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What are the metal product processing technologies of precision sheet metal processing manufacturers

Precision sheet metal processing manufacturers CNC bending machines, etc. to produce sheet metal products. Can go directly from drawing to product paperless production. It is suitable for flexible production of small batches and multiple varieties. The sheet metal bracket is very powerful, and many sheet metal part features need more tedious operation steps to be realized under the modeling module. Three aspects of punch automation in sheet metal automation processing are briefly discussed.

Casting: Refers to the metalcastingbeing heated and melted and then poured into the model. It is suitable for processing parts with complex appearance.

Casting classification of sheet metal processing plants

Sand casting:

The cost is low, the batch size is small, and complex shapes can be processed, but it may require a lot of post-processing steps.

Investment Casting/ Lost Wax Casting: This processing method has high continuity and degree, and can also be used to produce complex shapes. Under the premise of relatively low processing cost, it can achieve a very perfect appearance, which is suitable for mass production.

Injection casting method:

For machining complex shapes with high error. Due to the characteristics of the technology itself, no post-processing is required after the product is formed. However, the advantage of low cost can only be shown in the case of mass production.​​

Die castingmethod:

The processing cost is high, and the cost is reasonable only in the case of mass production. But the cost of the final product is relatively low and the error is relatively high. Can be used to produce parts with thinner walls.​​

Spin casting method:

Ideal for processing small parts, generally used in jewelry making. Rubber models can be used to reduce processing costs.

Directional curing:

It can produce a very strong superalloy with anti-fatigue function and pour it into the model, and then go through a strictly controlled heating and cooling process to eliminate subtle flaws.

Plastic forming processing: refers to heating the formed metal at high temperature to reshape it, which is a labor-intensive production.

Plastic forming processing classification:


It is one of the simple and old metal forming techniques to give metal shapes by beating and kneading under the conditions of cold working or high temperature operation. The sheet metal bracket is very powerful, and many sheet metal part features need more tedious operation steps to be realized under the modeling module.​​


The hot metal billet is passed through a series of cylindrical rollers, which plunge the metal into the mold to obtain a predetermined shape.

Drawing wire:

The technique of drawing metal strips into filaments using a series of standard progressively smaller drawing dies.​​


A low-cost technology for continuous machining of solid or hollow metal profiles with the same cross-sectional shape, capable of both high temperature operation and cold working. All or most of the CNC sheet metal processes use CNC equipment, such as CNC punching machines, CNC laser cuttingmachines, CNC bendingmachines, etc. to produce sheet metal products. It can achieve high product accuracy and reduce development time. Can go directly from drawing to product paperless production. It is suitable for flexible production of small batches and multiple varieties.

Impact Kneading:

Technology for machining small to medium standard parts that do not require a chimney taper. It is easy to produce and can process parts with various wall thicknesses. The processing cost is low.​​

Powder metallurgy:

A technology that can process ferrous metal components as well as non-ferrous metal components. It includes two basic processes of mixing the alloy powder and pressing the mixture into the mold. Metal particles are sintered and formed by high temperature heating. This technology does not require machining, and the raw material utilization rate can reach 97%. Different metal powders can be used to fill different parts of the mold.

Solid Forming Processing

Solid molding processing:

Refers to the materials used are some metal strips, sheets and other solid shapes that can be shaped at room temperature. Attributable to labor-intensive production. The processing cost can be relatively low. Classification of solid molding processing


A very common machining method used to produce circular symmetrical parts such as saucers, cups and cones. During processing, the high-speed rotating metal plate is pushed close to the model on the fixed lathe that rotates at the same time to obtain a preset appearance. This technology is suitable for the production of various batch methods.​​

Twists and turns:

An economical production technology for sheet, rod and tubular materials for processing methods.​​

Consecutive forming:

The metal sheet is fed between the press rollers to obtain a metal profile with continuous length and uniform cross-section. Similar to the kneading technique, but with constraints on the wall thickness of the processing element, only a single wall thickness can be obtained. Only under the premise of a lot of production, the processing cost is only.​​


The metal sheet is placed between the male mold and the female mold and is formed by restricting it, which is used to process the hollow shape, and the depth can be deep or shallow.


The technology of punching and cutting a certain shape on a metal sheet using a special tool is suitable for both large and small batch production.


