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Do you know why we still use today gearboxes while servo motors becoming stronger and more advanced? In this article we discuss the operation of a servo drive and translate this through to the gearboxes.

 

What Is A Servo-Drive?

The prefix servo comes from the Latin servus which means slave or servant. Technically translated this means to follow or execute a command. A servo motor follows the (complex) task given to him.

 

For industrial applications, servo motors are used where a drive-system has to be accurate or highly dynamic. The feedback to the motor is done through a resolver (analogue sensor of rotation) or encoder (digital sensor of rotation). A servo motor is controlled by a servo amplifier, possibly with a shaft controller.

 

The rotation frequency of the actuator is given back by the resolver or encoder. This is capable in addition to the rotational speed, also to determine the position of the rotor and the direction of rotation. The servo amplifier compares the set rotational frequency with the measured rotational frequency. Now the servo amplifier can drive the actuator to the desired values.

 

Difference Between A Stepper Motor And Servo Motor

There is a misunderstanding that a stepper motor is a kind of servo motor. This is not true; a stepper motor does not give any feedback! Feedback is typical for servo motors, exactly what “servus” stands for.

 

The Various Servo Motors

There are roughly two types of servomotors (actuators), operating on direct current (DC servo motor) or alternating current (AC Servo Motor). The table below is showing the main features:

Motor Advantages Disadvantages
DC Servo Motor
  • For very large capacities
  • Precursor of servo technology
  • Uses brushes
  • DC Power supply
  • Expensive motors
  • Maintenance sensitive
  • Not worth mentioning
AC Servo Motor
  • Low inertia
  • High speed possible
  • Fast torque
  • High thermal load
  • Compact housing
  • Low maintenance

 

Interesting, AC Servo Motors have no significant disadvantages more! So, why would you use a gearbox?

 

This has the following reasons:

  • If you want a very low speed, possibly in combination with a higher torques.
  • If you need high torque. (Actuators with high torque are available, but they are exponentially more expensive compared to the smaller servomotors)
  • Inertia matching, in order to prevent that the load determines the behavior of the motor.
  • In order to absorb the high radial or axial forces of the application.
  • If you want to go “around the corner” otherwise the servomotor sticks out the application. Gearboxes are available in right-angled versions.

 

Why A Gearbox Is Essential When Using A Servomotor

Almost every robot as we know it is equipped with servo technology, which enables them to move faster, more accurately and without interruption. Gearboxes are needed to translate the high speed of the motor in a controlled movement of the arm, for example to pick a product. Without a gearbox, the mass and velocity of this arm will demand the behavior of motor and it will literally overshoot the target.

 

What Are The Criteria Using A Gearbox For A Servomotor?

  • Low backlash during the life time!

It makes no sense to build a high-precision motor with a high backlash gearbox. The play is indicated in arcminutes, where one arc minute is 1/60th of a degree. One arcminute is approximately 25 mm deviation at a radius of 100 meters!

  • High repeatability accuracy.

Better end product

  • Low inertia!

The motors are able to regulate very dynamic. This is extinguished if he has trouble getting the gearbox speed changed. An oil tanker has a high inertia and is difficult to change direction; a Jet-ski has a low mass inertia and is suitable for fast movements.

  • High efficiency!

Servo Technology is not cheap. With a high efficiency gearbox, the motor, cables and amplifier remain relatively small which means the amount of investment remains interesting.

  • High torques!

Servo motors are relatively strong and this torque is multiplied by the ratio of the gear. Therefore, the gearbox is able to handle high torque. Taking account of the radial load.

  • Low noise!

Often servo technology is used wherever people work, such as operators. A low noise level is very reassuring, or it is even a health and safety obligation.

  • Suitable to withstand high torque emergency stops
  • Low break-away torque
  • Maintenance free throughout its lifetime
  • Easy and flexible installation

 

A Servo Drive = A Servo Motor With A Gearbox

If you need the gearboxes which meet all the above criteria, I recommend that you can visit Jia Cheng Precision Machinery Co., Ltd. – the company specializes in high quality and high performance servo gearboxes for years. Get further details about their gearboxes, please do not hesitate to contact with Jia Cheng.

