#Flux Dispensing Systems

[datastring]

Flux Dispensers Market Set to Hit $434.7 Million by 2035

Industry revenue for Flux Dispensers is estimated to rise to $434.7 million by 2035 from $231.4 million of 2024. The revenue growth of market players is expected to average at 5.9% annually for the period 2024 to 2035.

Check detailed insights here - https://datastringconsulting.com/industry-analysis/flux-dispensers-market-research-report

Flux Dispensers are critical across several key applications including soldering operations, automotive assemblies, and aerospace manufacturing. The report unwinds growth & revenue expansion opportunities at Flux Dispensers' Material Compatibility, Application Areas, Technology Type, and End-User Industry, including industry revenue forecasts.

Industry Leadership and Competitive Landscape

The Flux Dispensers market is characterized by intense competition, with leading players such as Nordson Corporation, Henkel Corporation, Illinois Tool Works Inc., Techcon Systems, JBC Soldering Tools, Dymax Corporation, Fisnar Inc., Dover Corporation, Fuji Corporation, Intelligent Precision Systems, DKSH Holding AG, and Valco Cincinnati Consumer Products Inc. pushing the boundaries of innovation and forging strategic partnerships to capture larger market share.

The Flux Dispensers market is projected to expand substantially, driven by technological advancements and growing demand for precision in electronic assembly, automotive manufacturing, and aerospace. This growth is expected to be further supported by industry trends such as the transition from manual to automated systems, providing better operational efficiency and reducing the risk of human error in manufacturing processes.

Regional Shifts and Emerging Markets

Vietnam, Thailand, and Indonesia have emerged as fast-growing demand hubs within the Flux Dispensers market, with expected growth rates ranging from 3.8% to 5.7% for the period from 2025 to 2030. These regions have become key players in flux dispenser applications, particularly in automotive assembly and electronics manufacturing. Furthermore, these emerging markets offer new opportunities for market players to expand their footprint and diversify their revenue sources.

North America remains a leading region for Flux Dispensers, driven by the strong demand from the electronics and automotive industries. The necessity for precision in soldering processes has fueled the growth of flux dispensing tools, and innovations in dispensing technology continue to provide competitive advantages for local manufacturers.

Technological Advancements in Flux Dispensers

The Flux Dispensers industry has undergone significant technological advancements, shifting from manual to automated dispensing systems. Automated flux dispensers offer higher precision, greater operational efficiency, and a safer working environment, reducing the risk of human error and workplace hazards. This transition has revolutionized industries such as electronics assembly, printed circuit board manufacturing, and microchip production, making automated flux dispensers integral to high-precision applications.

Research Scope

Material Compatibility: Rosin Flux, No-Clean Flux, Water Soluble Flux

Application Areas: Electronics Assembly, Automotive Assembly, Aerospace Manufacturing, Others

Technology Type: Manual, Automated, Semi-automatic

Dispenser Capacity: Small Scale, Medium Scale, Large Scale

End-User Industry: Consumer Electronics, Transportation, Defense & Aerospace, Others

About DataString Consulting

DataString Consulting offers a complete range of market research and business intelligence solutions for both B2C and B2B markets under one roof. We provide bespoke market research projects tailored to meet the specific strategic objectives of your business. Our leadership team has more than 30 years of combined experience in market and business research and strategy advisory globally. We monitor high-growth segments across more than 15 industries, offering insights that help companies formulate effective strategies for market expansion and diversification.

Contact Us to learn more about how we can help you with strategy consulting, opportunity assessment, and solutions to business challenges.

[thegildedcentury]

In the early twentieth century the problem of production had been solved; after that it was the problem of consumption that plagued society. In the 1950's and '60's, consumer commodities and farm products began to pile up in vast towering mountains all over the Western World. As much as possible was given away--but that threatened to subvert the open market. By 1980, the pro term solution was to heap up the products and burn them: billions of dollars' worth, week after week. Each Saturday, townspeople had collected in sullen, resentful crowds to watch the troops squirt gasoline on the cars and toasters and clothes and oranges and coffee and cigarettes that nobody could buy, igniting them in a blinding conflagration. In each town there was a burning-place, fenced off, a kind of rubbish and ash heap, where the fine things that could not be purchased were systematically destroyed.

The Quizzes had helped, a trifle. If people couldn't afford to buy the expensive manufactured goods, they could still hope to win them. The economy was propped up for decades by elaborate give-away devices that dispensed tons of glittering merchandise. But for every man who won a car and a refrigerator and a tv set there were millions who didn't. Gradually, over the years, prizes in the Quizzes grew from material commodities to the more realistic items: power and prestige. And at the top, the final exalted post: dispenser of power--Quizmaster, and that meant running the Quiz itself.

The disintegration of the social and economic system had been slow, gradual, and profound. It went so deep that people lost faith in natural law itself. Nothing seemed stable or fixed; the universe was a sliding flux. Nobody knew what came next. Nobody could count on anything. Statistical prediction became popular . . . the very concept of cause and effect died out. People lost faith in the belief that they could control their environment; all that remained was probable sequence: good odds in a universe of random chance.

-Phillip K. Dick, The Solar Lottery, 1955

[industrynewsupdates]

Fluid Dispensing Equipment Market: Key Trends and Growth Opportunities

The global fluid dispensing equipment market size is expected to reach USD 11.47 billion by 2030, registering at a CAGR of 4.7% over the forecast period, according to a new report by Grand View Research, Inc. Growing demand for accurate and efficient systems for dispensing fluids as an alternative to manpower engagement in these processes to be a key driving factor for the industry growth.