It is basically similar to punching technology, the difference is that the former uses some punching, while the latter uses punching to leave some metal pieces. Three aspects of punch automation in sheet metal automation processing are briefly discussed.​​


Laser cutting the metal sheet with a shearing method is the same as using a pair of scissors to remove the paper from the position.

Chip forming:

When cutting metal, the cutting method that produces chips is collectively referred to as chip forming, including milling, drilling, lathe processing, grinding, sawing and other technologies.​​

Chip-free molding:

Precision sheet metal processing manufacturers use existing metal strips or metal sheets to shape. No chipping occurs. Such techniques include chemical machining, etching, electrical discharge machining, sandblasting, laser cutting, water jet cutting, and thermal cutting.

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What are the technical requirements for precision casting

Let's take sand casting as an example. Factories that mass-produce precision casting should create conditions to adopt technologically advanced modeling and core-making methods. The old-fashioned shock or shock molding machine production line is not high enough in productivity, labor-intensive, and noisy, and cannot meet the requirements of mass production, so it should be gradually transformed. For small castings, a boxless high-pressure molding machine production line with horizontal or vertical parting can be used, which has high production efficiency and small footprint for solid molding; for medium parts, various boxed high-pressure molding machine production lines, gas Punching molding line to meet the requirements of fast and high-precision molding production line, core making methods can be selected: cold core box, hot core box, shell core and other efficient core making methods, and medium-volume large castings can be considered to use resin no-bake sand Shape and core.

For heavy-duty castings produced in small batches, die casting mold is still an important method. Manual molding can adapt to various complex requirements and is more flexible, and does not require a lot of process equipment. It can be applied to water glass sand mold, VRH water glass sand mold, organic ester water glass self-hardening sand mold, clay dry mold, resin self-hardening sand mold and cement sand mold, etc. For heavy castings produced in a single piece, the pit molding method is low in cost and can be put into production. quick. For mass-produced or long-term shaped products, it is more appropriate to use multi-box molding and split-box molding methods. Although the initial investment in molds and sand boxes is high, it can be compensated from the reduction of molding man-hours and the improvement of product quality.

Casting methods such as low pressure casting, die casting and centrifugal casting are only suitable for mass production due to expensive equipment and molds.

Conditional method should be suitable

For example, in the production of castings such as the bed of a large machine tool, the core forming method is generally used, instead of making the pattern and the sand box, the core is assembled in the pit; while other factories use the sand box molding method to make the pattern. Different enterprises have different production conditions (including equipment, site, staff quality, etc.), production habits, and accumulated experience. According to these conditions, it is necessary to consider what products are suitable and what products are not suitable (or cannot).

Accuracy Requirements and Costs

The accuracy of castings obtained by various casting methods is different, the initial investment and productivity are also inconsistent, and the final economic benefits are also different. Therefore, in order to achieve more, faster, better and more economical, all aspects should be taken into account. A preliminary cost estimate should be made for the casting method chosen to determine the most cost-effective casting method that will meet the casting requirements.

Experts said that in order to fundamentally improve the level of casting technology, the following four points must be achieved:

First, develop simulation technology to improve prediction accuracy, strengthen process control, and improve yield. The problem of regularity is not well grasped, which affects the yield in mass production.

Second, the combination of production, education and research. Independent innovation of enterprises In addition to the enhancement of innovation awareness and the improvement of research and development capabilities, it is also necessary to pay attention to and strengthen the combination of "production, learning and research" with precision casting enterprises as the main body.

Third, attach importance to material research and development. Materials are the foundation of industry, and there is still a lot of work to be done. In the field of aerospace, the research and smelting technology of alloy materials, especially some new materials such as superalloys, still needs to be improved, and there is still a big gap with foreign countries.

Fourth, pay attention to the improvement of equipment technology. The process is mainly a problem of equipment. Many key equipment, such as some directional solidification equipment, mainly rely on imports. Therefore, the research and development of precision casting equipment and die casting company are still the focus.

Copyright notice: This article comes from https://invest-casting.com/

What are the advantages and disadvantages of stainless steel precision casting process?

Analysis of the advantages and disadvantages of stainless steel precision casting processing technology:

Friends in the foundry industry know that the mechanical properties of stainless steel precision casting are higher than that of cast iron, but its casting performance is worse than that of cast iron, which is called investment precision casting or precision casting. Its melting point is relatively high, and the molten steel is easily oxidized, the fluidity of molten steel is poor, and the shrinkage is large. In fact, from a practical point of view, stainless steel precision tube casting is not only suitable for casting of various types and alloys.

