为何香奈儿女郎周迅被称为精灵一样的女人？周迅有着非常多痴迷与她的粉丝们，周迅喜爱属于自己个性的时尚搭配，爱小女人们也特别热衷于学习周迅的个性搭配，在时尚杂志还有电影网络等媒体中，经常可以看到周迅的影子，香奈儿女郎精致小女人的代表，周迅有着精致的外表，小巧的身材，还有个性十足的明星气质。

2012年周迅被老佛爷钦点为香奈儿官网中国区代言人，不论是杂志上还是媒体中，镜头下周迅的样子就永远是那么的个性十足，永远一款不同款式有香奈儿包包搭配，小女人确特爱小巧的chanel 香奈儿包包，而香奈儿女装也是必搭配的单品，如亚麻绵绒质地的香奈儿秋冬女装、https://meilibaobao.com 美丽包包 chanel 2.55、boy chanel香奈儿包包等款式是周迅的大爱，周迅的小女人搭配看上去很简单很休闲，但是充满个性色彩。

Dusty Rose and Cream Package

Dusty Rose & Cream Collection

Our Dusty Rose and Cream fresh flower packages are perfect for couples who want a timeless color palette! Dusty blush and cream has been a long-time favorite for weddings and events, and we don’t see it going out of style. This collection is one of our best-sellers, and we can’t get enough of it.

This collection has a lovely blend of muted, dusty blush and creamy white tones. This package includes O’Hara Garden Roses, Quicksand Roses, Dusty Pink Astrantia, White Lisianthus, Cream Spray Roses, Gunni Eucalyptus, Seeded Eucalyptus, and Nagi.

Each of our collections has three size options so you can select the perfect fit for you! The small package will give you enough flowers for building a bridal bouquet, 6-7 bridesmaid bouquets, and 8-12 boutonnieres and corsages. Our medium fresh floral kit affords additional flowers for centerpieces, and our large fresh floral kit provides flowers for everything in the small and medium packages plus flowers for 2 ceremony urns or cages for a pergola/arch arrangement. These fresh floral kits make it easy to accomplish profession-level blooms with a DIY-friendly budget.

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Fresh Floral Bridal Bouquet

Bridal Bouquet Recipe

To build the bouquet shown, we used the following ingredients:

• 5-6 White O’Hara Garden Roses
• 5-7 Quicksand Roses
• 4-5 Dusty Pink Astrantia
• 3-5 White Lisianthus
• 3-5 Cream Spray Roses
• Sprigs of Gunni Eucalyptus, Seeded Eucalyptus, and Nagi

Approximately 1.5 yards of Antique Mauve Satin Ribbon was used on this bouquet.

 

Shop Dusty Rose & Cream Packages

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Fresh Floral Bridesmaid Bouquet

Bridesmaid Bouquet Recipe

To build the bouquet shown, we used the following ingredients:

• 1 White O’Hara Garden Rose
• 2-3 Quicksand Roses
• 2-3 Dusty Pink Astrantia
• 2-3 White Lisianthus
• 1-2 Cream Spray Roses
• Sprigs of Gunni Eucalyptus, Seeded Eucalyptus, and Nagi

 

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Large Fresh Floral Centerpiece

Large Centerpiece Recipe

To build the centerpiece shown, we used the following ingredients:

• 2-3 Quicksand Roses
• 2-3 Sahara Roses
• 2-3 White Carnations
• 2-3 White Lisianthus
• Sprigs of Gunni Eucalyptus, Seeded Eucalyptus, Baby Eucalyptus, and Nagi

This was built in a 5″ Modern White Plastic Compote using floral chicken wire and waterproof tape.