The industry is characterized by the advent of automation technologies in various stage of production processes. The technology’s greater scope across automotive, electrical & electronics, and medical devices manufacturing has enabled higher sales of fluid dispensing equipment in these industries.

However, with evolving construction practices and increased usage of automated machinery for masonry, prefabrication and precast processes is expected to provide growth opportunities for industry participants.

Curious about the Fluid Dispensing Equipment Market? Download your FREE sample copy now and get a sneak peek into the latest insights and trends. 

Fluid Dispensing Equipment Market Report Highlights

• Adhesives & sealants are widely used across manufacturing stages to provide bonding between two materials, i.e., components, parts or overlays. Adhesives demand precision, accuracy, and consistency while being applied to surfaces

• Asia Pacific region led the market and accounted for over 43.8% of the global revenue in 2022. The region, particularly Korea and Taiwan, is a hub for semiconductors and other electronic component manufacturing and has the presence of leading companies such as Samsung, ZTE, and Foxconn

• Favorable capital spending by these end-users for procuring equipment and related systems will be a huge contributor towards Asia Pacific growth. Another significant force favoring the region’s growth is increasing automotive production and investments from western OEMs in the region

• The U.S. is a relatively mature region compared to those in Asia and is characterized by the presence of leading equipment suppliers and technological know-how. The U.S. is expected to account for nearly 17% of the global market value by 2030

Fluid Dispensing Equipment Market Segmentation

Grand View Research has segmented the global fluid dispensing equipment market report on based on product, application, and region:

Fluid Dispensing Equipment Product Outlook (Revenue, USD Million; 2018 - 2030)

• Flux

• Lubricant

• Solder Paste

• Adhesives & Sealants

o Epoxy Adhesives

o Epoxy Underfill

o Others

• Conformal Coatings

• Others

Fluid Dispensing Equipment Application Outlook (Revenue, USD Million; 2018 - 2030)

• Electrical & Electronics Assembly

o Semiconductor Packaging

o Printed Circuit Boards

o Others

• Medical Devices

• Transportation

• Construction

• Others

Fluid Dispensing Equipment Regional Outlook (Revenue, USD Million; 2018 - 2030)

• North America

o U.S.

• Europe

o Germany

o U.K.

• Asia Pacific

o China

o Japan

o India

• Central & South America

• Middle East & Africa

List of Key Players in Fluid Dispensing Equipment Market

• Nordson Corporation

• Asymtek; Protec Co. Ltd.

• AdvanJet

• Speedline Technologies

• Musashi Engineering Inc.

• GPD Global Inc.

• Fisnar Inc.

• Henkel AG & Co. KGaA

• Techcon Systems

• Intertronics

• Valco Melton Inc.

• Dymax Corporation

• Henline Adhesive Equipment Corporation

• ITW Dynatec

Order a free sample PDF of the Fluid Dispensing Equipment Market Intelligence Study, published by Grand View Research.

[electobykss]

How Electo Ensures Quality and Durability in Thermal Paste Manufacturing Setting the Benchmark for High-Performance Thermal Solutions

In today’s demanding electronics industry, thermal management plays a critical role in ensuring the efficiency, reliability, and longevity of electronic components. Whether in LEDs, power modules, PCBs, or battery packs, thermal paste is the key to efficient heat dissipation.

At Electo, we take pride in manufacturing high-performance, durable thermal pastes that meet global industry standards. Our commitment to quality, innovation, and customization makes us the preferred supplier and partner for businesses seeking reliable Made-in-India thermal solutions.

Why Choose Electo for Thermal Paste?

Engineered for Custom Performance �� Viscosity Tailored to Application One size does not fit all when it comes to thermal paste. Different applications require different viscosities, depending on how the material is applied and how it spreads between heat-generating components and heatsinks.

Electo Customization: We formulate thermal pastes with precisely controlled viscosity, ensuring smooth application, optimal gap filling, and minimal resistance in high-power devices. Our products are available for both automated dispensing and manual application, making them ideal for diverse industries.

High Thermal Conductivity – Up to 16 W/m·K Thermal conductivity is the most crucial factor in a thermal interface material. Electo has developed high-performance pastes with thermal conductivity values ranging from 1 W/m·K to 16 W/m·K, ensuring efficient heat transfer in high-power electronic devices.

Our Electo 2610, 2620, and 2630 series cater to both standard and high-performance applications, offering superior heat dissipation for LEDs, power modules, PCBs, and battery cooling systems. Unlike generic thermal pastes, Electo’s proprietary formulations ensure consistent thermal performance, even under extreme conditions.

Durability and Stability – Ensuring Long-Term Performance Thermal paste must not only perform well initially but also maintain efficiency over time. Many pastes degrade, dry out, or separate under high temperatures, leading to reduced thermal transfer and device failure.

Electo’s Advantage: Our thermal pastes are designed to be thermally and chemically stable, ensuring long-term performance with minimal degradation over time. Anti-pump out technology: Prevents the paste from moving away from the contact area under thermal cycling, ensuring consistent heat dissipation.

100% Made in India – Supporting Self-Reliance in Electronics Manufacturing Electo is proud to be a fully indigenous manufacturer, ensuring that our thermal pastes, fluxes, and adhesives are developed and produced in India.