Then the editor will explain to you the advantages and disadvantages of the stainless steel precision casting process: First of all, due to the poor fluidity of the molten steel, in order to prevent the cold insulation and insufficient pouring of the silicone casting, the wall thickness of the steel castings is It cannot be less than 8 mm; the structure of the pouring system is simple, and the cross-sectional size is larger than that of cast iron; dry casting or hot casting is used; the pouring temperature is appropriately increased, generally 1520 ° ~ 1600 ° C, because the pouring temperature is high, the molten steel The degree of superheat is large, the time of keeping the liquid state is long, and the fluidity can be improved.

However, if the pouring temperature is too high, it will cause defects such as coarse grains, thermal cracking, pores and sticky sand. Therefore, for small, thin-walled and complex-shaped castings, the pouring temperature is about the melting point temperature of steel + 150 °C; the pouring temperature of large and thick-walled castings is about 100 °C higher than the melting point.

In order to prevent the occurrence of shrinkage holes and cracks in stainless steel precision castings, we must take these measures to make the wall thickness uniform, and avoid sharp and right-angle structures. In addition, sawdust should be added to the mold for casting. , add coke in the core, and finally need to use a hollow core and an oil sand core to change the concession and permeability of the sand or core. As long as you follow what I've said, you'll be able to achieve the desired effect.

Copyright notice: This article comes from https://invest-casting.com/

What is a casting ?

The method of casting liquid metal into a casting cavity suitable for the shape of the part, and after the casting is cooled and solidified, is called casting. Castings obtained by casting are called castings.

Casting structure design: ensure its working performance and mechanical performance requirements, consider the requirements of casting process and alloy casting performance on the casting structure, and whether the casting structure design is reasonable or not has a great impact on the quality, productivity and cost of the casting.

Design main issues and design requirements

The design of the box should first consider the arrangement of the parts in the box and the relationship with the external parts of the box. For example, the shape and size of the box should be determined according to the requirements of the two tops of the lathe. In addition, the following issues should be considered:

⑴, to meet the strength and stiffness requirements. For box parts that are under great stress, meeting the strength is an important issue; but for most boxes, the main indicator for evaluating performance is stiffness, because the stiffness of the box not only affects the normal operation of the transmission parts, but also affects the components. Working precision. Quick and easy automatic selection of castings is included.

⑵, heat dissipation performance and thermal deformation problems. The friction and heat of the parts in the box will change the viscosity of the lubricating oil and affect its lubricating performance; the temperature rise will cause thermal deformation of the box, especially the thermal deformation and thermal stress with uneven temperature distribution, which have a great impact on the accuracy and strength of the box. influences.

3. The structure design is reasonable. Such as the arrangement of the fulcrum, the arrangement of the ribs, the position of the opening and the design of the connection structure, etc., are all conducive to improving the strength and rigidity of the box.

⑷, good craftsmanship. Including blank manufacturing, machining and heat treatment, assembly adjustment, installation and fixation, hoisting and transportation, maintenance and repair and other aspects of craftsmanship.

⑸, good shape, small quality.

What is casting process?

Casting generally does not apply pressure, does not require high strength of equipment and molds, has small restrictions on product size, and has low internal stress in products. Therefore, the production investment is less, and large-scale parts with excellent performance can be obtained, but the production cycle is long, and mechanical processing must be carried out after molding. On the basis of traditional casting, methods such as pouring, invest casting, pressure casting, spin casting and centrifugal casting are derived.

①Perfusion. The difference between this method and casting is that the product is released from the mold after casting, while the mold is an integral part of the product itself during pouring.

② Embedded casting. Various non-plastic parts are placed in the mold cavity and solidified with the injected liquid material to encapsulate them.

③Pressure casting. Applying a certain pressure to the material during casting is conducive to injecting the viscous material into the die casting mold and shortening the filling time. It is mainly used for epoxy resin casting.

④ Spin casting. After the material is injected into the mold, the mold rotates around a single axis or multiple axes at a low speed, and the material is distributed on the inner wall of the mold cavity by gravity, and shaped by heating and curing. For the manufacture of spherical, tubular and other hollow products.

