Effective Ways to Ensure a Polishing Shine

They might be a small detail on the dinner table in a restaurant, but polished stainless steel flatware play a huge role when it comes to making first and last impressions on diners. The overall appearance and finish of cutlery makes a large contribution to the dining experience and is something no restaurant should ever overlook. Here are some effective steps to take to ensure you get the best polished stainless steel flatware.

Make Sure No Fragments are Left

Cleaning and rinsing your utensils in soap isn’t enough to prepare them for cutlery polisher use. It’s important to make sure there’s no leftover fragments of food or sauces left on them. The best way to achieve this is to soak them in hot water and washing liquid. Doing this daily right after closing the restaurant helps remove salt and acids, which are highly corrosive to utensils.

Use A Soft Cloth to Clean and Dry Them

Abrasive cloth can scratch both flatware and silverware, so make sure to use only soft, non-abrasive cloths to prevent any damage to your utensils. In doing so, will further help to remove any food fragments left on your utensil, and prepare them for the cutlery polisher. This simple step will help maximize its capability to make your cutlery look good as new.

Use a High Quality Cutlery Polishing Machine

Lastly, the best way to guarantee exceptional polished stainless steel flatware is to use a high quality polishing machine. Campus Products provides one of the best cutlery polishing machines in the market today: the Silvershine series of cutlery polishing equipment. 

Make Sure You Source Only From The Best Polisher Manufacturers

If you have yet to find a reliable supplier of quality polishing equipment for your restaurant, consider Campus Products for all your needs. Contact us today to find the best stainless steel, glassware, and cutlery polishers you can find in the market!

The Perks Of An Integrated Gear Motor Design

Custom feedback solutions are found to be very helpful when it comes to allowing customers to interface the gear motors with most electronic devices and equipment as the integration happens within the design of the motor itself. Such a solution can come in various forms, including different shaft feedbacking devices for speed, various types of temperature sensors, and customized feedback designs for the actuator arms of the machine. In particular, the demand for advanced sensors integrated at the motor is increasing as the interest for industrial IoT also rises.

Another customization solution can also be done upfront such as the case with motor actuators that serve as wheel drives, rotating actuators, and even lift actuators. In addition, gear motors that have controllers fully incorporated into their design enable the elimination of wiring to connect the motor and controller while making the envelope construction more compact. 

Working with the consumers to design a motor that directly integrates to its drive mechanism usually involves the integration of either an actuator arm or a pinion gear on the drive shaft allowing for mounting of gear motors. This setup allows a perfect fit and achieving correct tolerances while allowing the operator to use the motor easily and with less effort to assemble the whole thing. This also means the shift toward design for gear motors that is a space saver and smaller. 

One great example would be an integrated planetary design of a gearbox that enables the device to generate the force that is two times stronger than the parallel shaft gearboxes, even if it is from a smaller gearbox. As such, the end-users benefit from smaller gear motor size, higher torque density, and an integral design that eliminates the requirement to mount couplings, flanges, and other alignment mechanisms that are needed with other gear motor designs.

3 Astounding Variations of Laser Cutting Services That Guarantee 99.9% Accurate Cuts

Accuracy is definitely the most important aspect of laser cutting services. Indeed, fabricators have fewer problems with inaccurate cutting edges thanks to the consistency of laser cutting machines. There are three ways lasers process metal workpieces efficiently: flame or oxygen, sublimation, or fusion cutting. Each one of these achieves different results but definitely guarantees 99.9% accuracy in every result.

Flame or Oxygen

Laser cutting services use high-intensity and heat light that concentrates heat at a single point that is adjustable in size. Conventional laser cutters use oxygen as its cutting gas that accelerates the workpiece’s ignition temperature at the target area. This achieves a clean cut without any contamination especially on thick steel plates below 30 millimetres.

Sublimation

This process is common with laser cutting services that frequently process non-metallic materials. For example, sublimation works well with wood, plastic, and foam workpieces because it reaches the material’s vaporisation point and avoids oxidation. It is a stark contrast of the flame or oxygen cutting process because oxidation creates an undesirable effect on non-metallic workpieces.

Fusion

A variation of sublimated laser cutting, it once again avoids oxidisation by shielding the non-metallic workpiece material with nitrogen. However, machines capable of fusion cutting can pierce through metallic and ceramic products too. In turn, it achieves a clean and uncontaminated cut void of any type of undesirable oxidation.