This means faster deliveries, cost-effective solutions, and localized support for Indian manufacturers. We eliminate reliance on imported materials, ensuring consistent supply and quality control at every stage of production.

Proven Track Record – Trusted by Industry Leaders With over 15 years of experience in thermal solutions, Electo has built a strong reputation as a trusted partner for industries like solar, LED lighting, consumer electronics, and power electronics.

Our clients choose us for reliability, customization, and consistent product quality. Every batch undergoes rigorous quality checks for viscosity, thermal conductivity, stability, and adhesion, ensuring unmatched performance. Electo – Your Preferred Partner for Thermal Management Solutions Electo stands apart as a leader in thermal paste manufacturing, offering:

✅ Customized viscosity and thermal conductivity options tailored to your needs ✅ Proven performance with up to 16 W/m·K thermal conductivity ✅ Long-term stability to ensure device reliability and efficiency ✅ 100% Made in India – Supporting self-reliance and local manufacturing ✅ Strong industry partnerships with major electronics and solar brands

Whether you need a customized formulation or a high-performance standard product, Electo has the expertise and technology to deliver.

Let’s Work Together! Looking for a trusted partner for thermal interface materials? Contact us today to explore how Electo can help enhance your product efficiency and reliability.

[melssblog]

Why is cleaning needed

Harmful contaminants such as solder and adhesive residues, flux, and dust and debris from other manufacturing processes and handling are often formed during the course of electronics manufacture, and the primary purpose of cleaning is to remove these contaminants at regular intervals. This ultimately leads to increased lifetime of the electronic product by ensuring good surface resistance and by preventing current leakage due to PCB failure.

With the constantly evolving cleaning market to meet the demands of the ever-expanding electronics industry, it is of paramount importance that the level of cleanliness required be clearly defined. A correct method must then be used to ensure that the level of cleanliness achieved meets the standard specified by the electronics engineer.

When to perform cleaning

There are many stages where cleaning is required:

Before stencilling and soldering to remove contaminants from the previous production stages

After stencilling to remove excess solder/adhesive

After soldering to remove corrosive flux residues and any excess solder

How is cleaning performed

Precise application of solder is often achieved using a stainless steel stencil over the printed circuit board. Once the circuit design has been finalised, it is mostly purchased as a set of a stencil and many PCBs (a single stencil can be used on thousands of PCBs). The solder is applied on the stencil through which it flows precisely onto the PCB below.

The ultimate goal of cleaning is to remove unwanted residue from the surface and under components. This is achieved by considering selection of components, board material compatibility, placement and defining solder mask in the Design Phase. The cleaning agent must be according to the solder alloy and flux composition with proper heat exposure. The Cleaning Agent must be selected with reuse, environmental, temperature, use rate and Health and Safety considerations in mind. Any Cleaning Machine used must perform proper fluid management, give a good throughput and consume less energy.

Types of cleaning in electronics manufacturing

Proper cleaning can be categorised into PCB Cleaning, Stencil Cleaning and Maintenance Cleaning.

PCB cleaning This can be further categorised into inline and batch aqueous sprays for in-air cleaning, ultrasonic and batch immersion cleaning, manual PCB and benchtop cleaning and vapour degreasing.

While inline washers use high flow, energy and deflective forces, batch cleaning machines are designed to wash, rinse and dry assemblies of smaller footprint. In ultrasonic and batch immersion cleaning, the product being washed is completely immersed in the cleaning agent using either ultrasonic energy or spray-under-immersion forces. Manual PCB and benchtop cleaning is required in rework and repairs to production assemblies and after hand placement of BGAs, connectors or other surface mount components and this is achieved by using an aerosol can or a pump dispenser and ensuring the right cleaning chemistry. In vapour degreasing, the engineered cleaning fluid is a blend of solvents which behave like an azeotrope to produce a constant boiling system at a specific temperature range.

Stencil cleaning

According to some estimates, up to 70% of solder defects are attributed to the stencil printing process. Stencil cleaning is categorised into under-stencil wiping to remove soils, ultrasonic cleaning to remove trace levels of solder paste from stencil openings, solvent-based cleaning to clean wet solder paste, adhesives and flux residues from stencils, mis-printed PCBs, wave soldering pallets, tools and fixtures, spray-in-air aqueous wash/rinse to rapidly dissolve the solder paste, hand-held stencil cleaning to remove trace levels of solder paste from the apertures, and misprint cleaning to address misprints due to issues such as clogged apertures, stencil out of alignment and solder paste rheology shifts.

Maintenance cleaning

MELSS brings you cleaning solutions from KYZEN, the global leader in advanced electronics assembly cleaning technologies, who develop and deliver electronics manufacturing cleaning products and services for improved reliability, constantly innovating to match the changing requirements of the electronics industry.

[goldensunbalotiyaposts]

Acrylic Conformal coating

Comprehensive Guide to PCB Cleaning and Dispensing Solutions

When it comes to ensuring the longevity and efficiency of electronic circuits, maintaining pristine printed circuit boards (PCBs) is essential. For companies and technicians who manage PCB maintenance, investing in reliable PCB cleaning machines and chemicals, as well as understanding various dispensing technologies, is crucial. This guide provides insights into various PCB cleaning methods, conformal coating options, and dispensing technologies.