 

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Designer Tips for This Collection

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Dusty Blush

There aren’t an overabundance of flowers that fall into the dusty blush category, but here are a few important things to remember in bringing together this palette:

• Muted blush tones will still look really beautiful blended with these tones and will photograph even more muted. We promise it won’t clash. As we say all the time, a variety of shades is a GOOD thing for visual interest.
• Blush Design Master can help pull things in the right direction if they feel a little too pink OR if you want to tint a white/cream flower to a subtle blush. In the photos above, we used it on a White Ranunculus.
• Your fabrics and other decor will go a long way in pulling the flowers this direction as well. With it being a fairly muted color palette, it’s great to inject color through other elements.

Give yourself some flexibility, and rest assured it’s going to come together beautifully!

Ready to make it yours?

Dusty Rose & Cream Packages

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All Collection Packages

Shop All Collection Packages

Overview

Basic Info.

Model NO.
GLK-BLK020

Material
Polyester

Age Group
Adults

Feature
Anti-Pilling, Portable

Type
Chemical Fibre Blanket

Knitting Method
Warp Knitting

Pattern
Printing Pattern

Usage
Home, Travel, Airplane, Hotel

Transport Package
OPP Bag + Carton

Specification
100% Polyester

Trademark
GOODLIFE

Origin
China

Production Capacity
10000PCS/Month

Packaging & Delivery

Package Size
45.00cm * 35.00cm * 16.00cm

Package Gross Weight
1.000kg

Product Description

 

Product Name

Pizza blanket

Matertrail

100% polyester for tortilla blanket

Size    90*90cm, 120*120cm, 150*150cm, 180*180cm or Custom

Fabrics weight

Flannel fleece 250gsm , 280gsm , 300gsm , or Custom

Featrure

(1) Care of skin ,soft and smooth feeling (2) Soft fleece non-pilling fabric

(3) Reasonable price with preminum quality

Design

We have more than 1000 designs available,support custom as well

Usage

Suitable For Travel, Home, Airplane, Hospital, Siesta etc.

Delivery days

10-30 days

MOQ

100pcs

sample time

Stock fabrics 3-5days/ 10-15days as customized

Packing

PE bag , PVC bag , support customized package

Our Advantages
 

1) large range of products

2) Superior quality

3) Our customer oriented culture

4) High degree of flexibility

5) Convenience of “One Stop’ supplier

6)30 days goods return warranty

7) Low MOQ acceptable

8)OEM/ODM be provided

Good customer service is our core own value.

FAQ

1. Are you a factory manufacturer or a trade company?what’s your product ranges? where is your market?
CROWNWAY>We are Manufacturer specializing in various of Blanket, sport wears, outer jacket, Changing robe, Dry robe, Home&Hotel Towel, Baby Towel, Beach Towel, Bathrobes and Bedding Set in highly quality and competitive price with over eleven years, selling well in U.S. and European markets and total export to more than 60 countries since 2011 Year, we have confidence to provide you the best solutions and service.
 
2. How about your production capacity? Are your products have the Quality assurance?
The production capacity is more than 720000pcs annually. Our products meet ISO9001, SGS standard, and our QC officers inspect the products to AQL 2.5 and 4. Our products have enjoyed high reputation from our customers.
 
3. Do you offer free sample? May I know the sample time, and production time?
Usually, sample charge is required for the first cooperative client. If you become our strategic cooperator, free sample can be offered. Your understanding will be highly appreciated.
It depends on the product. Generally, the sample time is 10-15days after all details confirmed, and the production time is 40-45days after pp sample confirmed.
 4. How about your production process?
Our production process is as following below for your ref.: 
Purchsing the customized fabric material and accessories—-making the pp sample—-cutting the fabric—making the logo mould—sewing–inspection—packing—ship
 
5.What is your policy for damaged/irregular items?
Generally, our factory’s quality inspectors would check all products strictly before being packed, but if you find a lot of damaged/irregular, items, you can contact us first and send us the photos to show it, if it is our responsibility, we’ll refund all value of damaged items to you.

For Further Details,Kindly send your inquiry!
     It’s our pleasure to be on service of you!