If You Need One of These, Get Them Only From The Best

When you work with us at Baseline Custom Fabricating, you receive not only these three types of laser cutting service. You are working with a company that has over 30 years of industry experience and guarantees exceptional results. We’ve recently finished two custom steel tanks and an on-site job in Clarington. Contact us today to learn more about our value-adding services that guarantee 99.9% accurate results each time!

4 Best Ways to Maintain a Hydraulic Cable Cutter

A hydraulic cable cutter plays a vital role in cable installation, maintenance, and general cutting and processing. All engineers and technicians need a reliable cutter that achieves its objective in the shortest and most efficient way possible. To ensure your cable cutter is consistent, make sure to follow these four effective maintenance routines:

Remove Air Bubbles

Any hydraulic cable cutter performs adequately with the right pressure settings if it has no air bubbles in its hydraulic circuit. When changing oil, make sure you purge all air bubbles by using your cutter’s pressure release handle or similar feature. In doing so, it pushes all air bubbles into the reservoir and prevents cutting pressure inaccuracy during operation.

Use Only Recommended Lubricating Oils

Ensure you are only using the recommended lubricating oils to avoid damage and inaccuracies. Using the wrong lubrication can shorten the lifespan of parts and other components of a hydraulic cable cutter. Check with your cutter manufacturer for which oils are best to use, or if they produce a hydraulic lubricating oil specifically for the tool

Consistent Oil Reservoir Checks

A low oil level will affect the cut accuracy of your cable cutter. Normally, this will cause the appearance of bubbles, which contributes to the inaccuracy and lack of cutting efficiency. It is best to check your hydraulic cutter’s oil levels every six months. If the oil hasn’t changed in amount, changing the lubrication helps lengthen the cutter’s parts and fittings lifespan.

Regular Calibration

Make sure to check the cutting calibration of your cutters. Your personnel can perform a general maintenance and recalibration daily, but having manufacturer-licensed or recommended technicians can give you a better picture of your cutter’s remaining lifespan, performance, and capabilities.

Source Only The Best Cable Cutters From Excellent Manufacturers

AMAC Equipment is one of Canada’s finest cable equipment and tools distributors. We have worked with numerous Canadian federal, provincial, and municipal governments with all their electronics needs. Contact us today to learn more about what we can do for you.

The 3 Different Methods In Recycling Tungsten Carbide Scrap

The unique properties and excellent wear and cutting resistance of the tungsten and its carbides made them a highly valuable commodity and strategic metals around the world. As such, tungsten scrap is also highly valued and becomes a significant source of tungsten raw materials and so is their sustainability. To be specific, cemented carbides which are utilised in producing components and tools for cutting metals, drilling rocks, and for other applications that require high resistance to wear. These tools are highly useful in the construction, manufacturing, mining, gas drilling, and petrochemical sectors. All of which containing tungsten becomes available for reuse and recycling. 

When it comes to recycling cemented carbide, there are three primary methods that are used. These include direct, indirect, and semi-direct. The direct method of recycling tungsten scrap offers the benefits of the high recovery of the metal, better grain size control, and good quality of powder production. However, it requires energy-intensive and costly equipment to totally separate the metal carbide from the material that bonds it.

On the other hand, the indirect method of recycling has the ability to produce highly valuable “virgin ammonium para tungstate” or APT which is needed in producing other tungsten intermediate products. The major drawback of this method is the need to go through various conversion steps before tungsten carbide scrap can be separated. The last option is the semi-direct recycling method that requires low energy and environmental impact but employs slow process kinetics.

Reports indicate that tungsten scrap will be a significant source of raw material for the entire tungsten industry in the near future. This is why recycling efforts should focus on optimising the current methods while putting emphasis on the purity of the scrap metal, energy costs, recovery of valuable tungsten constituents, and reduced environmental impact. Any new recycling method to be developed must also consider all these factors to ensure that valuable tungsten scrap is fully recovered.

