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6 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.Get more news about Best Spring Machine,you can vist our website!

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.

Long story short, if you keep these 6 tips in mind, you will be able to choose the best spring making machine to meet your needs.

FLEXO VS. OFFSET PRINTING (THE 3 MAIN DIFFERENCES EXPLAINED)

Although both methods use wet ink and printing plates, these two printing processes are quite different. Technically, offset printing can refer to any printing technique that uses a printing plate to transfer an image to an intermediate carrier and then onto the printed substrate. Whereas flexo transfers ink from the plate directly to the substrate.Get more news about Flexographic Flat Printer,you can vist our website!
Flexo and offset are both popular, but they perform their tasks differently. It is important to understand what roles they perform and have a clear understanding of both types of printing process. The type of press to use depends on the final product and quality required, as well as volumes and substrates.
DIFFERENCE 1: PLATES
As the name suggests, flexo printing utilises flexible plates for a rotary printing process. The plates are made from a photopolymer compound and are flexible enough to be wrapped around a printing cylinder. The relief image on the plate is fixed via a laser image-setter and the polymer in the ‘non-print’ areas is washed away in a processing unit, where it is dissolved into a solvent or water solution. Ink is transferred from the ink well via a rotating ‘anilox’ roller onto the flexo plate. A separate printing station & flexo plate is required for each colour to be printed. The image is then printed directly onto the substrate. The printing plates are quite durable and if stored correctly, can be re-used several times, before they eventually need to be replaced.

For offset printing, again as the name suggests, ink is transferred (offset) via a series of rollers onto the printing plate. This can be either a flat-bed or rotary process – depending on the type of offset press. The plate is usually made of aluminium. The complete wet image (either single colour or multicolour) is then transferred onto a ‘blanket’ and in turn onto the substrate, before drying.

DIFFERENCE 2: INK
Offset printing usually consists of four ‘process’ colours; cyan, magenta, yellow and key (which is black). Each colour has a dedicated printing station. Any spot colours are made from a combination of the process colours. Ink can be water based or UV curable.

Although process colours are also used in the flexo process, additional print stations tend to be used for spot colours. Spot colours can be supplied pre-mixed, or can be mixed in-house, as required. Flexo inks can also be water-based or UV curable. Solvent based inks can also be used. UV inks enable higher running speeds and can be left in the press at the end of the day, without the need to empty & clean each print station. Water based inks need to be removed from the press, when it is not in use – to prevent ink from drying on the rollers & in the ink trays.
DIFFERENCE 3: TYPES OF MATERIALS TO PRINT ON
Offset printing machines can print on materials such as; paper, metal, cardboard, cellophane and vinyl. The printing surface must be flat and smooth. It is excellent for printing newspapers, books, magazines, stationery, posters, brochures and so on. Generally, to print onto both sides of the substrate will require a second pass. Similarly, any die-cutting, slitting, folding, creasing, laminating, etc is done as a secondary, off-line process.

Flexography is used on both absorbent and non-absorbent materials, for example, cellophane, foil, cardboard, fabric, plastic, metal etc. It is mostly used for packaging; envelopes, retail bags, wallpaper, paper, newspapers, sweet wrappers, labelstock and so on. The main difference with both processes is that offset printing is only done on flat surface while Flexographic printing can be used on almost any substrate with a flexible surface. Flexo printing can achieve high speed production and many presses have multiple converting options integrated into the press, enabling a single pass operation.