Moda UK: the trade show

Moda UK is a fashion trade show held twice a year, offering a diverse product range covering beachwear, women’s wear, menswear, footwear and accessories for mainstream, lifestyle and casual wear retail requirements. Moda UK also includes a seminar programme for trade visitors and a catwalk show presenting an overview of the seasons’ trends. Every edition of Moda UK gathers the leader fashion retailer names and the most relevant labels.

Event profile Moda UK

• Industries: Accessories, Menswear, Moda Donna, Free time, Fashion, Footwear, Do it yourself
• Frequency: semestral
• Scope: Local

Next edition Moda UK

• From Sunday 3 to Wednesday 6 September 2023
• Venue:
  NEC Birmingham – National Exhibition Centre
• City: Birmingham
• Country: United Kingdom
• More info.: thenec.co.uk

Moda UK editions

Moda UK September 2023	From 3 to 6 September 2023	NEC Birmingham – National Exhibition Centre
Moda UK February 2023	From 5 to 8 February 2023	NEC Birmingham – National Exhibition Centre
Moda UK September 2022	From 4 to 7 September 2022	NEC Birmingham – National Exhibition Centre
Moda UK September 2020	From 6 to 8 September 2020	NEC Birmingham – National Exhibition Centre

在北京时间9月6日的报道中，NBA名人堂成员沙奎尔·奥尼尔在ESPN的采访中，谈到了圣安东尼奥马刺队的中锋维克托·文班亚马。

奥尼尔说：“文班亚马是一名伟大的球员，但我不认为当你经常跳投时，你就能成为统治者。我认为如果他是一名身高7尺5的内线球员，但当你跳投时，你总是会上蹿下跳，教练会告诉你这一点。

“但他是一名优秀的球员，我祝愿他一切顺利，你知道，我很高兴在离开联盟这么长时间后还能在这个行列。”

上赛季，文班亚马代表马刺出战71场比赛，场均得到21.4分10.6篮板3.9助攻1.2抢断3.6封盖。

Gold, that shimmering metal✨, has long been prominent in the investment world.

The mere mention of gold conjures images of luxury and exclusive treasures. It’s no wonder that a prevailing myth persists — the belief that gold is reserved solely for older, wealthier investors.

But today is the time to dispel this cliché.

Description

This all-white product contains natural fibers, nicotine and water water, stabilizers and flavourings.

Weight: 11 grams Pouch 0,4 Grams

Flavour Description: Menthol

Nicotine Level: 25 mg/g

Available in single cans, rolls (10 cans)

本教程适用版本：WPS 365 点击免费使用

Excel表格除了可以录入数据外，还可以对录入的数据进行自动计算。那么，Excel表格是怎样计算总成绩呢？今天，小编就教各位Excel表格自动计算总成绩的方法，大家一起来学习吧。

首先，打开Excel工作表，选中需要计算总成绩的单元格；

>>免费升级到企业版，赠超大存储空间

然后，找到菜单栏的【公式】选项，单击该项下的【自动求和】功能，选择【求和】选项即可：

>>免费升级到企业版，赠超大存储空间

当我们返回Excel工作表，就会发现在选中的单元格右侧出现计算的总成绩：

>>免费升级到企业版，赠超大存储空间

如果我们需要继续计算下面各行的总成绩，还可以选中已经计算好的总成绩单元格。将鼠标移至单元格右下角，直到鼠标变成黑色的“+”时，按住鼠标左键继续往下拖，下面的空白单元格就会完成公式的自动填充：

>>免费升级到企业版，赠超大存储空间

除了使用自动求和功能键，我们还可以通过输入函数计算的方法，得到总成绩。

首先，在需要计算总成绩的单元格输入“=SUM（）”函数，在括号内选中需要计算总成绩的单元格，按“Enter”键：

>>免费升级到企业版，赠超大存储空间

然后，通过单元格下拉，让其余行的空白单元格实现公式自动填充，就可以得到所有行的总成绩了：

>>免费升级到企业版，赠超大存储空间

那么，在Excel表格技巧中，Excel表格计算总成绩的制作方法，是不是非常简单呢，你学会了吗？

CNC machines are capable of providing significant value in a wide range of applications. From sign-making and furniture-making to prototyping and 3D modeling, there are numerous ways CNC technology can amplify the production efficiency and quality of small businesses in many different industries.

