Perfume Mixing Machine

Over the years, there has been an increasing demand for efficiency in perfume production. Therefore, a perfume manufacturing machine became a necessity. Indeed, perfume manufacturing has come a long way and has undergone quite a process to perfect it.

Perfume History Correlates with that of Humans

The name, perfume, came from the Latin “per” which means “through” and “fumus” meaning “smoke”. It was then given the name parfum by the French due to the pleasing smell brought about by incense burning. Incense was the first form of perfume since the perfume mixing machine had not been invented.

It is also noteworthy that perfumes were common even during the time of Christ. The Bible is our written proof of this. When the three wise men visited the newborn Jesus, they brought with them myrrh and frankincense. This is very remarkable, since the emulsifier was not available back then.

After a while the Egyptians learned to use incense. This came about through many expeditions. There were extensive searches for incense as well as other valuable supplies. Without the use of the now celebrated perfume manufacturing machine, they managed to make perfumes by soaking gum, resins and aromatic wood in water. The product was used as body lotion and perfumes for their dead.

The Egyptians influenced a lot of civilizations like the Greeks and Romans where perfumery was considered an Oriental Art. The influence spread to nearby countries which continued the traditional ways of making perfumes. Still, no perfume emulsifier was accessible despite the high demand. Perfumes were integrated into people’s lives since they were used by them in baths, creams & emollients, body soaps, etc.

Perfumery was so well-known that there was increased imports and exports of flowers, oils and other essential components. This was widespread and the power of trading greatly increased. Along with this boost in perfumery was the development of beautifully crafted containers. Many different materials were used to construct the containers such as alabaster, porcelain, glass, gold and some types of precious stones.

Perfume Emulsifier; A Thing of the Present

With the availability of a perfume manufacturing machines, there are no reasons why present companies cannot create superb fragrances. Especially now that perfumes are used for healing and making people feel better (aroma therapy). These machines make production time faster thereby meeting the rising demand due to widespread and frequent use of perfumes.

Our rich perfumery history has flourished through time even without the use of a perfume machine. It should now be a strength when exploring possibilities towards excellence in perfumery today.

CAM (Computer Aided Manufacturing)

Machining techniques for creating parts has advanced and changed dramatically in the past 25 years. Today, computers and software are used along with technologically advanced CAM (Computer Aided Manufacturing) machines to create both high-quality custom and mass-produced parts. Those skilled in the fine art of old school machining are now forced to either update their skills to the new computerized techniques, or find a new line of work.

Let’s face it, human beings, even exceptional ones, cannot compete with the repeatability and accuracy of today’s computerized machines. Today’s 5 axis CNC milling and turning machines can crank out part after part with tolerances tighter than 1/1000 of an inch without ever having a lapse in judgment due to overexertion or long hours. Try working your regular employees 20 hours a day, and see what kind of scrap rate develops. The only human factor that is required is for maintenance and programming.

Additionally, robots and the concept of “cells” can be used for more complex parts. An automated assembly line consisting of different machines can be set up to increase the efficiency and independence of the individual machines. A series of holes can be drilled in one cell in a given part. The part is then moved by a robot or some other type of mechanical process to the next cell while a new part is loaded into the last cell. The part continues from cell to cell until a finished part comes out of the last cell. This setup often requires only the presence of one relatively low skilled worker to monitor the setup and handle any jams or mechanical malfunctions that occur in addition to doing some loading and unloading of material.

CNC machines are not cheap. The price varies greatly depending on the capabilities of the machine, but it is not unusual to pay over $200,000 for this equipment. However, compare this against the cost of paying a crew of skilled machinists to do the same job, and the high price tag not only seems more reasonable, but actually makes good business sense. It is possible to replace 3 skilled machinists with 1 low skilled “maintenance” worker, 1 high skilled CAM programmer, and a few CNC machines. Plus, part throughput will go up while scrap rate will go down.

CAM is just one more example of how old processes are being improved by technology. More and more, the mundane and repetitive tasks previously accomplished by human beings are being automated by machines and robots and people are being used more for their brains than for their muscles. Computers, software, and machines can be used to turn one person into a super machinist capable of doing the job of three normal machinists. It’s machining on steroids, and a trend that is going to continue to gain momentum as time progresses.

Tips to Help You Choose a Spring Making Machine

If you are looking to choose your desired spring making machine, we suggest that you follow the 6 tips given in this article. By keeping these tips in mind, it will be a lot easier for you to make the best decision and go for a unit that can satisfy your business needs. Read on to find out more.

1. Consider your Needs

Based on the type of products you make, you should go for the right unit. For instance, if you deal in torsion springs and circlips, we suggest that you go for the CNC universal spring units. They are also known as eight-jaw spring machines.

On the other hand, if you make compression springs, you can buy a computerized spring machine. For a wire-forming product, a camless unit is a better choice.

2. Consider the Development Stages

Based on the development stages, you can go for the right product. For instance, a simple unit can do the job. On the other hand, you should go for high-end units for other stages. The idea is to get the most out of your machines.

3. Scale Strength Cooperation

Typically, the scale strength is indicative of the brand quality. So, you should go with a manufacturer that offers the scale strength cooperation. These days, there is a lot of competition between different manufacturers. However, every brand comes with its own set of characteristics. Therefore, you should consider the manufacturer when it comes to looking for your desired equipment.

4. Market Share and Reputation

Ideally, you should choose a brand that enjoys a high market share and a great reputation. It’s better to choose a brand that has been passed after a market inspection process. Apart from this, there is no other way in order to perform the quality evaluation of the unit.

If you have some friends who use a specific brand, you can ask them for recommendations. They can tell you if the brand is working for them.

5. After-Sales Service

You may also want to consider the after-sales service of the manufacturer. It is a great indicator of the manufacturer’s strength. Today, the importance of good after-sales service is even higher. Therefore, you may want to buy a machine from a provider that can help you in case something goes wrong with the machine.

6. Feasibility of the Unit

Lastly, make sure that the machine has gone through a feasibility test. It will assure that the product is working fine. After all, these machines can offer high speed and better stability than those that are not tested.