1. The Importance of PCB Cleaning Machines and Chemicals

PCBs are integral to electronic devices, but they often accumulate dust, flux residues, and other contaminants during manufacturing and assembly. To maintain the functionality of these circuit boards, it is crucial to use high-quality PCB cleaning machines and PCB cleaning chemicals. These machines help eliminate contaminants effectively, while chemicals ensure thorough cleaning, leaving no residue behind.

PCB cleaning machines are designed to offer an automated cleaning process, reducing manual labor while ensuring thorough results. Whether used in a small workshop or large-scale manufacturing, these machines can cater to different cleaning requirements.

High-quality PCB cleaning chemicals complement the cleaning machines by providing solutions that dissolve residues, ensuring that even the most intricate components of a PCB are free from contaminants. Using these chemicals can enhance the reliability and lifespan of electronic circuits.

In regions like Delhi, finding reliable PCB cleaners in Delhi has become easier as many companies now offer specialized solutions to cater to the rising demand in the electronics sector.

2. Conformal Coating: Acrylic vs. PU

Conformal coatings are applied to PCBs to protect them from moisture, dust, chemicals, and temperature extremes. Among the popular types, Acrylic conformal coating and PU (Polyurethane) conformal coating stand out for their unique benefits and applications.

Acrylic conformal coating is well-regarded for its ease of application and removal. This coating type is ideal for circuits that may need frequent repairs or updates, as it can be easily removed with solvents. It provides good moisture and fungus resistance, making it a preferred choice for consumer electronics.

On the other hand, PU conformal coating offers excellent abrasion resistance and long-term durability. It provides superior protection against chemicals and harsh environments, which is why it is often used in automotive and aerospace applications where exposure to extreme conditions is common.

Both Acrylic conformal coating and PU conformal coating are crucial for different industry needs, and selecting the right one depends on specific application requirements.

3. Adhesive Dispensing and Robotic Dispensing Machines

Adhesive dispensing plays a significant role in the assembly of PCBs, particularly for securing components and ensuring structural integrity. There are various solutions available for adhesive dispensing, including manual, semi-automated, and fully automated systems.

Adhesive dispensing systems ensure precise application of adhesives to specific areas, which is critical in maintaining the overall performance of the PCB. Using the right dispensing system can help avoid excess adhesive, which may interfere with other components.

For more advanced requirements, robotic dispensers are ideal. These automated systems use programmed paths to dispense adhesives accurately on the circuit boards, ensuring uniform application. Robotic dispensing machines increase productivity and reduce the margin of error in adhesive applications, making them a must-have for high-volume production environments.

In addition to dispensing machines, dispensing caps are used to control the flow of adhesives, ensuring precise application without spillage. The choice of caps can vary depending on the type of adhesive and the required precision.

Conclusion

Maintaining the cleanliness and integrity of PCBs is essential for optimal performance in electronic devices. Investing in the right PCB cleaning machines, using effective PCB cleaning chemicals, and selecting suitable conformal coatings such as Acrylic conformal coating or PU conformal coating can significantly extend the lifespan of PCBs. Furthermore, advancements in adhesive dispensing and robotic dispensing machines have made the assembly process more efficient and accurate, catering to the evolving needs of the electronics industry.

Whether you are searching for PCB cleaners in Delhi, or need the best adhesive dispensing solutions, understanding the various technologies available will help you make informed decisions and ensure high-quality results in your PCB maintenance and manufacturing processes.

[advancetech05]

Buy Word Class Equipment and Tools for Electronics in Delhi

Ionised air gun neutralise static fees on several materials as well as clean the surface area using ionised compressed air. Neutralising the static charges makes it easier to blow-clean the surface and avoids dust as well as dirt fragments from being re-attracted.

Static eliminators or static ionizers remove static as well as dust as well as can counteract and clean surface areas at remote ranges. Static neutralization is a functional technique of static reduction; nevertheless complete static elimination is not readily possible.

Electrostatic field meter is utilized to situate as well as measure static charges. It is extremely small, pocket dimension and also basic to use. It has the adhering to functions which are operated by pushbuttons: Power on/off, absolutely no adjustment, Ion Equilibrium and also Hold. Utilize the hold switch to retain the display screen of the analysis.

Ion bars are developed to regulate static charge in mini-environments, laminar flow hoods and also workstations. Ionizing bars include distinct aerodynamic layout that ionizes an area without interrupting laminar circulation. Installation is quickly.

We provide Static Charge Removal system with Static System Guard. Made using luxury technology, this system is made use of to remove all opportunities of dangerous results on personnel as well as product, therefore help in providing high effectiveness in terms of manufacturing, top quality, less male hour and higher revenues. Our system is utilized by customers in various markets, ranging from Textiles.

A digital multimeter or DMM is one of the most widely utilized pieces of test devices today. DMMs are available extremely inexpensively as well as these digital multimeter can provide extremely high levels of precision when measuring the specifications within an electronics or electrical circuit. Because of this, DMMs are just one of the most vital items of test devices offered today.

A Digital clamp meter is an electric examination device that integrates a standard digital multimeter with a current sensor. Probes gauge voltage. Having a hinged jaw incorporated right into an electrical meter allows service technicians to secure the jaws around a cord.

A digital tachometer is a digital device that determines and shows the speed of a turning object. A turning object might be a bike tyre, an auto tire or a ceiling fan, or any kind of various other motor, and so on. A digital tachometer circuit comprises LCD or LED reviewed out and also a memory for storage space.

