Labeling Machine

Labeling machine is machines that dispense, apply or print-and-apply labels to various items, products, containers, or packages.


 

The types of machines that do these operations vary from completely automatic print and apply high production units to simple manual dispensing devices.
 

Labeling machines are designed to apply labels to a variety of products and packages. Because of their multiple uses, different types of labels are able to adhere to a variety of surfaces, such as fiber drums, aluminum, glass, steel and plastic.
 

Labels can be created in a multitude of designs and colors to ensure that there is a proper label for every product need.
 

There is a wide range of labeling machines on the market, ranging from high production units that allow for complete automation of the print and apply process to manual devices that provide for simple label dispensing.
 

Manufacturers make labels for numerous purposes, such as shipping addresses, product information, bar codes and inventory control and pricing.
 

Because the demand for labels is great in many situations, labeling machines are integrated into the processes of various companies that have a high volume of packaged products being moved out for shipment.
 

Other businesses that have a system of inventory storage and management also require the use of special labeling machinery and equipment.
 

One of the most popular types of labeling machinery is the automatic labeling machine, which is able to do its job without needing an operator. This machine is simply made up of a labeling applicator, a conveyor to transport the products and a control system.
 

Compliance labeling is another compelling reason for the use of labeling machinery as many equipment manufacturers frequently integrate these machines into their overall plant processes.
 

The development of compliance labeling has had a widespread effect on retail manufacturers and other warehousing facilities, and thus has created special relationships between the retailers and manufacturers. This has resulted in the need for facilities to use specialized labeling machines and equipment.
 

Labeling machines used in the industries such as pharmaceutical, food and beverage, cosmetic, animal care, mail, agricultural, electronics, laboratory, construction, data collection and communications.
 

Labeling equipment are various machines, including label printers, label applicators, printer-applicators, and labeling systems, that apply labels to various products and packages.
 

When selecting labeling machine equipment, keep in mind whether special coding is needed, like bar coding, the volume of labels that needs to be printed at any given time and the variety of labels. Also, make sure that the labeling machine is equipped to run the labels that are needed to go on the product, as they come in many different sizes and uses.


 

Type of Labeling Machinery

Semi Automatic Labeling Machine

Fully Automatic Labeling Machine

a.) Fully Automatic Single Side Sticker Labeling Machine

b.) Fully Automatic Double Side (front & back) Sticker Labeling Machines

c.) Fully Automatic High Speed Sticker Labeling Machine

Fully Automatic Self Adhesive Ampoule

Vial Labeling Machine

Fully Automatic Self Adhesive Sticker Labeling Machine

Semi Automatic Self Adhesive Labeling Machine

Fully Automatic High Speed Wet Glue Labeling Machine

Fully Automatic Ampoule Sticker Labeling Machine

Fully Automatic Horizontal Ampoules

Automatic Wet Glue Bottle Labeling Machine

Carton Code Printing Machine

Label Printing Machine
 

 Semi Automatic Labeling Machine

Semi Automatic Vertical Type, User Friendly, Sticker (Self-Adhesive) Labeling Machine are suitable for Labeling on Round Vials, Bottles and other round objects.

No Change Parts required for Change in Size of Containers & Labels Suitable for Glass, Plastic, PET, Composite Containers, and Bottle in Semi Automatic Labeling Machine.

Grooved and Brut Shaped Bottles can also be labeled.

The Semi Automatic Labeling Machine incorporates latest sophisticated Microprocessor Controlled Stepper Motor Drive, Fiber Optic Label and Container sensing system.
 

Fully Automatic Labeling Machine

Fully Automatic Labeling machine is useful to place label accurately on round shape of product.

Full /partial wrap labeling can be possible. A unique feature of machine is if the body diameters changes, than also machine operates without change part.

Products of different diameter like small size of vials, bottles upto containers can be accommodated in the same machine Speed is depend on the length of label.

Different types such as Aluminum, Glass, Plastic products can be accommodated on the machine.