This is exactly the case for Montanye Woodworks, which added a CNC router to its capabilities several years ago and has been enjoying the benefits ever since. Here’s how Montanye Woodworks got its start and how its adoption of CNC technology helped streamline its offering in cabinetmaking for the pharmacy space.

The origins of the shop

Montanye Woodworks was founded by Shannon Montanye in Owatonna, MN, in 2009 as a small, startup venture. Shannon had spent several years bouncing back and forth between construction jobs and cabinetmaking jobs, frequently experiencing frustration with the way he was being treated and his level of compensation particularly in the construction space.

Eventually, Shannon decided to go out on his own and build cabinets, at which point Montanye Woodworks was born.

Breakthrough in the pharmacy space

Two weeks into his young business, Shannon had a friend come home to Owatonna from out of state. The friend was a general contractor, and upon hearing about Shannon’s plans for his cabinet shop, asked him if he wanted to bid on some upcoming kitchen projects.

Shannon was interested, but since the jobs were out of state, the prices ended up being too high in terms of delivery and other factors.

Shannon’s friend, however, also did pharmacy construction and asked Shannon if he wanted to price out some shelving units and cabinets for some upcoming projects. This project was more feasible for Shannon, and he agreed out of eagerness to get his business off the ground.

During his first pharmacy project in the beginning of 2010, Shannon was forced to work out of his parents garage due to his lack of a professional shop space. The first job was completed with limited hand tools and a table saw. Shannon worked this way for four months before moving to the shop from one of his previous cabinetmaking jobs which was also very limited in space.

After working there for three more years, Shannon built what is now the present-day shop of Montanye Woodworks, which is much bigger and provided him with the ability to grow his business.

Increasing project demand

Eventually, the pharmacy projects reached 20 stores a year and kept coming, which led to Shannon hiring his first employee. At first, they were doing everything by hand on table saws and router tables, handling parts more than once throughout each project.

The shop was unable to keep up with all the jobs that kept coming in and they knew they needed to make a change, whether that meant buying more equipment, hiring more employees, or both.

It was at this point that Shannon began looking into purchasing a CNC router.

The addition of CNC

When Shannon began his purchasing process, a local shop recommended him to a router company theyd dealt with before. Shannon got a quote from the router shop and initially had some sticker shock as it seemed like a lot of money for what he was getting.

Shannon started doing his own product research, eventually found ShopSabre, and was immediately drawn to the fact that they were an American manufacturer with lifetime support. After speaking with ShopSabre and hearing praise from another local cabinetmaker with a ShopSabre CNC machine, Shannon was ready to proceed. He worked with the ShopSabre team to craft a machine that would perfectly suit his needs both today and tomorrow.

They gave me options that I might eventually grow into as my business grew, Shannon said. Options I might need down the road.

Shannon ended up purchasing the PRO 510 CNC router, complete with a vacuum pump, locating pins, and an automatic tool changer.

The addition of Mozaik

Shannon’s machine had everything he needed, but he also wanted to make sure the software he was using aligned with his needs. The router came with VCarve Pro that would work to cut parts, but Shannon knew they needed something a little more advanced.

Being a cabinet shop, we knew we needed a more automatic software that was going to go straight to the machine, Shannon said. So we started searching, because our design software at the time didn’t have CNC capabilities.

Shannon’s shop eventually landed on Mozaik, and after seeing the per-month usage fees, pay-as-you-go structure, and support offering, decided to do a trial. They have since been using VCarve in conjunction with Mozaik and have had a great deal of success with both.