Lux meters are made use of for gauging brightness in lux, fc or cd/m ². Some lux meters are outfitted with an interior memory or data logger to document as well as conserve measurements. The dimension of light intensity with a Lux Meter is Lux meter Review ending up being increasingly essential in the office because of security worries.

Portable insulation resistance testers and also megohmmeters are designed to aid avoid hazards such as electrical shock as well as short-circuits triggered when the insulation in electric gadgets, components, and also devices made use of in plants, structures, as well as various other setups deteriorates over extended periods of use.

A soldering iron is a hand tool made use of in soldering. It provides warm to melt solder so that it can stream right into the joint between 2 job pieces. A soldering iron is made up of a warmed metal idea and also a protected handle. Home heating is usually achieved electrically, by passing an electric current (provided via an electric cable or booster cable) via a repellent heating element.

Flux Cleaner is created to remove the burnt or clear deposit that flux leaves after the heat-treating procedure is complete. When is made use of as a change for soldering electrical calls especially those that accuracy parts snugly surround taking advantage of an aerosol change eliminator gives a number of advantages over making use of a Flux cleaner in tidy kind.

A soldering station Appears complicated-- and expensive. But it's not. It's simply a soldering iron with a built-in thermostat and a huge external power supply to maintain it at a constant, hot-but-not-too-hot temperature level as it melts solder as needed. And now they're available for under $50.

The Digital Soldering as well as Desoldering Station is a high performance and multi-function station for electronic product research, manufacturing as well as rework. We generate the very best soldering as well as desoldering options including digital soldering station in India.

In any SMD Rework Station or warm air blower, there are two control handles. One control knob is to regulate circulation of Hot Air while the various other control handle is made use of to control temperature level. Hot air flows through nozzle attached to the take care of.

Soldering without any No Clean Flux is a useful option for getting rid of the tedious message solder cleaning utilizing pricey as well as also contaminating CFC solvent cleaning. No Clean Change are reduced strong (much less than 5%) changes, especially produced for SMDs and also blended technology soldering.

VOC-free Flux use water as the leading solvent. Along with restricting the quantity of volatile organic compounds (VOC) right into the atmosphere, sometimes associated with international warming, VOC-free Flux is also non-flammable.

An Electric screwdriver is a tool, guidebook or powered, for screwing as well as helping to loosen (positioning as well as additionally eliminating) screws. A regular simple Electric screwdriver has a take care of along with a shaft, ending in a suggestion the individual takes right into the screw head prior to changing the handle.

Pneumatic Screwdriver use compressed air and also ideal for low-torque applications such as woodworking or sheet steel repairing.

Digital screwdrivers made for accuracy application as well as measurement of torque in manufacturing as well as lab settings. Digital as well as dial torque screwdrivers in supply for a wide variety of applications.

Torque meter is readily available in two different versions: portable meters or table leading meters. Torque meter have a wide variety of applications. Portable torque meter is generally made use of for industry while table leading torque meter is the suitable tool Torque meter summary for research laboratories.

 Epoxy Dispenser Option

The Epoxy Dispenser is a regulated system. The epoxy dispenser has a Rotating Layout Positive Variation Pump with a brand-new better resolution electric motor. This indicates has even far better performance.

Use of Desoldering Wick

Use of Disordering Wick variety from actually minute straight-forward jobs to tough applications based upon the need as well as additionally application, numerous Wick are conveniently available, varying in power usage, temperature level array, microcontroller (MCU) based control as well as additionally various other features.

Soldering robo automate the Manual soldering process. A soldering iron installed throughout effect of the robotic is relocated to previously configured placements, where it will certainly solder the joint. The required solder in the kind of readily available solder cable is being fed through solder cord feeders to the joint to be made.

How to Use of a Solder Pot

Solder pots are little, temperature-controlled pots or containers with flared lips that are made use of two tin cords as well as soldering tips. Solder pots also are especially useful for dipping electronics such as printed motherboard (PCBs) with through-hole leaded elements. Solder pots are utilized in smaller sized commercial applications or in nations where modern technology isn't as easily accessed.

If you have any questions, please contact us at ajay@advancetech.co.in or +91-9599592691. We at Advance Tech Services (P) Ltd, offers Equipment, Tools & Consumables for Electrical, Electronics, Automobile, Pharma Industry and other commercial applications, including Electronic Maintenance at reasonable cost in Delhi.

[advancetechpvtltd]

Development of No Clean Flux was to stay clear of the need for cleaning PCBs post-reflow, they currently represent one of the best difficulties in cleaning PCBs. No-clean fluxes contain salt activators that when being available in contact with other chemicals as well as in the existence of warmth, develop a creamy colored residue, helping to corrode delicate circuitry and allowing development of dendrites.

[himanithakur09]

Flip Gate ESD - Buy  Online at Best Prices In Delhi

Buy Flip Gate ESD at India's Best Online suppliers of Flip Gate ESD. Standard techniques of Flip Gate ESD  design may not be adequate as the ESD damages occur at successively lower voltages in nano-metric measurements.  For more detail visit - https://www.advancetech.co.in/products/tokii/flip-gate-esd-double-pass/tokii-301

[bibliophilicwitch]

Okay this is going to be a pretty big update related to work. And it’s gonna be pretty big because I haven’t been writing my rambling posts lately because I’ve been too busy at work when I normally would’ve gotten my feelings written down. idk how many are interested in this these days, but I know I’ve had followers that found my work updates interesting.

