process video explains why Dema Formworks is ideally situated to serve its ever expanding customer base worldwide.
ALLU Mining Engineering Process Video
ALLU designs, manufactures and markets products for environmental care, improving recycling methods and the processing of different materials. The ALLU Transformer is built for efficiency. By reducing the number of process steps needed, this hydraulic attachment enables you to achieve maximum efficiency on job sites, across all kinds of applications. The engineering process video explains how ALLU truly transform the way you work forever.
Nissan Car Engine Engineering Process Video
Nissan Motor Co has come up with a new type of gasoline engine it says may make some of today’s advanced diesel engines obsolete. The new engine uses variable compression technology, which Nissan engineers say allows it at any given moment to choose an optimal compression ratio for combustion – a key factor in the trade-off between power and efficiency in all gasoline-fuelled engines. The engineering process video elaborates the processes involved in the Nissan car engine.
Mirage Machines Engineering Process Video
Subsea Diamond Wire Saws (DWS) are designed for underwater cutting of horizontal or vertical pipe and structure. Five models are offered to sever from 4in – 84in O.D. (DN100-DN2100), with custom sizes available by special order. Running on hydraulic power the DWS utilizes a wire cutting element infused with industrial diamonds.This allows it to cut quickly and resist the compressive forces that tend to stall or bind conventional saws. The engineering process video demonstrates that the Diamond Wire Saw is ideal for quickly cutting through dissimilar materials.
Loire Gestamp Engineering Process Video
Loire Gestamp is a company engaged in the design and manufacturing of all types of hydraulic presses. It uses cutting-edge technology and has extensive experience in the sector, thereby ensuring clients receive the best service. It also offers great flexibility in terms of adapting its products to the specific needs of each project. The engineering process video demonstrates the press hardening process of heating the material until it becomes malleable.
Flex-Hone Engineering Process Video
The Flex-Hone is the industry solution for all of your surface finishing and deburring needs. Brush Research Manufacturing is the inventor and manufacturer of the The Flex-Hone. BRM has been in the business of solving difficult finishing problems with brushing technology since 1958. The animated engineering process video highlights the benefits of this amazing honing tool.
TRUMPF Laser Cutting Engineering Process Video
TRUMPF has an ideal machine for laser cutting to meet any requirement, regardless of the type of sheet metal you need to process. They provide targeted advice when choosing between CO2 and solid-state lasers and find the best, most cost-effective solution for you. The 3D engineering process video shows that the intelligent beam monitoring automatically controls the focal position during the laser cutting process and keeps process reliability consistently high.
Intel Chip-making Engineering Process Video
Intel creates industry-leading and world-first silicon products. These Intel® chips are some of the most complex devices ever manufactured. They are made by creating tiny patterns on a polished 12-inch silicon disk, in part by using a process called photolithography and depositing superthin layers of materials on top. The animated 3D engineering process video gives substance to Intel’s advanced manufacturing technology involved in chip making.
Voith Retarder Engineering Process Video
Not just the brake is in action when trucks and buses come to a stop: When retarders by Voith are used, up to 90% of all braking operations can be achieved without any wear. Your brake is always available when the situation gets dicey. The benefits are numerous: More comfort, reduced wear, less time spent in the shop, higher average speeds, and increased transport capabilities. And the environment will have a benefit from lower emissions. The 3D engineering process video explains how the retarder operates cost-efficiently, being eco-friendly.
Arconic Engineering Process Video
Recoil helically wound wire thread inserts can be used to strengthen threads, giving applications a longer life. Each insert sharing the load over the entire bolt and hole, improving holding or pull out resistance. With a Recoil insert installed, a more even distribution of load and stress can be achieved. Recoil inserts are generally made of type 304(18-8) stainless steel wire rolled into a diamond shape cross-section. The animated engineering process video describes the aid in tooling provided by Arconic.
EOS M 100 3D Printing Engineering Process Video
The EOS M 100 is an industrial 3D printer made by the German manufacturer EOS. The EOS M 100 is based on the DMLS (Direct Metal Laser Sintering) 3D printing technology developed by EOS. This 3D printing technique uses a fibre laser to melt and fuse fine metal powder. Layer after layer the 3D object is built. The 3D engineering process video shows how this 3D printing method allows to create 3D printed products with complex geometries including elements such as freeform surfaces, deep slots and/or coolant ducts.