⑤ Centrifugal casting. A quantitative liquid material is injected into a mold that rotates at a high speed around a single axis and can be heated, and the material is distributed on the inner wall of the mold cavity by centrifugal force, and is solidified into a tubular or hollow cylindrical product by physical or chemical action (see Figure [centrifugation]. casting]). Monolithic cast nylon parts can also be formed by centrifugal casting.

Copyright notice: This article comes from https://metalcasting.net/


What are the characteristics and main applications of aluminum alloy casting?

Aluminum alloy has low density, but relatively high strength, close to or surpassing high-quality steel, good plasticity, can be processed into various profiles, has excellent electrical conductivity, thermal conductivity and corrosion resistance, widely used in industry, and its usage is second only to steel . The following editor will introduce to you the characteristics and main applications of aluminum alloy casting.

Features of aluminum alloy casting:

1) Good fluidity to fill the narrow part of the slot.

2) It has a lower melting point than ordinary metals, but it can meet the requirements of most situations.

3) Good thermal conductivity, the heat of molten aluminum can be quickly transferred to the casting mold, and the casting cycle is short.

4) Hydrogen and other harmful gases in the melt can be effectively controlled by treatment.

5) When aluminum alloy is cast, there is no tendency of hot brittle cracking and tearing.

6) Good chemical stability and strong corrosion resistance.

7) It is not easy to produce surface defects, the surface of the casting has good surface finish and gloss, and it is easy to carry out surface treatment

8) Casting aluminum alloy machining has good processing performance. It can be used for casting production by pressing mold, hard mold, green sand and dry sand mold, investment plaster mold, vacuum casting, low pressure and high pressure casting, squeeze casting, semi-solid casting. Casting, centrifugal casting and other methods are used to form various castings with different uses, different specifications and different properties. Cast aluminum alloys are widely used in cars, such as engine cylinder heads, intake manifolds, pistons, wheel hubs, steering booster housings, etc.

What are the main applications of aluminum alloy casting?

Casting aluminum alloy is an die casting alloy that fills the mold with molten metal and obtains blanks of various shapes. It has the advantages of low density, high specific strength, good corrosion resistance and casting manufacturability, and is less restricted by the structural design of parts. Divided into Al-Si and Al-Si-Mg-Cu-based medium-strength alloys; Al-Cu-based high-strength alloys; Al-Mg-based corrosion-resistant alloys; Al-Re-based heat-strength alloys. Most require heat treatment to strengthen alloys, eliminate internal stress in castings, stabilize microstructure and part size. Used to manufacture beams, gas turbine blades, pump bodies, pylons, hubs, air intake lip and engine casings, etc. It is also used in the manufacture of automobile cylinder heads, gearboxes and pistons, instrumentation housings and supercharger pump parts.

Casting aluminum alloy has good casting properties, and can be made into parts with complex shapes; it does not require huge additional equipment; it has the advantages of saving metal, reducing costs, and reducing man-hours, and is widely used in the aviation industry and civil industry. Used to manufacture beams, gas turbine blades, pump bodies, pylons, hubs, air intake lip and engine casings, etc. It is also used in the manufacture of automobile cylinder heads, gearboxes and pistons, instrumentation housings and supercharger pump parts.

Copyright notice: This article comes from https://invest-casting.com/

The basic principle of heat treatment of cast aluminum alloy

(1) Annealing: The aluminum alloy gravity casting product is heated to a certain temperature and kept for a certain period of time, and then cooled to room temperature at a certain cooling rate. Through atomic diffusion and migration, the organization is made more uniform and stable, and the internal stress is eliminated, which can greatly improve the plasticity of the material, but the strength will be reduced.

(2) Solution quenching treatment: Heat the heat-treatable-strengthened cast aluminum alloy materials (such as A356, LM25, ZL101A, A357, ZL104, etc.) to a higher temperature and keep it for a certain period of time, so that the second phase or Other soluble components are fully dissolved in the aluminum matrix to form a supersaturated solid solution, and then the supersaturated solid solution is kept to room temperature by means of rapid cooling. It is an unstable state. There is a possibility of precipitation. However, at this time, the material has high plasticity and can be cold worked or straightened.