As you may remember I worked as a supervisor at a fabric store for many years and was worked into the ground with a horrible pittance for my effort. That company folded and I worked at Target for just over a year at the front end to utilize my management skills, but I realized that I had basically learned everything I could in such retail settings and I wasn’t happy. So I left and ended up working for Shopko pharmacy... for about a year until they also folded.

So the last two years I have been working at a Kroger pharmacy. I will be blunt - I am not a fan of Kroger though the reasons why are not specific to just Kroger but are evident in most retail pharmacy chains (and corporate customer service in general).

When we started administering COVID vaccines it was... rough. It wasn’t quite as horrible as the first few months after opening the new pharmacy because now we have learned a lot and know how to do most of what we’re doing and overall our patients are not abusing us as they had early on. But we are running around 26 vaccines over the course of two hours and not processing and dispensing medications during that time so we then spend the rest of the day frantically attempting to catch up while all of our patients that had to wait until we resumed daily services flooded us at once. We were short a tech for nearly three months and she has just returned and I already noticed the difference this past week. This means that now we are not spread thin with no extra coverage but instead no longer have to pick up tons of extra hours on top of having no extra coverage to help catch up from the vaccine clinic.

A few weeks ago I stayed over five hours after my shift, two of which during closed hours, and even two techs working literally all day including after closing with the pharmacist and getting caught up on several projects wasn’t enough because by noon the next day we were already sinking. It was at that point that I determined I was done. It didn’t matter how much we tried, we couldn’t get ahead and this meant that every day it felt like we were terrible techs unable to do our jobs competently. 

I didn’t have any deadlines or programs at the library the following Monday so I decided to use my first vacation day in over a year for a three-day weekend only to be asked if I could come in Monday evening at the pharmacy because it was such a shit show. I decided not to go in because we are very limited on what we can do after 5 anyways but I felt so damn guilty about it so a few days later I started job hunting with the goal of looking for something that will use the different skillsets I have developed at the library hopefully I can find a part-time job running a local business’s social media though that isn’t very likely in the small community I live in. All I know is that I am Done with pharmacy.

Meanwhile about ten years ago I started working at the circulation desk at my local library and found I was truly passionate about libraryship as a career. I’ve wanted to work in technical services processing books full-time for years, but technology and the changes of how libraries run means this is not a likely option unless I am at a much larger library. Around five years ago I kinda fell into the program and volunteer coordinator position and while I have had to manage many challenges and work to improve myself to meet those challenges it has been a good experience. Unfortunately it is only a 20hr position and after years of telling my director I would like more hours and I could bring so much more to the position if I had those hours, she kept hesitating to explore that.

This past year my old director retired and we hired a new director. This director has experience at libraries that had dedicated positions for building and managing an online presence and reaching communities in a variety of ways, so when she heard the ideas and suggestions I made throughout the pandemic while we were offering services virtually and determining that we had a HORRIBLE online presence it became an interest to her to possibly utilize my skillset to build that online presence. She tasked me with working on social media plans only to realize I was overburdened with programming at 20 hours and unable to put time into social media so she stepped that back.

The need to build our online presence hasn’t gone away though as Youth Services posts all their virtual programs via Facebook Live and has been sharing many other posts and Adult Services has stepped up their game as well meaning posting conflicts have started to be an issue since everyone has basically just been posting whatever they want with little to no consistency or branding. So my director tasked me with herding cats even though there has been no recognition of my role as a leader leading to me not wanting to overstep.

I asked my director in my bi-monthly meeting about a desire for more hours as well as a better understanding of my role in the future of our library. My city fucked up their budget a year or two ago and with COVID our hours and positions are actually on a freeze so I cannot get more hours though my director does have the goal of getting more hours to a few positions including mine. We are joining our local system this year which may mean we do not need our technical services positions so if any of them leave those hours could be allocated elsewhere. I just have no idea when these hours could become available. But this conversation did lead to giving all of programming to Adult Services and having my job become marketing and volunteer coordinator instead of program and volunteer coordinator.

My only concern is that this change may mean my position doesn’t need more hours later down the road? And that is literally all I want: a full-time position at my current library (since I am settled into this community) so I can work one damn job and have benefits. (My teeth have been a mess for years and yesterday I ate a nut wrong and was in so much pain I left one job early and called in sick to the other.)

Over the past couple of years Youth Services has started tasking each of their staff with planning and running their own programs and our goal is to do something similar with Adult Services. The biggest issue with that is that my current programs may not really play to any of Adult Services strengths, so some of my programs may be dissolved later this year.

I suspect Garden Guru which we market and host but is planned and presented by Master Gardener Volunteers will continue as it is fantastic series with minimal work on our end. We will probably end up changing around book club a fair bit which is fine as it has always been in a state of flux as I worked to figure out how to make it work well. Paint & Sip hasn’t been run in over a year due to the pandemic but will likely continue in some form. Make & Mingle has been monthly kits which is EXTREMELY time consuming and will likely be changed a fair bit when taken over by Adult Services at least during the transition and probably afterwards as they plan for its future.

Paint & Sip’s popularity has been my biggest frustration over the years but it and Make & Mingle have also been the most gratifying for me as I have always gotten the most positive feedback during and after those programs from participants. Also my office is basically a craft storage space and I am going to miss being known for the crafts.

