Food Automation Technology

Food Automation technology and systems are the new norm and continue to grow into 2020. When it comes to food production and manufacturing, automation is an excellent way to increase production and save on labor costs for years to come. There are many options when it comes to food automation for long term industry success. From the production of the item to serving customers with a finished product.

Types of Food and Beverage Service Automation include production automation, material handling, packaging, and delivery automation.

Read More – BP Food Processing Machines and Gallery Robotics in restaurants and the food and beverage industry have revolutionized how we prepare, distribute, and serve food. This is especially considered when it comes to fast food and other on the go meals. A new alternative even provides healthy and gourmet foods that can now be served with the click of a button.

Here are a few restaurants using Food and Beverage Automation:


hamburger food automation Creator

This hamburger shop located in San Francisco has a robotic machine that handles the entire making of your burger. Starting with the grinding of the beef, to the frying patties, toasting buns, dispensing condiments, and assembling the burger. At Creator your order is still taken from personnel and they will hand you your mouth-watering burger.


food automation chowbotics

Chowbotics keeps fresh ingredients in a refrigerator and prepares meals such as salads, grain bowls, snacks, and other bowl-styled meals on-demand. This vending machine robot called “Sally” turns a profit after only 9 bowls. It has canisters that are filled with each ingredient and the computer system allows owners of the bot to check the freshness and stock of each product. This is a popular option for health care facilities and hospitals allowing fresh meals that can be served 24/7.


Not only can we use robots for food production and handling, but companies such as KiwibotKiwibot also use robotics for delivering food. Three types of robots are used; one to take orders, a semi-autonomous tricycle in which orders are sorted one Kiwibot to deliver the orders. It can carry around four to five orders at once and the company claims an average delivery time of 27 minutes. Kiwibot mainly services University Campuses such as Berkely and UCLA. According to Mckinsey Mckinsey 80% of parcels will be delivered by autonomous vehicles in the next decade.

For further information about food automation and production automation technology in Edmonton, AB contact BP BP Automation. We design, build and manufacture automation solutions for clients across North America.

Read More: Material Handling Machines by BP Automation

How Robotics and Automation Will Change The Horticulture Industry in 2020

The Horticulture Industry is one that depends on the constant production of crops to plant, grow and harvest produce. Demand continues to increase as populations grow. Automation solutions can help with production challenges that manufacturers and producers face today and will continue to challenge their methods of scaling in 2020. Canadian agricultural producers must navigate a future in which a strong production outlook and a growing need for labor coincide with a shrinking domestic labor pool and rising costs. Automation can create more efficient greenhouses due to decreased spacing and optimal space configurations as well as 24-hour harvesting schedules.

BP Automation, an Automation and engineering company in Edmonton, AB specializes in automation and robotics solutions to create more efficient production channels and reduce labor costs. This also reduces the number of errors created from manual and repetitive labor in the horticulture and agriculture industry. Click Here to read about Vertical Farming Benefits and Technology.>

Advantages of Robots in Horticulture

The latest article from Greenhouse Canada explains the sectors challenges for production. There are challenges when it comes to running robots and automation technology in a greenhouse environment, especially the humid environment that must be taken into consideration.

Types of Systems in the Horticulture Industry

Material handling systems allow for less manual labor and handling. Types of these systems include Cultivating robotics, harvesting robotics, and Spacing robotics.

Automated Cultivation systems allow robotics to help fertilize, water and move plants. Many of these systems allow users to manage their greenhouse from anywhere as well as view data. Iron Ox uses a robotic arm with cameras to transplant plants as they outgrow their current space. This arm has stereo cameras to detect the plants and then grabs the plants with a gripper that is custom-designed to fit the pods. The arm sits between two trays of different densities and eyeballs the plants, moving them from one tray and to another. They are also developing a machine with learning algorithms that will automatically detect diseased plants and boot them out of the system before the sickness spreads.

Harvesting robotics reduces the amount of manual labor needed when crops and plants becoming ready for harvest. Harvesting robots are able to go move down greenhouse aisles and identify ripe versus unripe plants, harvest them and place them in on-board boxing systems. They can also remove unwanted crops from the pack. The spread of disease can wipe out many healthy plants within the vicinity of the diseased ones.

Even tedious jobs such as spacing plants correctly when it comes to planting and seeding are now taken care of in the hands of spacing robotics. Certain crops require much more or less space than others. These repetitive tasks are the most and cannot provide the accuracy that a spacing robot can provide

Robotics will continue to play a large part in the next decade in the horticulture industry, especially vertical farming as well as the agriculture industry. If you are interested in learning more about automation or robotic technology contact us at BP Automation for all of your needs.