CNC as the most valuable employee

The addition of CNC technology provided Montanye Woodworks with the performance of a highly precise and efficient employee. Their streamlined workflow now consists of:

1. Designing cabinets on Mozaik.
2. Going to the computer and transferring the tool pass.
3. Placing a sheet on the router.
4. Hitting start.

While the machine is cutting, were doing edge banding and boring. When the router is done with its last sheet, were one sheet behind, ready to build the cabinets.

Shannon also recalls expressing an initial concern about integrating the router into their production process without upsetting deadlines or current efficiencies.

It was virtually plug and play, Shannon said. The day it arrived, we plugged it in, hooked up all our systems, and we were cutting parts that day. We were much faster and they were better quality.

If I had to do anything differently starting out, Id have bought the router first instead of hiring an employee. Its the best employee Ive ever had.

 

Transform your shops capabilities with ShopSabre CNC

ShopSabre manufactures world-leading CNC routers and CNC plasmas to provide hobbyists and shop owners alike with unmatched precision, efficiency, and versatility. Whatever your goals may be, we are dedicated to helping you produce outstanding results at a fraction of the labor and cost.

Our Industrial Series (IS) and PRO Series CNC routers provide industrial capability for a fraction of the price, while our SideKick CNC plasmas deliver professional quality at an entry-level cost.

Here are a few of the reasons ShopSabre is able to develop and produce such revolutionary CNC technology:

• Experienced in-house engineering talent
• The ability to totally fabricate and test designs onsite
• The ability to place the designs into production in-house

These are just a few of the advantages of being an American machine tool manufacturer. We offer commercial financing on our CNC equipment to help meet the needs of your budget.

Shop our unmatched collection of CNC routers and CNC plasmas in Minneapolis today to experience CNC the way it was meant to be.

The debate between dry etching vs wet etching is one of the first things microelectronic manufacturers have to settle at the start of their project. Many considerations have to be taken into account to decide which type of etchants should be used on a wafer to create an electronic chip, be it liquid (wet etching) or gaseous (dry etching).

This article will go into depth on what the dry and wet etching processes are, their applications, and the various methods involved in those processes. We will also clarify what the differences between the two are and what factors to consider when considering which one to use. If you'd like to learn more about other types of part markings, you can also visit our guide on direct part marking.

Etching Definition

Etching is a manufacturing technique used to remove layers or slices of a material or part, including semiconductors, dielectrics, polymers, and metals. It can employ chemical corrosion, electrochemical electrolysis, or even mechanical polishing arts.

As such, different types of etching processes can be used, depending on the desired manufacturing outcome. The procedure for different applications can vary greatly in terms of etching chemicals, the temperature used in the process, and exposure time.

There is also the matter of safety, as condensation of the wet etching chemicals can become a serious issue if not adequately addressed. It’s also important for the manufacturer to take proper care around the cleaning solvents used after liquid immersion or vapor.

Etching Considerations and Performance Parameters

Subjecting a material or part to a liquid or vapor etchant causes complex interactions on a molecular level that have a significant impact on the surface of said part. Regardless of the type of etching we are talking about, an etching treatment can cause one of three outcomes:

• Isotropic etching: The material is removed uniformly in all directions, creating a semi-circular shape cut out of the material. Since it’s a less accurate form of etching, isotropic processes are usually used for cleaning wafers or substrates of chips.
• Completely anisotropic etching: The material is removed only vertically, creating a rectangle when viewed from the side.
• Anisotropic etching: The created shape has a form between the two mentioned above. Anisotropic etching is commonly used to create circuit patterns.