I need to write up a new job description. I need to write out my programming planning and organization for Adult Services as a guide as they take over. I need to continue moving the Google Drive folders from my personal Google to the library’s new Gmail so that Adult Services will have control over them. I need to make sure these programs are all planned out enough to make sure transition is relatively smooth (Adult Services staff will either shadow my programs a few times or I will shadow with them as they take over and I figure I will work with the staff picking up different programs for transition plans).

So yeah... a fuck ton has been going on the last several months both overwhelming and exciting.

[1ore]

To understand traditional Finnish-Karelian body beliefs and the folk categories of illness connected to väki forces, it is not sufficient to view the body according to the Western model as stable, concrete and bounded. We must turn to concepts borrowed from physics (dynamics and kinetics) – namely energy, force, and movement to conceive of a body in flux and motion. Moreover, the dynamistic system of belief discussed here has important theoretical implications in that it signals a new way of thinking about bodies, objects, agency and motivation. This is where I part company with the cultural relativist position on systems of mythico-magical knowledge which leaves magic to be seen on its own terms, in which it always remains alien, other, ergo “primitive”. I seek to make magic understandable in terms of current western epistemology, within frameworks that are legitimated in our current scientific discourse.

[...]

[...] bodies were not the only actors in the Finnish-Karelian dynamistic world view. Inanimate entities and objects in the body’s environment were also perceived to “act” upon the body – and these acts were motivated, meaning that humans attributed to these objects a will to act, that is, intentionality. These motivated acts by objects blur the line between subject and object, between personal and impersonal force, and thus muddy the analytical distinction between dynamistic beliefs (väkiusko) and animism (haltiausko) made by Finnish scholars in the late 19th and early 20th centuries. I suggest that magical incantations which addressed harmful, väki-filled objects as if they were animate agents were not based upon an erroneous understanding of the true nature of phenomena in the world. Rather, they were based upon a set of logical propositions reminiscent of certain postmodern approaches to the theoretical issue of subject-object relations[...] [...]Objects of knowledge are brought into being by subjects who do the “knowing”. But, as soon as these objects are constructed, that is, imbued with meaning, they can become very powerful and effective in constructing other, sometimes unexpected and unintended objects. Meaning-filled objects should therefore not merely be viewed as passive and inert matter to be appropriated, but also as active and meaning-generating in themselves.

One of the best anthropological examples of such an “active” object is the gift. The agency bestowed upon the gift by society was noted already by Mauss and elaborated upon by subsequent scholars. In gift-giving, objects have powers of their own, they take on attributes of persons[...]

[...]The work of these scholars raises the entire philosophical question of how we define subjects and objects in Western “rational” thought – and why. It reveals objectification to be the drawing of an illusory, but seemingly “real” and fundamental boundary between the world and the self. Many premises of the Finnish-Karelian mythico-magical world view, and particularly of dynamistic belief systems, dispense with that illusion and operate as if the boundary between the embodied self and the outside world were fluid. Dynamistic orientations to the world do not recognize a fundamental dichotomy between objects and subjects of knowledge, but instead acknowledge the complexity and two-directional nature of subject-object relations. In magical thought, objects have agency.

scraps from the essay "The Dynamistic Body in Traditional Finnish-Karelian Thought" by Laura Stark-Arola, with references to the work of Donna Haraway and Marilyn Strathern.

[databridge34]

Data Bridge Market Research analyzed that the Fluid Dispensing Equipment Market will show a CAGR of 6.30% for the forecast period 2022-2029 and is expected to reach US$13.84 billion in 2029.

[melssblog]

Reflow, Wave, Hand or Robotic Soldering – What, Why, and How?

With Printed Circuit Boards (PCBs) being omnipresent in most equipment we use today, the importance of soldering cannot be overstated.

A PCB includes Through Hole and Surface Mount components. Hand soldering and robotic soldering are used for through-hole components while wave soldering and reflow soldering are used for surface-mount components. Robotic soldering is now being used to replace the time-consuming hand soldering. Reflow soldering is the commonly used technology for surface mount components which also uses wave soldering.

Soldering for SMT components

Reflow Soldering

In reflow soldering, solder paste composed of flux with soldering beads suspended in it is applied on the PCB using a stencil. Tiny SMT components are then placed on the board using a robotic pick-and-place machine. This board is then passed through a reflow oven with different heating zones suiting respective applications where the solder paste melts and then solidifies to keep the tiny components in place. The larger components and through-hole components are soldered using hand soldering separately.

Wave Soldering

In wave soldering, the PCBs pass through a wave of molten solder. The underside is sprayed with flux which evaporates before the board passes through the different types of controlled molten solder waves – for boards containing both SMT and through-hole components, the underside containing SMT components passing through the solder waves while the top side contains the through-hole components for hand soldering or robotic soldering.

Soldering for Through Hole components

Hand Soldering

Many components such as batteries or odd-shaped parts that cannot go through either of the above methods need hand soldering using a solder wire with a flux core. IPC standards need to be adhered to while soldering. Hand soldering is helpful in customised connections but it needs trained hands. Many tools are available which aid in hand soldering and help in consistent and precise joints.

Robotic Soldering

Robotic soldering on the other hand uses programmable robots to speed up the time-consuming hand soldering process. These robots not only are programmable but aid in repeatable soldering, improve the quality of solder joints, and what’s more work 24×7 thereby increasing the efficiency of soldering. These robots can be used both as standalone or in assembly lines.