How Robotics and Automation Improves Food and Beverage Packaging

Robotics in the food and beverage industry

Over the years like many industries the food and beverage industry has seen tremendous growth in Automation. Not only does it improve the safety, cleanliness, and production of the facility, but it is also much more cost-effective to continuously produce a product for orders.

Quality Control

The food and beverage industry is known for some of the most severe regulations when it comes to quality control of product and manufacturing. Automation in this industry helps to increase quality control and reduce the risk of rejected products. Robotics can also provide the ability to monitor and track each step of the food packaging process. The chances of contamination, especially from human contact is decreased when robotics are adopted into the manufacturing process and will help the manufacturer detect the root of contamination, should it occur.


Automation takes food processing fulfillment to the next level when it comes to fulfilling orders. As orders changes to demands and product lines require flexible automation can fulfill the fast-paced needs of consumable goods.

Inline Dough Weight System

The dough weight system below designed by BP Automation was created to automatically weigh dough for full control, uniform portion weights, and reduced giveaway. An optional reject system automatically rejects off-weights catching the dough before it is moved to the next step in the cooking process.

inline dough weight system

Food Process Filling

Ensure accurate and consistent fulfillment seamlessly create orders continuously. It also reduces the amount of time to rework orders

Whether you are considering one step in your food processing plant or multiple prepping and cooking stages BP Automation can help you plan, design, engineer and manufacture your product in house. Contact us for more information today.

Robotics and Automation Trends For 2019

What does the world of robotics have in store for 2019? Here are some of the top driving forces when it comes to robotics in 2019

Language Processing

With the Amazon Echo and Google Home taking over voice recognition for you home in 2017 and 2018 this trend will continue into 2019. Not only language recognition tools in many of the applications we use.

Augmented Reality

Companies such as UPS and Walmart have virtual reality training initiatives rolled out to train future employees. This will continue into 2019 as more companies move away from traditional training. In some high risk situations such as military, surgery, and other medical response a real time error can be costly in field training, therefore simulation decreases risk of a costly mistake. According to Nguyen, the top three enterprise AR use cases right now include task itemization ( A tool that gives you a list of what to do on the warehouse floor), design and collaboration (interior design mainly), and video guidance (such as talking to someone and outlining what to do on your screen to finish a job or learn a skill).

Self Driving Cars

With the development of self driving cars, the industry is being completely transformed. In addition to self driving cars the business of self driving services will set new standards for 2019. Google subsidiary Waymo is the first firm to offer a self-driving taxi service. The self driving car service is set to grow into a $285 billion annual market by 2030 General Motors is already stepping up its game when it comes to self driving cars. They have a fleet of self-driving vehicles that it’s been testing through its Cruise Automation subsidiary, and the automaker has plans to begin mass producing fully autonomous cars, without steering wheels or pedals, starting in 2019.

Mobile and Cashless Payment Systems

We see more and more systems in place to take your money without the traditional cash system. Although many people are already using their mobile phones to take cash such as Apple Pay and Google Pay, there is still going to be much more growth for these types of systems in 2019. Not only will we see more mobile payment systems but the increase in crypto currencies for payment. Merchants will and should embrace these new systems. Can we say goodbye cash and checks?

Robotics in Construction

From product planning, to actual construction and inspection the rise of automation and robotics in construction will continue to increase safety and quality in construction.

Watch more below

Jobs in 2019

Robotics does not always mean lost jobs. The increase in automation in many industries creates different tasks for workers rather than a complete job loss in the sector. When it comes to the career force in 2019, there will be an increased for many jobs that related to robotics, AI and automation. Data scientists will be needed to handle large sets of data for AI implementation and cyber security. Financial planners and managers will still be in high demand especially with new payment systems.

The world of possibilities for robotics in 2019 will be at all all time high and here at BP Automation in Edmonton, AB we are excited to have a front seat to this fascinating industry.

Robotics In The Oil and Gas Industry

Robotic technology in the oil and gas industry is a growing trend. A report by International Data Corporation said the worldwide robotics market will be worth $135.4 billion in 2019. Despite their size and potential investment capital, the oil and gas industry hasn’t previously been a huge adopter of new robotics technology. However, this is changing.

Examples of robotic technology includes remotely-operated aerial drones, automated underwater vehicles, robotic drills and much more. Robotic vehicles are also being used offshore to inspect and make minor subsea repairs. The less manpower required offshore and in unknown conditions the better. Downtime on an oil rig or other drilling site is also expensive so robots are helping solve this problem to boost productivity. They are also removing redundant and routine tasks and automating them.