4 Important Reasons To Always Have Greatly Reliable Structural Welding Services in All Your Projects

 

Structural welding is an important part of almost any heavy industry nowadays. Numerous industries such as auto-making and assembly, mining, ship-building and assembly, medical equipment manufacturing, and more use this process to install the metal framework that allows buildings to stand erect for decades or centuries. Here are four important reasons to have the best structural welders in your area all the time.

In-Depth Problem-Solving Skills

Reliable structural welding services have experienced and knowledgeable personnel. They won’t just use any welders; their professionals are highly trained, greatly reliable, and adapts to any situation. Professional and knowledgeable welders can handle any hiccups during welding operations, structural re-adjusting, and securing framework loads efficiently.

Saves Time and Resources

Working with professional structural welding services allows you to save on time and money because they guarantee only the highest quality of results. Exceptional welders such as us at Weld Rich and Steel have a well-established logistic outline that we present clients and follow to the dot. In turn, we meet all deadlines and objectives effectively at the same time.

Uses Only The Best Equipment

Top-tier welders always invest in the right and most efficient equipment. With the client’s needs at the centre of our operations, the best structural welders use only state-of-the-art torches, fabricators, safety equipment, and other necessary equipment.

Guarantees Exceptional Results in Every Project

Experienced structural welders know what high-quality work looks like. They have strict quality control and post-installation inspections to ensure all aspects of the metal framework are secure before the concrete starts pouring. This allows them to deliver exceptional results in every project.

Make Sure to Work Only With CWB-Regulated Welders

If you have yet to find a quality welder near you, you can count on Weld Rich and Steel. With decades of experience delivering the best welding solutions for different industries, we guarantee only success in every project. Contact us today to learn more.

The One Great Importance of Enrolling in Drawing Classes in Toronto

 

If left to their own devices, children will have fun drawing on paper and expressing their imaginings. However, child-centered drawing classes in Toronto give kids one very important trait they will bring in the future: a passion to hone their skills and be their best version always. Curiosity that they translate into drawings is just the starting point for children. With the right guidance, it will translate into exceptional learning.

Cultivate Passion and Ambition in Children

With an objective, children improve their concentration skills. Similar to play, drawing is a lot of fun especially when they’re satisfied with their results. However, carefully-laid goals and objectives appropriate for their age allows children to become more passionate and focused on overcoming challenges in something they deem fun such as drawing.

Improve Fine Motor Skills in Younger Kids

Six-year old children have developed their fine motor skills for writing. However, drawing takes their skill level into new heights. By encouraging both their imagination and hands to coordinate, the mind-body connection in children will improve. This contributes greatly to their everyday use in academic school or as full-time students of drawing classes in Toronto.

Confidence in The Results They Produce

Children at a young age are less defensive when presenting their output to others and their teachers. With constructive criticism and an encouraging peer group in their drawing classes in Toronto, they will remain productive and have confidence in their results. This is thanks to a culture centred on learning and personal development of both art and life skills.

Observational Skills to the Next Level

Drawing classes doesn’t mean children always hold pencils and start sketches on paper for hours. Kids will learn about conceptualising their work before starting. Art professors achieve this by letting children draw a few simple objects and learn to arrange them properly. In doing so, the lessons will take the children’s observational skills to new heights

There’s More To Drawing Than Just Lines on Paper

For children, drawing is as much fun as playground activities and field trips. Seeing new things unfold underneath their eyes that their hands produced is a joyful and enriching activity for them. Drawing is an important part in a child’s development. Cultivate their passion for art and learning by enrolling them in VR School of Art today!

4 Factual Reasons Your Competitor Is Greatly Investing in a Software Development Company in Toronto

 

CNC mechanisms and even the firmware you can find in almost every single equipment in your shop involved a software developer to maximise its efficiency. Just like them, a software development company in Toronto delivers the same efficiency-maximising capabilities to your industry rivals that have invested greatly into their services. Here are four reasons why they’ve become quite involved with custom software development for their business.

Everything is Done Through Computers Today

Every year, the number of smartphone users in the world increases. In turn, the number of clients in your industry using the Internet to know more about your business and enquire about your services also increases. A software development company in Toronto can give you a website that provides all the necessary information about your business. In addition, developers can integrate all your website activity into your inventory and accounting systems for precision product management too.