Addressing the needs of soldering, MELSS brings you soldering materials and equipment from the pioneers in the field:

The widest range of solders and fluxes from Indium Corporation including the suite of low-voiding solder pastes, reliable solders for e-Mobility, and the patented Durafuse LT

Cleaning chemistries including those for PCBs from Kyzen

Dispensing Systems from TECHCON for accurate dispensing of soldering solutions

Soldering and fume extraction solutions from METCAL including such path-breaking innovations such as Smartheat technology for fixed temperature soldering applications besides for the variable temperature soldering applications.

The indigenously built Soldering Robot, Solderbot which comes with many unique features such as pinpoint precision, user-friendly programming, online monitoring, and speed. It also has 0.05mm repeatability and performs drag soldering leaving no mess.

[goldensunbalotiyaposts]

PCB cleaning chemicals

Advanced Solutions for PCB Maintenance and Assembly

In the fast-evolving world of electronics, maintaining the integrity and performance of printed circuit boards (PCBs) is crucial. PCB Cleaning Machines, PCB cleaning chemicals, Acrylic Conformal coating, PU Conformal Coating, Robotic dispensers, Robotic dispensing machines, Dispensing caps, fluid dispensing system, and Electric Screwdrivers are vital components in ensuring optimal PCB functionality and longevity. Here’s a comprehensive guide to understanding how these tools and materials contribute to PCB maintenance and assembly.

Effective PCB Cleaning Techniques with Cutting-Edge Machines and Chemicals

Keeping PCBs clean is the first step towards ensuring their reliability and performance. PCB Cleaning Machines are designed to remove contaminants, such as flux residues, dust, and oils, that can affect the functionality of the circuit board. These machines employ various methods, including ultrasonic cleaning, spray cleaning, and vapor degreasing, to achieve a thorough cleanse.

To complement these machines, PCB cleaning chemicals play a pivotal role in dissolving stubborn residues without damaging the delicate components of the PCB. These chemicals are specially formulated to work with PCB Cleaning Machines, ensuring that every nook and cranny of the board is free from contaminants. By regularly using PCB Cleaning Machines and the right PCB cleaning chemicals, manufacturers can significantly reduce the risk of failures and extend the lifespan of their products.

Protective Coatings: The Role of Acrylic and PU Conformal Coatings

Once a PCB is clean, the next critical step is to protect it from environmental factors such as moisture, dust, and chemicals. Acrylic Conformal coating is a popular choice for providing this protection due to its excellent dielectric properties and ease of application. This type of coating is ideal for general-purpose applications where the PCB needs to be shielded from humidity and contaminants. Acrylic Conformal coating not only enhances the durability of the PCB but also allows for easy rework if needed.

For more demanding environments, PU Conformal Coating offers superior protection. Polyurethane-based coatings are known for their excellent chemical resistance, making them suitable for PCBs that are exposed to harsh conditions. PU Conformal Coating is particularly beneficial in industrial and automotive applications, where PCBs are subjected to extreme temperatures and chemicals. Both Acrylic Conformal coating and PU Conformal Coating provide a reliable barrier, ensuring that the electronic components continue to function effectively, regardless of external conditions.

Precision in Assembly: The Importance of Robotic Dispensers and Fluid Dispensing Systems

As PCB designs become more complex, the need for precision in applying adhesives, sealants, and other fluids becomes paramount. Robotic dispensers are revolutionizing the assembly process by providing accurate and repeatable dispensing of materials. These machines are equipped with advanced sensors and control systems that ensure the precise application of fluids, reducing waste and improving efficiency. A Robotic dispensing machine can handle various materials, from solder paste to adhesives, ensuring that each component is secured correctly.

In conjunction with robotic dispensers, fluid dispensing systems are essential for controlling the flow of materials during the assembly process. These systems include a range of components such as pumps, valves, and Dispensing caps, all designed to ensure the consistent and controlled release of fluids. Dispensing caps are particularly important in preventing leaks and ensuring that the right amount of material is applied to each part of the PCB. By integrating Robotic dispenser and fluid dispensing systems into the production line, manufacturers can achieve higher levels of precision and consistency, leading to better product quality.

Essential Tools for Assembly: The Best Electric Screwdrivers

No assembly line is complete without reliable tools, and when it comes to securing components onto a PCB, Electric Screwdrivers are indispensable. The Best Electric Screwdrivers offer torque control, speed adjustment, and ergonomic design, making them suitable for high-volume production environments. Whether it’s for assembling consumer electronics or industrial equipment, the Best Electric Screwdriver ensures that screws are driven accurately and consistently, reducing the risk of damage to the PCB.

In today’s competitive market, investing in quality tools and equipment like PCB Cleaning Machines, Acrylic Conformal coating, PU Conformal Coating, Robotic dispensers, fluid dispensing systems, and Electric Screwdrivers is essential for any electronics manufacturer. These tools not only enhance the quality and reliability of the products but also improve efficiency, leading to cost savings and higher customer satisfaction. By understanding and utilizing these advanced solutions, manufacturers can stay ahead in the ever-evolving electronics industry. Visit here - https://mectronics.in/

[advancetech05]

Select Electric Screw Driver – Advancetech

If you are looking for “ELECTRIC SCREW DRIVER” at an affordable with highest quality online then Advance Tech is the best for you. the Electric Screw Driver. The Electric Screwdriver is designed to intelligently shut off once the predetermined torque has been accomplished automatically. With the use of an Electric Screwdriver, you can ensure product quality, cut expenses, and reduce the opportunities of assembly mistakes.

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