Labeling speed is automatically synchronized with conveyor speed to ensure quality

Push and press optional attachment is used to ensure smooth labeling without wrinkles or bubble

Adjustable angle of labeling heads is ideal for tapered products to conform shapes


 

Different types of Automatic labeling machines

 

Fully Automatic Single Side Sticker Labeling Machine

Fully Automatic Double Side (front & back) Sticker Labeling Machines

Fully Automatic High Speed Sticker Labeling Machine

 

Source: https://www.smart-labeler.com/labeling-machine.html 

MOUNTAIN BIKING MUST BE SAFETY

Mountain biking is a wonderful experience. Almost any off-road ride will allow you to absorb the fresh air. It is also a good exercise for the body, you can enjoy the scenery of nature, and enjoy the long downhill belt. The excitement and pleasure that comes. If you are also a bicycle enthusiast, you may have started to feel a little bit of a heartbeat, but riding a mountain bike is very different from a flat road. You need to master some basic skills of mountain bike first,and a  Moutain biking helmet.

 posture The key to successful off-road riding of mountain bikes is the body posture when riding. Unlike normal road surfaces, the surface of mountain bike trails includes obstacles such as rocks, tree roots, ruts, sand, and mud. But the changing terrain and potential obstacles are also part of the fun of mountain bikes, but for beginners it may feel a bit difficult. And ensuring that you are in the right posture in all situations can help you through difficult roads. Bicycle helmet.

 There are usually two main body postures for off-road riding, mainly for routes that are not technically difficult and rugged routes. When you are riding on a non-technical route, you need to be in the middle of the bike. This helps you move forward efficiently and comfortably, while at the same time making it easy to transition to the prepared posture of the obstacle terrain. (bike helmet) To stay neutral you need to do the following: Keep the pedals level; The knees and elbows are slightly curved; The index finger is placed on the brake lever (or two fingers); Look at the road 5 to 6 meters ahead. And when the trail becomes steep and rugged, you can enter another position, that is, ready to face obstacles, and quickly make a series of actions to adjust, so that you are psychologically and physically Are ready. In this case you need to do the following: Keep the pedals level; The knees and elbows are bent very deep (take the arm bent 90 degrees as an example); The rear end leaves the seat and the hips move backwards; Flexing to make the back parallel to the ground; The index finger is placed on the brake lever all the way; Look at the road 5 to 6 meters ahead.

 brake Braking is perhaps the easiest thing: press the joystick and then slow down the bike. However, the changing terrain during off-road riding is extremely important for braking, which makes you more comfortable when riding, and the most important thing is to ensure safety. (cycling helmet) Always check the sensitivity and synchronicity of the brakes before riding. Although most of the braking force in the bicycle comes from the front brake, it is easy to fall with the front brake for sudden braking, which is especially true in off-road riding. Therefore, try to avoid sudden braking when riding, and use the brakes evenly before and after, and the force should not be too big to prevent slipping and falling.

 While braking, support yourself by moving your hips backwards, lowering your heels and keeping your knees and elbows slightly bent. This body posture can better help you stay in control and avoid falling out directly. When to brake When approaching a turn, brake before turning, then use inertia to pass slowly. Don't pedal easily during this process; the same is true when crossing obstacles on the road. Shift The right shifting habits not only reduce the wear and tear of the bicycle, but also allow you to go up and down the mountain more efficiently. The first rider should always shift gears to enhance muscle memory.

 Always switch to the desired gear position before encountering steep terrain. This allows you to maintain a stable cycling rhythm; it also prevents awkward shifts under heavy loads on the gears and can cause the chain to pop out. These are some of the basic skills of mountain biking. I believe that these shackles are very easy for cyclists. They usually do not do it when riding on a flat road. In the wild, you must pay attention to these details. Of course, in the wild, you must pay attention to these details. This is just some basic skills. If you want to get started with mountain bikes, you have to try it yourself and continue to accumulate experience based on your riding style. Cycling Helmet Standard.