(3) Aging: The aluminum alloy die casting alloy parts after solution quenching are kept at room temperature or higher temperature for a period of time, the unstable supersaturated solid solution will decompose, and the second phase particles will be precipitated from the supersaturated solid solution ( or precipitation), distributed around the α(AL) aluminum grains, resulting in a strengthening effect called precipitation (precipitation) strengthening.

a. Natural aging: Some alloys (such as ZL301, etc.) can produce precipitation strengthening at room temperature, which is called natural aging.

b. Artificial aging: Some alloys (such as A356, etc.) do not have obvious precipitation strengthening at room temperature, but the precipitation strengthening effect is obvious at higher temperatures, which is called artificial aging.

Artificial aging can be divided into under-aging and over-aging.

①Unaging: In order to obtain a certain performance, control a lower aging temperature and maintain a shorter aging time.

②Over-aging: In order to obtain some special properties and better comprehensive properties, aging is carried out at a higher temperature or under a longer heat preservation time.

③Multi-stage aging: In order to obtain some special properties and good comprehensive properties, the aging process is divided into several stages. It can be divided into two-stage and three-stage aging

Copyright notice: This article comes from https://metal-spring.com/


The difference between gravity casting and sand casting and die casting

Gravity casting refers to a process in which molten metal is injected into a mold under the action of the earth's gravity, also known as casting. Gravity casting in a broad sense includes sand casting, metal casting, investment casting, lost foam casting, mud casting, etc.; gravity casting in a narrow sense refers to metal casting.

1. There are many process methods for making metal materials into desired products, such as casting, forging, extrusion, rolling, drawing, stamping, cutting, powder metallurgy and so on. Among them, casting is the most basic and most commonly used process.

2. The molten metal is poured into a hollow mold made of high-temperature resistant materials, and after condensation, a product of the desired shape is obtained, which is casting. The resulting product is a casting.

3. Casting can be divided into ferrous metal casting (including cast iron, cast steel) and non-ferrous metal casting (including aluminum alloy, copper alloy, zinc alloy, magnesium alloy, etc.) according to the material of the casting. The precision casting factory specializes in non-ferrous metal casting, with an emphasis on aluminum and zinc alloy casting.

4. Casting can be divided into sand casting and metal casting according to the material of the casting mold. The precision casting factory is handy with both casting processes, and designs and manufactures these two types of casting molds by themselves.

5. Casting can also be divided into gravity casting and die casting according to the casting process of molten metal. Gravity casting refers to a process in which molten metal is injected into a mold under the action of the earth's gravity, also known as casting. Gravity casting in a broad sense includes sand casting, metal casting, investment casting, lost foam casting, mud casting, etc.; gravity casting in a narrow sense refers tometal casting. Die casting refers to a process in which molten metal is injected into a mold under the action of other external forces (excluding gravity). Die casting in a broad sense includes pressure casting and vacuum casting of die casting machines, low pressure casting, centrifugal casting, etc.; pressure casting in a narrow sense refers to metal die casting of die casting machines, referred to as die casting. The precision casting factory has long been engaged in the gravity casting of sand and metal molds. These casting processes are currently the most commonly used in non-ferrous metal casting and are also the cheapest in relative price.

6. Sand casting is a traditional casting process that uses sand as the main molding material to make molds. Sand molds generally use gravity casting, and low-pressure casting, centrifugal casting and other processes can also be used when there are special requirements. Sand casting has a wide range of adaptability, small parts, large parts, simple parts, complex parts, single parts and large batches can be used. The molds for sand casting were mostly made of wood in the past, commonly known as wood molds. In order to change the disadvantages of wood molds, such as easy deformation and damage, Xudong Precision Casting Factory changed all the sand mold castings produced by a single piece to aluminum alloy molds or resin molds with high dimensional accuracy and long service life. Although the price has increased, it is still much cheaper than the mold used for metal mold casting. In the production of small batches and large pieces, the price advantage is particularly prominent. In addition, sand molds are more refractory than metal molds, so materials with higher melting points such as copper alloys and ferrous metals are also mostly used in this process. However,sand casting also has some disadvantages: because each sand casting can only be poured once, the casting is damaged after the casting is obtained and must be reshaped, so the production efficiency of sand casting is low; and because the overall nature of the sand is soft And porous, so sand casting castings have lower dimensional accuracy and rougher surfaces. However, the precision casting factory has accumulated many years of technology accumulation, which has greatly improved the surface condition of sand castings, and the effect after shot blasting is comparable to that of metal castings.