Manufacturers make use of the following performance parameters when determining the best way to etch a part, whether they're using wet or dry etching techniques:

• Etching rate – the speed at which etching occurs, or the thickness being etched per unit of time. It is usually measured in μm/min or nm/min (micrometers per minute or nanometers per minute).
• Selectivity – the ratio of two etches rates noted as R1/R2. This is a useful parameter when comparing the etch rate of the etchant and the material. It is vital when defining or choosing the mask for a specific process.
• Etch uniformity – the etch rate variation throughout one part, multiple parts, or multiple batches of parts. It is defined as the subtraction of the maximum etch rate and the minimum etch rate, over the addition of the two.
• Anisotropy – defined as the etching directionality, meaning that when A=0, the etching is considered isotropic, and when A=1, the process is completely anisotropic. 

The Wet Etching Process

Wet etching is a technique that uses a liquid solution (usually called an etchant in the liquid phase) to remove layers or portions of a material or part such as a silicon wafer. This process is widely used in semiconductor fabrication in the manufacturing and treatment of wafers. The main advantage of using it is the ability to conduct surface removal on a part-wide scale. Etching intrinsic impurities in the materials (or surface) is especially sought-after and can be provided by etchants in the liquid phase.

Applying these etchants causes corrosion in the material, and this corrosion is controlled via masks. Masks are hardened materials that can resist the etching processes, making them perfect for adjusting the angles and shapes of the channels.

However, the depth of the etch is controlled by the etch duration and rate while the width of the channel can be reasonably estimated by the mask opening plus twice the channel depth. Some mask materials include gold, titanium, chromium, oxides, and nitrides, depending on which material is subjected to etching (for example, metal or silicon as the etching piece).

Generally speaking, in wet etching, engineers use substances such as hydrofluoric acid, nitric acids, phosphoric acids, and hydrochloric acids. The advantages of using these etchants are related to their corrosive properties.

Types of Wet Etching

There are two distinct techniques for wet etching:

• The dip method refers to when the part is laid into a tank full of chemical solutions of the type mentioned above. This is considered the ‘classic’ wet etching method – the one that involves a chemical bath.
• The spin/spray method relies on the etchant being sprayed on the material that’s being processed. At the same time, the part is rotated while being connected to an absorption mechanism. The rotating part of this system is optional, as the erosion of the material is heavily dependent on the crystal planes of the atoms that make up the part subjected to treatment.

The second method is more widely used since the dipping technique requires more acidic substances that are toxic to the human body. Silicon wet etching, typically used in semiconductor fabrication, is usually executed using the second method. Correcting another common misconception that may circulate around this process: a wet etching process does not necessarily rely solely on a chemical bath.

The Dry Etching Process

The dry etching process is sometimes referred to as plasma dry etching, although there are certain particularities to consider. Dry etching uses high kinetic energy beams to etch off regions of a material or part. Those beams contain high-energy particles (in the form of ionized gases in the plasma phase) that knock off atoms from the substrate surface, resulting in the evaporation of that specific region. The etched area is then controlled via masked patterns. The process allows for high aspect ratio geometry creation.

This technique is also heavily used in semiconductor fabrication. The dry etching process is a flexible process preferred due to its smaller undercut capability and the tendency toward anisotropism. Etching uniformity depends on the gases used and the distance to the substrate. Etching shape can be heavily influenced, depending on the technique used.

Typical gases used in this process include oxygen, fluorocarbons, chlorines and bromine species (in the plasma phase). Hydrogen plasma etching has also been investigated in the last few years, due to the highly reactive properties of the gas. Oxygen plasma can be used in etching activities of non-metals (such as glass and plastics), but it may be used in metals if combined with other reactive species (argon for example).