Source: https://www.oemhelmet.com/mountain-biking-helmet.html

WHAT IS THE BIGGEST CHALLENGE FOR THE RIDER IN THE DIFFICULT

In terms of the most interesting items in the equestrian events, there is no doubt that the obstacle course is definitely the best. In many equestrian venue obstacle games, the CSIO Spruce Meadow Masters is known for its difficulty. (Equestrian helmet).

 

The CSIO Spruce Masters program is very challenging for riders. Rolex spokesperson and American obstacle racer Kent Farrington said frankly that the difficulty of the CSIO Spruce Meadow Masters is that the venue is very large, but the game time is relatively short, so the team with zero penalty points can be used. number. Horse Riding Helmet.

 

Eric Lamaze, the Canadian obstacle racer who is also a Rolex spokesperson, also said that the obstacle course in spruce grass is different from anywhere in the world. The distance between obstacles is very wide, but the game is very wide. The time allowed for the regulations is very short. For him, this is one of the most iconic and the most difficult venue obstacle races in the world. Horse Helmet.

 

When talking about the toughest part of the game, German obstacle rider Philipp Weishaupt shared that in the first round of already difficult times, there were zero to 12 pairs of zero penalty. Split the horse. In his opinion, the route of the second round was very special and difficult to complete, and he was not sure if he could jump over. He lamented: "This is the most difficult game in the world." Helmet. 

 

Dani G. Waldman, the Israeli obstacle racer, said the hardest part of the game was the obstacle after the water. Many people have made it difficult to jump on double-crossing wood. She thinks that for many people, the last jump is also very difficult. Because it was so far away from the entrance to the venue that it was set to be "singular", the riders had to reactivate the horse when they jumped the obstacle.

Indeed, the reason why the obstacle course is widely loved by everyone is that it is inseparable from the difficult requirements and tests of the riders. The obstacle course requires a high degree of tacit cooperation between the person and the horse and the ability to quickly pass multiple obstacles on a fixed route. Here, the horse's ability to bounce, the choice of the timing of the take-off and the rider's control over the pace of the game are especially critical in the game.

 

No matter how difficult the obstacles are, like the spruce grass all the time, all obstacles can be jumped over, spruce grass, here is a difficult but absolutely fair free field. Equestrian helmet.

 

Source: https://www.oemhelmet.com/biggest-challenge-for-equestrian-rider.html 

MOUNTAINEERING

A sport that climbs the mountains. Mountaineering can exercise people’s perseverance and courage, and is of great significance to scientific research and resource development. Climbing HelmetMountaineering is a sport that climbs from low-altitude terrain to high-altitude peaks under specific requirements. Mountaineering can be divided into mountaineering adventures (also known as alpine adventures), competitive climbing (including rock climbing, ice climbing, etc.) and fitness mountaineering. Mountaineering HelmetMountaineering expeditions generally refer to mountaineering campaigns with the aid of certain equipment and equipment to overcome various harsh natural conditions and to reach the peak.The mountain climbing adventure is often a mountain peak with an altitude of three or four kilometers above sea level and covered with snow all year round. Its competitive nature is not manifested in the competition between athletes (or teams) in the same time and space and under the same conditions. And confrontation, but the performance of the athletes (or teams) and the harsh natural environment, is the contest between human vitality and harsh living conditions. In mountaineering adventures, athletes face alpine anoxic, strong winds, steep terrain and the accompanying difficulties and mountain hazards. The evaluation of a successful mountaineering expedition is not based on the general sense of time, speed, strength and skill. It emphasizes the height, difficulty and organizational tactical uniqueness of the selected target and its scientific level.  Helmet Wholesale.

 Mountaineering expeditions, especially organizing larger events, are a complex system project that requires strong organizational assurance. Athletes not only require them to have good physical and mental qualities, but also require them to master climbing techniques such as climbing rocks, ice and snow, protection, etc., while also identifying as many risk factors as possible and encountering dangers in mountainous environments. The ability to be awake. In the organization work, we must establish a rear support system such as transportation, communication, medical supervision, weather forecasting, and routine anecdotes in the base camp.