Besides precision, consistency and repetition, safety is one of the top priorities for robotics in the oil and gas industry. Due to vigorous and dangerous situations that oil and gas work can cause workers, automating the industry has led to much safer working conditions. This is especially important in offshore working conditions. For example, Iron Roughneck, the which is a robot used in the oil and gas industry, removes the dangerous task of connecting drill pipes as they are pushed through kilometres of ocean water and rock.

Read more: Robotics in the Dairy Industry

Let’s take a look at NOVOS. NOVOS is taking it to the next level with process automation,” Springett told Rigzone. “Process automation is not necessarily looking at ‘how do I move pipe from Point A to Point B?’ It’s ‘how are we manufacturing a well-bore?’

The oil and gas industry is a boom and bust industry in the fact that the price of oil has seen large increases and decreases over the past century. High prices have meant soaring profits and possibly large inefficiencies in the production portion. This becomes even more obvious as of lately with lower prices, the afforadability is not available when it comes to these inneficiencies.

For more information about building customized machinery and robotics for automation contact us here at BP Automation

Robotics and Automation Stocks Show Growth

Although robotics have been used for many years, over the last few years robotics and automation have launched into an entire new level of opportunity. From health care to food processing, to agriculture, to industrial manufacturing automation spans across many industries. And to make it clear, robots are not going anywhere anytime soon and production of new machines will continue to increase over the next few years. According to IFR World Robotics 2017, from 2018 to 2020, global industrial robot sales are estimated to increase by at least 15% on average per year. Between 2017 and 2020 it is estimated that more than 1.7 million new industrial robots will be installed in factories around the world. Not only are robots making it easier to increase production, they may also increase your stock portfolio.

Read More – Industries That Use Automation

In fact the robotics and automation has become so desirable for investment that investors can buy directly into the popular ROBO ETF based on the benchmark index comprised of 87 top robotics, automation and AI companies. The index which tracks companies in the robotics, automation and artificial intelligence (Also known as RAAI) industries. Just recently ROBO Global President and CIO William Studebaker says 80% of the companies the index tracks have reported earnings, and around 65% of the companies beat consensus revenue estimates and more than 75% have beaten on earnings.

Joshua Brown, CEO of Ritholtz Wealth Management, wrote recently. “What price is too high to pay for a company’s stock if the company spends every waking minute trying to replace you?” So which robot stocks should you be buying? Honeywell is a major company who is not only priced well currently but making massive gains in the robot industry. A couple other companies to keep on the radar are Roper Technologies, who specialize in industrial robots for power plants and also makes medical imaging robotics as well Fortive, the Washington State based company makes automation tech used in everything from Mars explorers to artificial hearts. If you would like to know about our processes here at BP Automation and how we build robots for businesses learn more now.

As robots

Industries That Use Automation

Automation can be used in many industries. As a complete human workforce is not required for certain types of tasks, automation can take place to increase production and create a more efficient work environment. Here are some of the top industries when it comes to automation:

Car Manufacturing

One of the largest users of automation in the world is the car manufacturing industry. Introduced most significantly in the 1970s the process uses robotics to build cars and complete repetitive tasks in the manufacturing process reducing line ups in production and increasing quality.

However, the industry has moved beyond just welding and painting for robots and they now perform tasks such as delivery and placement of heavy pieces and final quality inspection. They are also able to pull important information from these robotics to predict and plan for better efficiency in the future.

Travel Industry

From travel reservation systems, to airport check ins, automation has completely transformed the travel industry. No more are the days of waiting to book an appointment at your local travel agent. Through fast and secure systems that allow you to book everything from your flight to your car rental and special requests for your hotel room online travel booking can be done easily from your location of choice.

Medical Industry

In the medical industry robotics have helped to transport medical supplies, perform duties within the hospital, monitor patient health and more. There has even been an eye surgery completed by a robot to help ensure the delicate surgery is completed with the most accuracy possible.

Read More- What To Consider When Automating Business Processes


Through the use of robots, many welding companies have found that projects can be completely much more quickly, with increased accuracy and with muh less wasted materials. Although human involvement is still required to fuse certain pieces together, companies are able to increase their workflow and take on larger projects when they use robotic process in their shops. To learn more about a company that uses robotic welding processes here in Edmonton, AB you can visit BP Precision.