 

 

Article Source: https://www.apexdyna.nl/en/news/servomotor-gearbox/

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Lathe machines is best mill machinery which can be used for a scope of machining justifications like sanding, sharing, drilling, turning, shaping etc. A lathe device processes for various categories of materials like all types of metals, wood and even plastic. This is the best mill appliances that remain ultimate to achieve premised items. Along with many technological transformations have been made to carry on with respect to industrial requirements, lathe machine has been integrated with computerized technology termed CNC.

 

A computerized numerical control (CNC) lathe appliance processes with stylish approach along with whichever can be made impressive and observed. A CNC lathe device is a new technology which processes along with the help of a computer whereas you can easily observe the device activity in a computer. Lathe devices are further divided into two parts lathe devices flat bed lathe and second one is slant bed lathe. These devices are also called as flat bed CNC and slant bed CNC lathe. Both of the CNC lathe are used for the upgraded applications they provide.

 

What Is The Slant Bed and Flat Bed CNC Lathe Appliance?

Along with the CNC technology a slant bed lathe and the flat bed lathe conflict in conditions of lathe bed sequence. The lather bed is line up in broadsides now a slant bed lathe such as it is raise to be very helpful in manufacturing linear movement in Z axis. The rise and fall of the moving parts of the appliance is balanced in slant bed which useful in managing efficiency in the machine works. The angle location of the comeback helps to process procedure with heavy loads. Entire lathe bed and alternative maintenance parts are free and easy to take part in slant bed. On the other hand, flat bed device accommodate lathe bed in horizontal posture to which the material requisite to be located applicable. Flat bed can be preferred for structuring along with verifications to control heavy and light metal machinery work.

 

Differentiation Between Flat Bed and Slant Bed CNC Lathe

  • A flat bed can be considered for controlling lighter and heavy job materials; on the other hand slant bed can deal only with lighter material.
  • A flat bed lathe remains perfect to obtain correctness of rigid materials, considering slant bed can be would rather to achieve Z axis movement in machinery.
  • A slant bed lathe is comparatively favorable in accessing, loading and assembling like it processes only with lighter materials, but flat bed lathe needs the help of a experienced professional who can easily control the device effectively.
  • A flat bed is dependable than a slant bed in conditions of lesser electricity usage, high scope of stability, productivity and assembling.

 

Uses of Flat Bed CNC and Slant Bed Lathe

Both the CNC lathe designs are considered for many industrial justifications like:

  • In Mining
  • Machineries
  • In Shipping
  • Power Plants
  • Industrial Mills Where High Value Of Drilling Is Needed

 

Conclusion

While taking into consideration of the two designs, a flat bed is more favorable when it approaches to more construction need. Thus, put money into flat bed lathe is comparatively better for huge business.

 

If you have any interest in slant bed lathes and flat bed lathes, welcome to check out the website of Shun Chuan Machinery Ind. Co., Ltd. – the company specializes in kinds of high quality and performance CNC lathes. Learn more details about their lathe machines, please do not hesitate to contact with Shun Chuan.

 

Article Source: http://esskaymachines.com/blog/deffrences-between-slant-bed-and-flat-bed-cnc-lathe-machines/

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Magnetic workholding simplifies setups and increases flexibility.

 

Is Magnetic Workholding Right For Me?

Magnetic workholding has a long and successful history in surface grinding applications. New advances in magnet technology have made magnetic workholding fast and effective for milling and machining applications too.

 

If reduced setup times and flexible workholding solutions are important to you, then you should consider magnetic workholding. The Magvise lineup includes permanent and electro-permanent magnetic work holding solutions designed to handle a wide variety of work pieces.

 

What Is Magnetic Workholding Best Suited For?

Magvise magnetic workholding securely holds ferrous materials (iron and steel) for all general drilling, milling, boring and other types of machining operations. Warped, round, rough, or irregular work pieces can be quickly secured using magnetic work holding without tricky setups.

 

The Magvise system is so flexible, you can even magnetically clamp a traditional vise to your machine bed, and then use the vise to hold non-ferrous material–and still reduce set-up time over traditional toe-clamp systems.

 

What Are Electro-Permanent Magnets?