 The activities of athletes in the mountains, whether the use of technology or the implementation of tactics, are carried out with the aid of specific equipment. Alpine equipment is generally divided into cold equipment, camping equipment, technical equipment ,support equipment and Climbing Helmet.

 Mountaineering has become a sporting event and is generally recognized by the world as originating in the Alps in the second half of the 18th century. On August 8, 1786, a scholar M. G. Pakar and a crystal stonemason J. Balma first boarded the highest peak in the Alps, Mont Blanc, 4,807 meters above sea level. Later, people called mountaineering “Alpine Movement.” With the accumulation of experience and the improvement of mountaineering equipment, by the end of the 19th century and the beginning of the 20th century, mankind began to march into the Himalayas and Karakoram mountains in Asia. The first challenge to the world’s highest peak, Mount Everest, is the British mountaineering team. From 1921 to 1938, they made seven climbs to Mount Everest along the Chinese side. They finally changed to the side of the Kingdom of Nepal and climbed on May 29, 1953. In the 1950s, the human mountaineering expedition showed a climbing boom in the above-mentioned high mountain areas of Asia. During this decade, mountaineering teams or athletes from France, Britain, Austria, Italy, Switzerland, Japan, the United States, Poland and other countries have climbed 12 of the world’s 14 peaks over 8,000 meters.

Source: https://www.oemhelmet.com/mountaineering.html

AS/NZS 2063: THE AUSTRALIAN AND NEW ZEALAND CERTIFICATION

Maximise your safety on the bike, while remaining comfortable so you can fully focus on your performance and enjoy your ride, by choosing the right cycling helmet. All our helmets are certified to a European standard so you can be sure of the highest levels of protection. We stock helmets for both kids and adults, and whether you’re looking for a helmet for commuting, would like something highly aerodynamic to put in your best triathlon performances, or something lightweight and breathable for hot summer road races, we have a large range for you to choose from.

Don’t mess around when it comes to safety. Bike helmet are an essential for riding, whether in the city or mountain biking. Protection is an absolute must when cycling. Choose from our range for adults and kids, offering sturdy and stylish designs with or without a visor.

Each country has their own standards. Nevertheless, looking at the differences and communalities among these standards, we found that the following steps are applicable to all standards, in terms of testing cycle helmets:

First, the helmet is positioned on a reversed headform (upside down)

The helmet is then made to fall on an anvil

The fall distance varies from standard to standard, between 3.3 to 6.6 feet (1 to 2 metres)

In order for this Australian and New Zealand test to be passed, the accelerometer inside the headform must register less than 200 g for 3 milliseconds, and less than 150g for 6 milliseconds; a g-force, is a measurement of the type of acceleration that causes a perception of weight.

AS/NZS 2063: The Australian and New Zealand Certification Standard for Cycle Helmets

The standard applies to both adults and children.

The certification requirements look at the following elements:

Construction and components: each helmet must have three essential characteristics:

To be able to absorb impact energy

To be able to distribute load

To have a retention system

Retention system: it has to meet the following requirements:

A strap which should be worn under the lower jaw

When the straps are well secured, the retaining system is marked by a tension between all fixing points

Any strap which touches the throat cannot be less than 15mm wide

Irregularities or ridges:

the helmet cannot have any irregularities on the outside (except for the ventilation holes) that are more than 5 mm in height, compared to the general external surface

the helmet cannot have any irregularities on the inside (which could cause injuries)

Materials: the helmet should be built with suitable materials

Ventilation: the helmet should cater for appropriate ventilation, in order to move the heat from the head to the outside.

The Australian and New Zealand cycle helmet certification standards is one of the few ones out there which takes into consideration the fact that children’s heads are lighter. Therefore, there is a recommendation for the kids’ helmets to not exceed 300 grams in weight.

AS/NZS 2063 Testing Standards

The table below shows the tests performed for AS/NZS 2063.