TRUMPF Laser Welding Engineering Process Video
Laser welding systems from TRUMPF are the ideal tool when it comes to welding metals or other materials. They can be used to optimally join materials with high melting temperatures as well as high heat conductivity. Benefit from higher productivity and quality in comparison with conventional welding processes: less preparation is needed for joining and the welding speed is up to ten times higher than with other welding processes. The animated engineering process video highlights the features of TRUMPF welding systems.
EMAG Vertical Turning & Grinding Engineering Process Video
EMAG’s combined turning and grinding centers VSC 250 DS, VSC 400 DS and VSC 400 DDS combine the advantages of vertical hard turning with the advantages of grinding, on a single machine, in a single set-up. Depending on production requirements the turning and grinding center VSC DS can be equipped with turning, milling, drilling, grinding and even honing or hardening modules. The animated engineering process video justifies that for each requirement, EMAG provides the best possible technology.
Metal Injection Molding Engineering Process Video
Ningbo Sofine is a leading metal injection molding (MIM) parts supplier and solution provider of powdered metal in China. They specialize in metal injection molding process using high-temperature sintering of stainless steel, soft magnetic alloy, tool steel, sinter-hardening alloy, ceramic and custom powdered metal. They serve a diverse range of applications in diverse industries – Automotive, Industrial, Medical and Electronics. The animated engineering process video witnesses to the metal injection moulding technology.
Seco Anti Vibration Boring Engineering Process Video
Seco has extended the versatility of its Steadyline™ vibration-damping system with the new EPB™ 610 rough boring head and EPB 620 radial type fine boring head. Featuring the patented GL Connection, these heads are used in combination with Steadyline turning bars. This allows the same Steadyline bar to be used for both static turning and rotating boring operations in deep machining applications of up to 10xD. The animated engineering process video illustrates how Seco contributes to high-precision machining and long tool life.
Ingersoll Heavy Duty Turning Engineering Process Video
Ingersoll Cutting Tool Company has long been one of the world’s leading suppliers of metal removal tooling. Since their first cutting tool patent in 1889, have strived to provide the most innovative and productive metal removal solutions on the market. Ingersoll Cutting Tools offers the widest range of milling products in the world. The engineering process video demonstrates the powerful yet precise turning offered by Ingersoll.
Rotary Vane Pump Engineering Process Video
A rotary vane pump is a positive-displacement pump that consists of vanes mounted to a rotor that rotates inside of a cavity. Vane pumps are commonly used as high-pressure hydraulic pumps and in automobiles, including supercharging, power-steering and automatic-transmission pumps. Pumps for mid-range pressures include applications such as carbonators for fountain soft-drink dispensers and espresso coffee machines. The animated engineering process video illustrates the working of a rotary vane pump.
Key takeaways from the above video examples are :
Build a strong creative brief
Find a reference video or combine multiple video elements from different sources
Work with a company that can understand your video production requirement easily
With the above engineering process video examples, it’s evident that companies are fast integrating videos in their marketing campaigns and various other touchpoints. If you are planning to develop these engineering process videos, a good start is to develop a brief of what can be the tone and style for your engineering process videos. We advise you to be different and unique while you create your messaging through the videos.
We at Advids create custom engineering process videos based on your brief. With a complete video production services plan at a fixed price, our design team works right from concept development, to art design and animation. Having created 1200 plus explainers for businesses, our Creative team can help you come up with the right fit. Do talk to us or send us a note on what your company plans to create with for the next engineering process video requirement.
The post 20 Excellent Engineering Process Video Examples appeared first on Advids.
Drones are great tech toys, it allows you to see the world from a different perspective. Drones are increasingly being used by people all over the world for various purposes. Various manufacturers are coming up with innovative and intuitive drone models to capture the growing market. With increasing competition it is important for companies to introduce and market their product effectively. Video marketing is a great way of attracting and engaging with your customers. 