Electro-permanent magnets use a controller that electronically turns the magnet on and off. Electricity is only used to turn the magnet on and off, so a continuous supply of electricity is NOT needed. Magnetic holding power is maintained in the event of a power outage, so electro-permanent magnets are just as safe as permanent (non-electric) ones. Electro permanent magnets feature increased holding power and reduced size compared to permanent magnets.

 

Recommend Magvise Magnetic Workholding Supplier

About this question, I recommend that you can visit Earth-Chain Enterprise Co., Ltd. – it has manufactured magnetic workholding equipment for years and awarded the Taiwan Excellence Award.

 

Earth-Chain’s MagVise magnetic workholding holds all ferrous materials for general milling or other types of machine operations. It helps company to build an efficiency process. These magnetic workholding machines are suitable for big size of workpiece, CNC horizontal, horizontal milling & boring, etc.

 

If you need more details about Magvise magnetic workholding, please do not miss Earth-Chain and feel free to contact them.

 

Article Source: https://www.techniksusa.com/mag/magnetic-workholding.htm

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What is Thermoforming?

Thermoforming is a plastic fabricating process which involves heating sheet plastic and forming it over a male or female mold. The two basic types of thermoforming processes – vacuum forming and pressure forming – and derivative processes, such as twin sheet thermoforming, make plastic thermoforming a broad and diverse plastic forming process. Thermoformed plastics are ideally suited for automotive, consumer products, packaging, retail and display, sports and leisure, electronics, and industrial applications.

 

The most advantageous aspects of thermoforming are its low tooling and engineering costs and fast turnaround time which makes thermoforming or vacuum forming ideal for prototype development and low-volume production.

 

Advantages of the Thermoforming Plastic Sheet Process

 

  • Extremely adaptive to customer design needs
  • Rapid prototyping development
  • Material and process is optimized for cost effectiveness
  • High-speed production allows for just-in-time shipments
  • Flexible tooling design offers a competitive advantage
  • On-the-fly product enhancements with low additional costs
  • Visually pleasing appearance
  • Weight savings for consumer and manufacturer
  • Wider design scope
  • Lower tooling costs
  • No anticorrosion spray necessary
  • Paintable and colored plastic availability
  • Fully integrated process with limitless flexibility
  • For small to large product designs

 

Thermoforming Vs. Injection Molding – How to Choose?

 

Thermoforming is a plastic process which heats a thermoplastic sheet and uses vacuum and, or pressure to form the plastic sheet into three dimension products or shapes. Thermoforming is a single sided process where only one side of the sheet can be controlled by the tool surface. Finished wall thickness is mainly determined by the design of the product part.

 

Thermoforming is often utilized for production quantities of 100 to 8000 annually, offering lower tooling costs, rapid product development cycles, and parts with color and texture. However, there are times where other plastic manufacturing processes such as plastic injection molding are a better choice. These types of circumstances may include the need for high volumes and very complex, detailed product designs. Vacuum forming is a plastic thermoforming process that involves forming thermoplastic sheets into three-dimensional shapes through the application of heat and pressure.

 

In general terms, vacuum forming refers to all sheet forming methods, including drape forming, which is one of the most popular. Basically during vacuum forming processes, plastic material is heated until it becomes pliable, and then it is placed over a mold and drawn in by a vacuum until it takes on the desired shape.

 

In conclusion, thermoformed products (whether vacuum forming, pressure forming or twin sheet forming) can be virtually indistinguishable from injection molded products. Most importantly, thermoforming has less set up and lead time, so it is extremely ideal for project designs and market concepts that require the manufacturing processed to be quick.

 

However, again, the cost advantage of a thermoformed part or design compared with injection molding in the end depends on the quantity to be produced.

 

If you have any interest in thermoforming plastic sheet suppliers, I recommend that you can visit Marathon Enterprise Co., Ltd. – the company specializes in vacuum forming plastic process. Get more details, welcome to check out their website and feel free to contact with Marathon.

 

 

Article Source:

http://www.techniform-plastics.com/thermoforming.html

http://www.techniform-plastics.com/thermoforming-vs-injectionmolding.html

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Eurobike as well as Taipei Cycle are reversing their decisions on organizing their shows on earlier dates. Both organizers have announced their 2019 dates which clearly indicate that they are moving back towards their original schedules.