AS/NZS 2063

Country of Origin Australia and New Zealand

Status Published 1996

Anvils Flat

Drop apparatus Twin wire drop rig

Impact velocity, energy o drop height- flat anvil 1.451.80 m.

Drop height- other anvils

Impact energy criteria < 300g, < 200 g for 3 ms, < 150g for 6 ms

Roll-off test Yes

Retention system strength Force applied statically

Source: https://www.oemhelmet.com/as-nzs2063.html

CLIMBING HELMET CONSIDERATION

Some helmets are marketed towards ski mountaineering, like the CAMP Speed 2.0 and 2019 Petzl Meteor, but they are not technically certified as ski helmets by the official ski standard. They are very light helmets that protect against rock fall more than collisions. The Meteor is in it’s own category for a “Ski Touring” cert, which is not a typical ski certification (it won’t pass all racing standards). Although you can wear a climbing-only certified helmet for other sports, the lack of ski (or bike) certification means the climbing helmet will not provide ideal protection. Rock climbing helmets main focus is protecting the top of the head, not the sides. This makes them unideal in a collision situation and is why the vast majority of climbing helmets cannot attain skiing (or biking) certifications. We go into more details of the certs later in this post.

 Similarly, the reason it’s not ideal to use bike helmets for rock climbing (or ice climbing) is because there isn’t adequate protection from large/sharp object impacts from above. That said, some rock climbing helmets do give a bit more side protection. The Petzl Meteor III was certified for biking (EN 1078), with more side protection that most helmets BUT the 2019 Meteor is not certified for biking. 

DOWNSIDES TO MULTI-USE HELMETS?

“Multi-use” usually translates to “not ideal for either job.” The biggest difference between a typical rock climbing only helmet versus a multi-use helmet is the bulk. Multi-use helmets generally have fewer vents, more padding and additional foam for protection, resulting in reduced breathability (they’re hot) during warm weather rock climbing. There are a few multi-use helmets that have lots of vents, which is great for rock climbing, but the extra ventilation can make them chilly on colder ski days. Multi-use helmets are typically heavier then their climbing specific alternative because they require more material to pass the certification requirements. That said, the weight range is still quite wide: The lightest and most vented of the multi-use helmets, the Grivel Duetto is planned to be 195 grams while the more skiing-oriented Mammut Alpine Rider comes in at 400 grams.

HELMET STANDARDS

There are different certifications for each sport and activity. For rock climbing, the official standard is EN 12492 and/or UIAA 106. If the helmet is sold for rock climbing in Europe, it must have the EN rating. The UIAA rating is optional, but widely accepted as a sought-after standard. The details of the UIAA requirement are public and you can read them here (and the EN cert was written using the UIAA requirements).

EN 12492 – ROCK CLIMBING / MOUNTAINEERING 

 “The force transmitted to the head form as a result of the impact of the falling mass shall not exceed 8 kN for the vertical impact test, for the side impact test, for the front impact test and the rear impact test.” The UIAA pictorial overview of the tests makes it a little clearer.

EN 1077 – SKI AND SNOWBOARD HELMETS 

 “Tests ski/snowboard helmets for shock absorption, penetration and retention systems. Peak acceleration imparted to the head form cannot exceed 250 Gs. Tests also include a number of design requirements, such as area of coverage, field of vision, and clearance between the head and the shell. Class A protects a larger area of the head and offers a higher degree of protection from penetration, while Class B offers more ventilation and better hearing but slightly less protection.” If you want to geek out further on Class A and B, we found this super nerdy forum post that has pictures, diagrams, and a more detailed explanation.

CONCLUSION

Using a climbing helmet while skiing is still better than no helmet for protecting your cranium but it won’t protect you as well for collisions, the most common type of skiing accident. If you are convinced that you want to use a single helmet for climbing and skiing we highly recommend you use one certified for both skiing (EN 1077) and climbing (EN 12492 / UIAA 106).
We are the helmel factory, the manufacturer in China,  We do all helmets in the best.


Source: https://www.oemhelmet.com/climbing-helmet-consideration.html