Types of Dry Etching 

Depending on the equipment and plasma manipulation techniques, there are several types of dry etching:

• Ion beam etching (IBE): the most straightforward of the dry etching processes. This involves argon ions that are radiated onto the surface of the part in the form of an ion beam at energies of 1-3 keV (kilo electronvolts). These energies are enough to strike out material from the surface, hence the need for gases in the plasma phase.
• Reactive ion etching (RIE): a type of dry etching that makes use of chemically reactive species (reactive ions) that are accelerated toward a substrate (in most cases a silicon wafer). Inside the etching chamber, the part is placed on an HF electrode used to influence the ions that form inside the chamber and thus control directionality. This allows highly anisotropic channels to form. By increasing pressure in the etching chamber, the mean free path of particles can be reduced, which translates into a less directional etching resulting in a more isotropic channel.
• ICP-RIE etching (or simply ICP etching): makes use of an inductively coupled plasma source. The plasma in this case is generated with the help of an RF-powered magnetic field. This source is added on top of the existing etching system necessary to conduct normal RIE operations, allowing for more control over the properties of the dry etching process.
• Plasma etching: a subclass of the dry etching process, capable of creating isotropic etch profiles. The plasma etching process is used to remove whole film layers (especially relevant to silicon substrate manipulation). The accelerated plasma is held off at extraction grating, meaning that only neutral atoms pass into the etching chamber. Those then hit the part surface, causing chemical abrasion. Since all dry etching processes are variations of plasma etching, those two terms may erroneously be used interchangeably. 

Considering the techniques described above, dry etching methods can be further categorized as follows:

•  Chemical reaction processes – those that use plasma or reactive gases (plasma etching).
•  Physical removal processes – that make use of momentum transfer to knock off material (IBE).
• A combination of the two above (RIE and ICP etching).

In terms of hazard management, reactive gases are of particular concern. However, since the equipment used in dry etching processes encompasses different types of chambers (including a vacuum chamber), the safety risks are considered rather low. While not the most straightforward approach in industrial manufacturing, dry etching can use chemicals to accomplish things like modifying wafer properties with high accuracy, depending on the specific process).

Dry Etching vs Wet Etching

Generally speaking, wet etching uses simpler equipment, is less complex, and has a high etch rate. It's also more highly selective. However, wet etching also requires large amounts of chemicals, is less safe, and offers less control over the etch. Dry etching, on the other hand, offers strong isotropic control, more precision, and is generally safer. Dry etching can also, depending on the process, offer a high etch rate, and it uses less chemicals. However, it is a more complex process, involving more complex equipment, and it doesn't feature as much selectivity.

Both techniques are used heavily in activities/industries such as:

• Semiconductor fabrication
• PCB etching
• Metal etching
• Transistor gate manufacturing

Both techniques also require etchants in either the gas phase or liquid phase to remove material from part surfaces. Silicon processing is the most common use case. With anisotropy being a quality of particular interest in microelectronic systems (i.e. printed circuit boards), dry etching offers many advantages over wet etching, even though the latter is the simpler process. 

Etching with Xometry

Dry and wet etching are essential processes in the manufacturing of electronics and each can be used in different situations, depending on the project requirements. While the main difference between them is the main etching agent used and how it is manipulated, both entail the removal of some layers or material from a part.

Interested in how Xometry can help with your manufacturing needs? We offer a wide array of manufacturing services that can suit any requirement through our partner network. Set up volume orders ranging from prototypes to industrial-scale quantities with us by getting an instant quote today.

Disclaimer

The content appearing on this webpage is for informational purposes only. Xometry makes no representation or warranty of any kind, be it expressed or implied, as to the accuracy, completeness, or validity of the information. Any performance parameters, geometric tolerances, specific design features, quality and types of materials, or processes should not be inferred to represent what will be delivered by third-party suppliers or manufacturers through Xometry’s network. Buyers seeking quotes for parts are responsible for defining the specific requirements for those parts. Please refer to our terms and conditions for more information.

Catalin-Daniel NeaguCatalin is a writer and translator with a background in aerospace engineering. He has a passion for space technology and is actively pursuing a Master's Degree in Space Science and Technology in Sweden. He also took part in the design of a VTOL aircraft and the reconstruction project of a World War II era plane.

Catalin also has a passion for writing technical content related to engineering topics, as he takes every new topic as an opportunity to learn.

Read more articles by Catalin-Daniel Neagu