Bike Europe Show Dates

 

 

The 2019 Eurobike show will take place from Wednesday, July 31, to Saturday, August 3. Next year, Taipei Cycle is returning to their original March dates. This show will take place at the end of March 2019.

 

 

Return to Original Format

For its 2019 event Eurobike is not only moving to a later date but also returning to its original format which includes a public ‘Festival’ day. On the reasons behind these decisions Eurobike show organizer Messe Friedrichshafen says in a press statement “Based upon numerous discussions with retail and industry partners, the vote of the bike sector is very clear: there is a desire to include all bike fans in the Eurobike in the future. There is currently no clear consensus among the industry regarding the question of the ‘right’ date for the 2019 season, with preferences ranging from June to September.”

 

Furthermore Eurobike manager Stefan Reisinger says “The date in early August 2019 is currently the time frame in which the largest number of dates preferred by the industry overlap and the vote for a concept for the show that includes an appeal to consumers was very clear. In the future, we will continue to flexibly manage the date and concept for the Eurobike, so as to agilely respond to the needs of the marketplace.”

 

2019 Taipei Cycle

In a last June meeting the Taiwan Bicycle Association (TBA) decided to turn back to the original schedule for the Taipei Cycle Show which is in March. TBA is co-organizer of the Taipei Cycle show while organizer, the Taiwan External Trade Development Council (TAITRA), supports this decision. With that Taipei Cycle is confirmed to return to March in 2019. The exact date is set for March 27 – 30, 2019. The show will take place not only at its usual location in the Nangang Exhibition Hall 1, but also in the new Nangang Exhibition Hall 2. The Taipei Cycle Show of 2019 will be held in conjunction with the Taipei Int’l Sporting Goods Show which runs from March 28 to 30 at TWTC Hall 1 & 3.

 

Next year’s Taipei Cycle will take place only five months after the 2018 edition. This year’s Taipei Cycle show takes place from October 31 to November 3 at the Taipei Nangang Exhibition Halls 1 and Taipei World Trade Center (TWTC) Hall 3.

 

Recommend Taiwan Bike Parts Manufacturers –BVC-096 Bicycle Frame

BEVATO International Corp. is one of the leading bike parts manufacturers. They are proud to offer the highest quality products to customers and OEM producers around the world. BEV’s main products include bicycle frames, front forks, handle bars, bar ends, frames, saddles, wheel sets and so on. All of their bicycle part products are manufactured using the industry’s most advanced techniques and under a strict quality-control program.

 

Article Source:

Industry News

Bike Europe

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What Is A Hydraulic Crimping Tool?

Directly Hydraulic Compression Tool

Hydraulic crimping tools are specialty, professional pliers designed for the crimping of copper, aluminum, various metals, as well as types cable wiring and butt connectors.

 

Crimping pliers will crush metal objects to create what is called a crimp, which describes a tight join or closure that will not open back up on its own.

 

Simply speaking, a hydraulic crimping tool is used to crimp, or connect, a connector to an end of a cable or hose. Here we join two pieces of the cable / hose by crimping either one or both parts so that they hold on to each other.

 

Often used to attach a terminal or contact to the electrical conductor, a proper crimp requires a crimp tool, electrical conductor and the crimp barrel.

The hydraulic crimping tools with rugged edges provide you with a better level of crimping force – as much as 6-15 tons!

 

Types of Hydraulic Crimping Tools

Basically there are two categories of crimping tools: die-type tools and die-less tools

 

Where you require using dies and matching connectors, you will need the die-type tools. Where only the tool’s intender is enough to make the termination, the die-less tools are used.

 

Within the above mentioned categories, there are many different types of hydraulic crimping tools. The manual or hand crimp tools are mainly used where the significant measures include use of weight and space. These can be either manually-driven or power-driven.