7. Metal mold casting is a modern process of making hollow casting molds from heat-resistant alloy steel. Metal molds can be either gravity casting or die casting. The casting mold of the metal mold can be used repeatedly. Every time the molten metal is poured, a casting is obtained, with a long service life and high production efficiency. The casting of the metal mold not only has good dimensional accuracy and smooth surface, but also has a higher strength than the sand mold under the condition of pouring the same molten metal, and is less likely to be damaged. Therefore, in the mass production of medium and small castings of non-ferrous metals, as long as the melting point of the casting material is not too high, metal mold casting is generally preferred. However, metal mold casting also has some disadvantages: because the heat-resistant alloy steel and the processing of hollow cavities on it are relatively expensive, the mold cost of the metal mold is high, but the overall cost of the die-casting molding is lower than that of the die-casting mold. too much. For small batch production, the mold cost allocated to each product is obviously too high, which is generally not acceptable. And because the mold of the metal mold is limited by the size of the mold material and the capacity of the cavity processing equipment and casting equipment, it is also powerless for particularly large castings. Therefore, in the production of small batches and large pieces, metal mold casting is rarely used. In addition, although the metal mold adopts heat-resistant alloy steel, its heat resistance is still limited. Generally, it is mostly used in the casting of aluminum alloys, zinc alloys, and magnesium alloys. even less. All the metal molds of Xudong Precision Casting Factory are designed and manufactured by themselves, so they can provide customers with cheap and suitable high-quality molds in a timely manner.

8. Die casting is the metal mold pressure carried out on the die casting machine, and it is the casting process with the highest production efficiency at present. Die-casting machines are divided into two categories: hot-chamber die-casting machines and cold-chamber die-casting machines. The hot chamber die casting machine has a high degree of automation, less material loss, and higher production efficiency than the cold chamber die casting machine. However, due to the restriction of the heat resistance of the parts, it can only be used for the production of low melting point materials such as zinc alloy and magnesium alloy. . The aluminum alloy die castings that are widely used today can only be produced on cold chamber die casting machines due to their high melting point. The main feature of die casting is that the molten metal fills the cavity under high pressure and high speed, and is formed and solidified under high pressure. The air in the cavity is wrapped inside the casting to form subcutaneous pores, so the die casting alloys hould not be heat treated, and the zinc alloy die casting should not be sprayed on the surface (but it can be painted). Otherwise, the internal pores of the casting will expand due to thermal expansion and cause the casting to deform or bubble when the above-mentioned treatment is performed. In addition, the machining allowance of die castings should also be smaller, generally around 0.5mm, which can not only reduce the weight of castings, reduce the amount of cutting to reduce costs, but also avoid penetrating the surface dense layer and exposing subcutaneous pores, causing The workpiece is scrapped.

Copyright notice: This article comes from https://invest-casting.com/


Affordable laser engraving machines are becoming more and more popular and, more importantly, more powerful. With the machines we've tested, you can do more than sculpt!

Making your own brings a certain level of satisfaction. When you get something done and it looks good, you feel proud, or know that you can produce a high-quality product without paying for it.

The best way to beat the winter blues is to keep your brain sharp with some DIY puzzles. Wooden puzzles are a great way to spark creativity and imagination. This is a fun one to keep you on your toes and it can be made entirely with a good laser engraver! The price of laser engravers has dropped significantly over the past few years, making it more accessible than ever for hobbyists and manufacturers alike. This project is a simple introduction to using a laser engraver and building wooden puzzles.

The holidays are just around the corner and we're all scrambling to finish shopping, but why not take a break and try something new? This year, for your gift-giving needs, consider using a laser engraver to make acrylic jewelry. First, you need to download the image file you want to engrave on acrylic. You can find a lot of designs on websites that offer free vector designs. If you don't have vector malware, but a regular image, use a program like Inkscape to create a vector version of your design, where you'll convert it into an outline drawing called a "path". Finally, upload this path to your laser engraving software and it will cut on the material.

3d printer laser cutter P9 M40

This machine can easily cut dark acrylic. The easiest to cut is black acrylic, but here I am trying to cut the yellow one. This machine requires about twice as many passes as the black machine because yellow reflects more light than dark. But it cuts this cool fish nicely. I filled in the carving with some black spray paint and wiped off the excess with a cloth soaked in acetone and it turned out great!