Food Processing

In the food processing industry, especially fast food service businesses the rise in material costs and minimum wages have seen increased use of robots being used to make food and have it ready to provide that ideal experience to all customers. After all in the fast food industry, consistency and speed are two of their main factors when it comes to food delivery.

Dominos Pizza uses drones, GPS tracking systems, and even robotics to provide customer service within their business to help deliver and produce their pizza. Domino’s has a website to show of their innovative technology they are involved in. They have said they also consider themselves a technology leader in the food and beverage industry in addition to providing great food for their customers.

Industrial Cyber Security

Security is a huge factor when it comes to software, control systems, and internal business processes. Maintaining the security of these systems can be a huge tasks for companies as they must have the ability to detection that helps to identify cyber attacks and malware cyber attacks on their networks. With the use of robotics and automation systems, security can consistently take place to ensure that all important and sensitive data is kept secure.

When it comes to automation what about employment issues? One of the largest concerns by many is that automation is taking away employment. This is actually far from the truth in the fact that it takes away from low skilled tasks and allow humans to work on highly skilled and tasks that require human thought and innovation.

Robotics in the Dairy Industry

robotic dairy farming

Automated farming continues to take large steps in growth. Dairy farming is no different. This industry is extremly important for the economy and overall population, however to sustain a dairy farm most farmers spend hours per day milking cattle day in and day out.

As automation takes the hand in the dairy industry, farmers can lay their hands and buckets to rest and run sections of their farms on autopilot. Over the past few years it has increased by large strides taking over conventional methods.

When it comes to this industry robotic or automatic milking machines help to increase production and flexibility for dairy farmers. These automated milking machines allow for the cows to milked at anytime without an individual present. In most cases detailed data can be recorded provding dairy farmers. Traditionally with automatic milking systems farmers would have to connect the machines to the cow themselves. With a custom robotic system a person does not need to be physically present.

Robotic milking systems can provide the following:

-Cleaning -Attachment -Milking -Disinfection -Attending to alarms -Monitoring performance of cows

Robotic milking also increases health for cows as enzymes in the milk are easily detected. With early signs of illness that can be detected from the smart machines, cattle can be treated sooner and decrease risk of further illness being spread througout.

Free Cow Traffic is just one method that can occur during robotic milking. Cattle do not necessarily need to be consistently gated for robotic milking to occur. It allows the cattle to roam free and move from the feed fence, water troughs and to the robot and cubicles without being restricted from fencing or selection gates. It has been known to yield higher milk production and reduced risk of mastitis one of the most common illnesses of dairy cattle. Not only does this method yeield highter rates of production and less illness it requires less requirements from the farmer to invest in further gates.

For more information about robotic processes contact us today.

Prototype Development Products

Prototype development brings ideas to life by creating models of that design you have been planning and dreaming of. A prototype is a physical representation used to illustrate and verify aspects of a conceptual design as part of the development process for a new product or technology. It can range from a small hand held model to a large scale fully functioning design.

Prototype development services should make sure to analyze ergonomics and implement all factors in the design. Here are a few prototype development products from BP Automation

Servo Controlled Plastic Injection Welder
Tubing Encoder
Prototype Magnetic Hall Effect Inspection
Prototype Electric Skates

At BP Automation here in Edmonton, AB we follow a systematic approach when it comes to our prootyping services. We have an in house team of product developers and engineers who do the following:

-Identify your specific needs. -Convert your needs into product design specifications. -Engineering design. -Prototyping to evaluate the concept.

To learn more about prototypes and if you should consider a prototype design solutioncontact us at BP Automation.

Large Panel Robotic Welding | Video

Robotic automation is used to improve the efficiency of welding processes.

Watch below

There are many advantages to Robotic Welding which include:

Increased Production

A robot has the ability to process welded components three to five times faster than a human. The fact that it operates continusously and can move quickly between weld joint positions allows a substantial increase in production.

Less Safety Risk

Due to hazards cause for welders, such as fume inhalation, electric shock, and dangerous exposure to the eyes from welders flash, robotic welding essentially removes this risk from indivduals.


A robotic welder provides superior qualityand ensures the correct welding angle, speed, and distance. Its accuracy is much higher for each weld joint and therefore reduces the risk of rework needing to occur.

Reduced Costs

Due to the accuracy of robotic welders less costs is required for rework, as well there no need to hire extra workers and purchase insurance for certain projects during busy times.

Competitive Advantage

With an increase in production process, as well as quality, our robotic welders increase the competitive advantage for businsses. The ability to deliver products ahead of schedule and with such accuracy make robotic welding a long lasting investment.

For more information on robotic cutting and adding automation to your business contact us today.