 

The other kind is the power compression crimp tools that are usually used where a full-cycle mechanism is required for consistent shut heights of the connector. These are mainly used in industrial applications and you can also get specialty crimp tools. Let us now look at these in detail:

 

Hand Hydraulic Crimper Tools

  • They range in the size 22AWG -2AWG wires and crimps
  • Light-weight and easy to use
  • Limited mechanical linkage capability

 

Power Hydraulic Crimper Tools

  • Used with utility power cables
  • Can range as far as 750 MCM

 

Benefits of Hydraulic Crimper Tools

Things were not so easy before the latest advancements in hydraulics and these hydraulic crimper models. The older hydraulic crimping tools required not only a manual pumping force to pressurize the hydraulic system, but also an electrically operated hydraulic pump to pressurize the crimper tool. This meant more work, and more cost.

 

However the present day hydraulic crimping tool options have brought in technological changes. All you need now is rechargeable batteries to power some hydraulic systems. Two specific types of hydraulic crimpers are shown in the videos below.

 

The advantages of many new-age hydraulic crimping tools are:

  • Light-weight. Makes it easier to handle and use.
  • Compact.
  • Can be completely self-contained.
  • Faster crimp cycles.
  • More durable.
  • More efficient shaping.
  • Reduces physical stress of the user.
  • Does away with the threat of repetitive-motion injury.

 

In short, the advancements in the hydraulic crimpers have taken the pressure off people handling such tools, which in turn means better output. In other words, this will mean an increase in the number of connections that can be made each day. Hence it is really worth to invest in these present-day products.

 

Recommend Hydraulic Hand Tools Manufacturer

It is always in your interest to find a manufacturer that provides you with a complete system of tools, dies and connectors. This will help you to avoid confusions, ensure proper standards as well as make a safe and reliable connection as well. It helps you to do away with over-crimping or under-crimping threats!

 

Tai Cheng Hydraulic Industry Co., Ltd. is professionally engaged in making hydraulic compression tool since 1978. Compressed tools they made embraces separate type of compressed tool, direct compression tools, battery-powered compressing tools, hand type of compressed tool, copper axis compression tools and hydraulic stainless steel compressed tool. Tai Cheng researches and develops new items to match the national standard and their products have won good reputation of the world.

 

If you need more information about hydraulic crimping tools or other hydraulic hand tools, please do not hesitate to check out Tai Cheng’s website and feel free to contact them.

 

 

Article Source:

https://www.top5reviewed.com/hydraulic-crimping-tool/

http://baolifengtools.blogspot.com/2014/05/the-definition-of-hydraulic-crimping.html

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What is Airless Bottle?

 Living Fountain Airless Bottles

An Airless Bottle is a non-pressurized vacuum dispensing system which utilizes a mechanical pump in a bottle. Once the bottle is filled, the material stored inside the bottle is preserved and maintain its integrity until used up.

 

Using a conventional pump bottle, when the content in bottle gets low, the common practice is to remove the pump and try to get the remaining material out with the use of a spatula type of tool. With the repeat opening of the pump and expose the content to air, some product will end up being oxidized and lose its effectiveness.

 

With the airless bottles, the material inside the bottles will be able to dispense completely which will not require the opening of the pump and therefore the integrity of the content can remain stable all throughout its use.

 

Advantages of Airless Bottles:

  • Airless bottles help prevent contact of the product with air and contaminants during filling, storage and use, thus increasing longevity and preserving quality.
  • Airless bottles is the ideal cosmetics packaging for skin care products, such as serum, lotion, cream, foundation, gel, and cleanser etc.
  • As the danger of contamination and degradation is almost non-existent for airless packaging, it allows manufacturers to reduce the use of preservatives thus keeping products more organic.

 

Here are some of the commonly asked questions below:

 

Q: Can I Refill The Bottle?

A: It will depend on the structure of the bottle. Some of the airless bottles are not refillable. Once the content is filled at the factory and sealed, the bottle is disposed upon emptying. Some are refillable. Once the bottle is empty, utilizing a sanitized stick type of tool, push the disc all the way down to the bottom and refill. A word of caution, only refill if you believe you are able to properly sanitize the bottle and re-purpose.

 

Q: How Do I Know If My Product Is Suitable For The Airless Bottle?

A: Due to different make up of material, consistency, ph. and other factors, the only way to find the answer is to perform proper fitness test. Fitness test is a must prior to production to ensure successful in product launch.

 

Q: How Do I Fill The Bottle?

A: For larger production, the filling process is usually done by machine. If you are filling it by hand, make sure there is no air in the bottle as it will prevent the bottle working correctly. There are many YouTube videos you can view to learn about the filling process. Generally after a few practice, you should have no problem with filling the bottle.