I bet you think laser engraving is just for making art or cutting material. Well, I'm here to show you how to make rubber stamps with a atomstack a5 m50 pro laser engraver! The process is so simple that anyone can do it using a few materials from the hardware store. All you need is a laser engraver and a little time.

I used moderate power and speed and used cross padding. It turned out a little burnt, but cleaned up nicely with a damp paper towel. The carving is deep and the edges are nice. It is always recommended to use a q-tip and isopropyl alcohol to clean the lens after engraving rubber or other dusty materials. This ensures that the laser is always operating at maximum power.

We've found a way for you to learn paper crafting on your own! It's so easy - just plug it in, download a free design template or upload your own and start tailoring your own designs right away! You can definitely tell that this is the first paper product I've made. I still need some bonding practice.

This machine can cut thick paper like butter. I'm trying to do some papercraft based on plans I got from the internet. By lowering the power you can mark the line where the bend is and then the paper bends easily.

Paper crafting is a fun hobby. You can make your own cards and artwork, and even make some useful items like coasters or gift boxes.

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When you get a new phone, you can never just buy the phone — you need to accessorize and protect it with a case. If you got the new Samsung Galaxy S22 that officially launched today, Feb. 25, we're here to help you find the perfect custom phone case for it.

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Laurel Ryan is a 28 year old jewelry designer who began making hand-stamped jewelry and accessories as a hobby in 2016, shortly after she moved to Cape Cod in her native Massachusetts. But the seaside-themed line quickly took off and requests for orders came in. Today, Ryan’s company, Gemlar wholesale jewelry, is carried in over 200 stories across the country and is beginning to expand into homeware. The New England-based entrepreneur says she finds great joy in creating pieces that have sentimental value for her customers, and is grateful to have a strong family network to support her as she grows her company.

Tell us more about starting your business.

I began by making a few items for friends and family, customized to help show off a part of their journey. Everyone who got one loved the meaning behind them and encouraged me to turn it into a business. After a store reached out on Instagram to ask if I sold my products wholesale, I decided that I wanted to turn Gemlar into a brand, not just a hobby.

How do you define success?

Meeting people, listening to their stories, and being able to make them a piece that helps share that story is one of my favorite things. I have had people cry happy tears when they see the finished item. Being able to connect with them and create an item that they will be able to wear every day means I am succeeding in my business. Running my own company has also allowed me to be able to donate back to the community and charities that I think are really important.

What is your biggest success so far?

Being a 40 under 40 honoree at age 26 in the Cape Plymouth Business magazine. I struggle with imposter syndrome and being recognized for what I have achieved in my cheap wholesale earring business. So it was an amazing honor. There are so many amazing business people in the area, that to have my name mentioned alongside theirs in the award ceremony really helped me realize how far I have actually come in my few short years in business.

What is your top challenge and how have you addressed it?

Balancing my full-time job, Gemlar and my personal life. It is so easy to get wrapped up in work when you are the only employee. There is always one more task that needs to be done. I have been taking time to step back and focus on my personal life so that I do not get burned out. Hiring third-party agencies and delegating tasks to people who are experts in that area has been a huge weight off my shoulders that has allowed me to take back some more of my personal time.

Have you experienced any significant personal situations that have affected your business decisions?

In 2019, I moved from Cape Cod back to my hometown in Clinton, Massachusetts. This required me to change how I marketed my products, since I originally marketed the line as being made on Cape Cod. I had to change the strategy and the image of the brand.

What is your biggest tip for other startup entrepreneurs?

Keep going. Success does not happen overnight. If you have an idea that you are passionate about, pursue it. Don’t give up if you don’t see the results you want right away.

How do you find inspiration on your darkest days?

I remember the people who have messaged me, saying how important the item I made for them is. That makes everything worth it.

Who is your most important role model?

My father.. He was the one that encouraged me to have an entrepreneurial spirit and to always give back to others. Both of my parents have always been big on volunteering and I think that is the main reason why it is so important to me to do the same with my business. My dad has been with me every step of the way with gemlar.com. He has given up countless weekends to come to help me at craft fairs and has moved his whole schedule to fly halfway across the country to help me at a wholesale show, just so I would not be alone.
sally0 Jun 20 · Tags: gemlar, jewelry, wholesale
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