Third-Party Software Suites Can Only Do So Much

You can always work with third-party cloud-based accounting and inventory software online. However, a custom software development company in Toronto can address your needs precisely through tailor-made platforms that fit your business processes like a glove. This is one core reason why industry rivals are investing so much in custom software. Using third-party suites will increase your productivity, but it will mean adjusting your processes to its features. This can make product integration rough and time-consuming.

It Improves Their Productivity Beyond 100%

Automated inventory tracking, online delivery tracking systems, and an online product customisation feature on websites that changes the rough total product estimate as customers switch between parts improve both company productivity and profitability. In addition, these automated and interactive features allow companies to invest their resources into different departments that optimise and can potentially improve their business productivity by 100%.

They Have a Fully-Holistic Digital System

Custom software development isn’t just for optimising one or two processes to minimise human error and maximise efficiency. Software developers can design and develop an integrated digital system that tracks every data from inventory, production, logistics, marketing, and other business areas into a single holistic and easily-accessible platform. The greatest benefit it brings to your rivals is being able to stay on top of everything and nip potentially huge issues swiftly in the bud.

Custom-Made Software Solutions Give You An Edge Against The Competition!

If you’re convinced but have yet to find a reliable custom software development company in Toronto to work with, you can count on us at Vestra Inet. With decades of experience in the industry and having worked with different commercial and industrial companies such as Madani Rings and TCI Graphic Products, we guarantee exceptional results in every project. Contact us today to learn more about what we can do for you.

The Fundamental Gear Manufacturing Processes

 

Gears are being made in various ways using different methods and techniques. So, there is really no single process in CNC machining for gear manufacturing that can be used to describe the making of all gears. For those who don’t know about gears, they actually come in many types, depending on their teeth configuration and uses. Moreover, based on the unique requirements for the gears, manufacturers can use different manufacturing processes to create the various types of gears effectively. With that, here are some of the fundamental CNC machining for gear manufacturing processes to know.

Gear Hobbing: using a hobbing machine, gears and splines can be cut continuously into the workpiece through a series of cuts. The hob, the tool that cuts through gear blank, has teeth that are evenly spaced which provides high precision cutting of gears.

Gear Shaping: this gear manufacturing process is utilized when the use of a hob is not possible. Shaping is commonly used for cutting cluster gears or internal gears. The cutting tool is shaped pretty much a gear that has cutting edges that rotate as it cuts into the blank material.

Gear Milling: it one of the most widely known methods of gear manufacturing that require the use of a milling machine. With its ability to create almost gear type, it is considered to so practical. However, traditional milling has low precision but with the improvement of CNC machining, sophisticated software and programming made the process capable of manufacturing high-quality gears. So, today milling has been the go-to technique of creating almost every type of gears.

Bevel Cutting: this cutting process requires the use of a specialty equipment that is specifically designed to cut bevel gear. This method is so unique as bevel gears are among the most specialized gears in the manufacturing industry becuase of their complex shapes and teeth design.

CNC Controls And Programming in Boring Mills

 

Advances made in Computer Numerical Control or CNC technology have impacted virtually every process in the manufacturing industry, especially in the field of boring milling machines. The more powerful processors have enhanced data flow, reduced processing times, and made it possible for larger programs to be created. The CNCs are so high-tech that they promote designing and creating more accurate tools and boring milling equipment is no exception. This allows the end-users of boring milling machines to produce parts that are more accurate and eliminate rework while producing complicated parts a lot faster than before.

Moreover, both the peripheral tools of the machine, including the milling head and rotary table can be controlled by CNC, making more accurate axes movements. This means a part can be milled in a lesser time than it used to be using traditional boring mills. In addition to CNC controls, better programming for boring milling machines also fostered greater productivity and efficiency with this equipment. Working together with the machine operation, programming requires the operator’s understanding of the entire manufacturing process to be capable of changing speed, feed, and tool offsets as needed.

While boring mills are not really so complex, they are so huge that creates unique manufacturing problems caused by their big size. This is where the design for manufacturability has become part of the whole thing for boring milling machines to work as expected. This concept is so vital in machining a workpiece on a boring mill as it would be on other machines.

The idea of programming with this equipment is the same as most machines today. The machine will be programmed offline and then the program will be transmitted to the machine through a wireless network. While there are still some machining shops that perform this right at the machine, the industry is seeing a trend to do it in a dedicated office while any tweaking is done at the machine.