 

If you need more choice of airless bottles, I recommend that you can visit Living Fountain Plastic Industrial Co., Ltd. – the company specializes in manufacturing airless bottle with high quality and competitive price to meet client’s needs. Now, contact them at 886-4-2331-8822 for more details!

 

 

Article Source: https://www.beauty-makeup-supply.com/blog/what-is-an-airless-bottle-and-whats-the-advantage-in-using-them/

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Can you imagine the hassles of not being able to drill a hole through a work piece that is too large to fit in your drilling machine’s table? The limitations of your drilling machine may be inconvenient, but the radial arm drill press puts an end to this dilemma.

 

What is A Radial Drill?

 

A radial drilling machine or radial arm press is a geared drill head that is mounted on an arm assembly that can be moved around to the extent of its arm reach. The most important components are the arm, column, and the drill head. The drill head of the radial drilling machine can be moved, adjusted in height, and rotated. Aside from its compact design, the radial drill press is capable of positioning its drill head to the work piece through this radial arm mechanism.

 

This is probably one of the reasons why more machinists prefer using this type of drilling machine. In fact, the radial drilling machine is considered the most versatile type of drill press. The tasks that a radial drilling machine can do include boring holes, countersinking, and grinding off small particles in masonry works.

 

Although some drill presses are floor mounted, the most common set-up of radial arm drill presses are those that are mounted on work benches or tables. With this kind of set-up, it is easier to mount the drill and the work pieces. There is no need to reposition work pieces because the arm can extend as far as its length could allow. Moreover, it is easier to maneuver large work pieces with the radial arm drilling machine. Large work pieces can be mounted on the table by cranes as the arm can be swiveled out of the way.

 

Here are some of the major parts of the radial arm drilling machine:

 

  • Column – is the part of the radial arm drill press which holds the radial arm which can be moved around according to its length.
  • Arm Raise – adjusts the vertical height of the radial arm along the column.
  • On/Off Button – is the switch that activates and deactivates the drill press.
  • Arm Clamp – secures the column and the arm in place.
  • Table – is the area where the work pieces are fed and worked on.
  • Base – is the radial arm drill press part that supports the column and the table.
  • Spindle – is the rotated part of the drill press which holds the drill chuck used in holding the cutting tool.
  • Drill Head – is the part of the drill press that penetrates through the material or work piece and drill through the specific hole size.
  • Radial Arm – holds and supports the drill head assembly and can be moved around on the extent of its length.

 

Advantages of Radial Drill Machine

 

There are a number of advantages of using the radial arm drill press. One of these advantages is the amount of area that it can cover which is only dependent on the length of the arm. Another advantage is the considerable size of work that it can handle since the arm can actually swivel out of the working area allowing cranes and derricks to place work pieces on the table. Finally, less effort is required during the drilling process because the arm assembly seemingly is doing all that is needed for specific tasks to be completed.

 

Recommend Hydraulic Radial Drill

 

Here, I recommend TOP-ONE hydraulic radial drill to you. Their radial drill protection design for limitary safety is utilized in every transmission section. Moreover, TOP-ONE’s roller bearing at basement is built round a double column provides max rigidity and accuracy.

 

If you have any interest in TOP-ONE’s hydraulic radial drill, please do not hesitate to contact TOP-ONE Machinery Co., Ltd. immediately!

 

 

Article Source: https://www.brighthubengineering.com/manufacturing-technology/62030-radial-drilling-machine/

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There are several types of roof roll forming machines produced by the well-known cold roll forming machines manufacturer Yunsing.

 

Roof roll forming machines are widely used to produce mainly metal roofing and wall cladding sheets. A roof roll forming machine is designed to produce roof panels, roofing step tiles and wall cladding sheets with different models, like corrugated roofing sheets and roofing tile sheets.

 

The whole roof roll forming machine line is including decoiler, roll forming machine, hydraulic power pack, hydraulic shear, electric controller and run out table; motorized decoiler with hydraulic expansion, also coil car is optional; Bomb type auto stacker is also available.

 

Below, I will present features of corrugated roll forming machine and roofing tile roll forming machine.

 

Corrugated Roll Forming Machine

Yunsing Corrugated Roll Forming Machine

Main Characteristics of Corrugated Forming Machine:

  • Simple structure, good appearance since the whole machine is used profiled steel structure and wholly manufacturing after welding, in order to make it running stable and reliable.
  • Completely automatic cutting, accurate length, and position trim cutting for the rear of profile sheets, no deformation.
  • Easy installation, good performance for manufacturing in the factory.
  • Low noise, high efficiency.

 

 

Roofing Tile Roll Forming Machine

Yunsing Roofing Tile Roll Forming Machine

Main Characteristics of Roofing Tile Roll Forming Machine:

  • Simple structure, good appearance since the whole machine is used profiled steel structure and wholly manufacturing after welding, in order to make it running stable and reliable.
  • Completely automatic cutting, accurate length, and position trim cutting for the rear of profile sheets, no deformation.
  • Easy installation, good performance for manufacturing in the factory.
  • Low noise, high efficiency.

 

Where Can Find These Excellent Roll Forming Machines?

 

About this question, I recommend that you can visit Yunsing Industrial Co., Ltd. – the company specializes in a variety of roof roll forming machines. One out of three steel plate cold roll forming machines made in Taiwan should come from Yunsing. You can trust their machine quality and performance. If you have any interest in learning more details about corrugated roll forming machine or roofing tile roll forming machine, please do not hesitate to contact with Yunsing at 886-2-28120007.

 

 

Article Source: https://medium.com/@rishbin/roof-roll-forming-machine-types-pictures-91de6b2f28a3

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Empire Eagle Bubble Tea Shop
If you’re reading this then you must already know a lot about bubble tea and some of the benefits of opening up your own bubble tea shop or adding bubble tea to your cafe or restaurant menu.

 

To successfully open a bubble tea shop you need to have a great location, quality equipment, great tasting ingredients and awesome recipes.

 

  1. Quality Equipment

Taiwan is the world leader in Bubble Tea and manufactures the best bubble tea equipment in the world. Recently there has been a surge of cheap knockoff machines on eBay and Amazon. Even those machines are cheaper, we refuse to carry them. They inevitably break down and end up costing more money in the long run.

 

A quality machine will last for years with regular maintenance. The main types of Bubble Tea Machines that people use are Bubble Tea Sealer Machines, Bubble Tea Shakers and Automatic Sugar Dispensers.

 

  1. Delicious Ingredients

There are many different suppliers that offer Bubble Tea Ingredients and not all of them will taste the same. It is important to make sure that they are manufactured in Taiwan. You want to use real tea leaves, fresh tapioca pearls and great tasting powders and syrups. Finding a reliable bubble tea materials supplier will be one of the most important things you need to do to open a bubble tea shop.

 

  1. Bubble Tea Recipes:

Making Bubble Tea is an art. You wouldn’t open a bar or coffee shop without knowing how to make the best cocktails or cappuccino and the same logic follows for bubble tea.

 

Here’s a quick recipe for how to make a bubble tea smoothie:

 

Measurements:

  • 350ml (12oz) – 125 ml fresh milk, 300 grams of ice, 35 grams bubble tea powder
  • 500ml (16oz) – 150 ml fresh milk, 450 grams of ice, 50 grams bubble tea powder
  • 700ml (24oz) – 250 ml fresh milk, 600 grams of ice, 70 grams bubble tea powder

 

Steps:

  1. Add fresh milk into the blender.
  2. Add ice into the blender.
  3. Add bubble tea powder.
  4. Cover the blender.
  5. Blend on ½ speed (*Optional, use the stick to stir while blending).
  6. Use the pulse button intermittently, blends for 60 seconds or until ice is completely blended.
  7. Pour your blended smoothie over tapioca for a delicious bubble tea smoothie!

 

If you have a dream to start a tea shop, I recommend that you can visit Empire Eagle Food Co., Ltd. – they are well-known bubble tea materials manufacturer in Taiwan. You also can obtain tea shop training program from Empire Eagle. Now, contact with Empire Eagle to make your dream come true!

 

 

Article Source: https://www.bubbleteaology.com/how-to-open-a-bubble-tea-shop/

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