Humans’ energy needs were modest before the industrial revolution. For example, we were happy to utilize energy from the sun for heat, horses for transportation, the power of the wind to sail around the globe, and water to drive simple machines that grind grains. Everything changed in the 1780s, with high growth in steam power generation plants, of which most of their components were fabricated using high-speed lathes.

But as the energy needs continued to grow since rapid industrialization began, energy systems and technologies became more sophisticated. As a result, it became more challenging for manufacturers to meet the manufacturing requirements of the energy industry until the advent of CNC machining technology in 1952.

In this article, we will cover CNC machining in the energy industry. We will present three things you must know about CNC machines and their role in today’s energy sector. So let’s get right into it!

#1 CNC Machining is Helping to Fabricate Hydropower Turbines and Generator Components

Hydropower turbines and generators are massive, consisting of hundreds of thousands of components. These components vary in design and size, with some components smaller than your index finger and others larger than the size of a car. Regardless of the variation in size, one key requirement is that these components are machined accurately and precisely to ensure seamless assembly.

CNC machines are among the key machining technologies that product designers use in the energy industry to satisfy these requirements. For example, Canyon Hydro (one of the leading manufacturers of Pelton and Francis hydroelectric turbines) relies on a 7-axis CNC milling machine to fabricate the majority of the components that make up their 36-ft-long and 25-ton hydroelectric systems.

The reason for this high dependence on CNC machines is understandable. First, CNC machines can machine to tolerances as small as 4µm, which pretty much is the tolerance limit you’d find in many hydropower components and parts (like simple shafts, impellers, and bushing). Second, multi-axis CNC machines are particularly suitable for fabricating extremely large and complex geometries.

But CNC machines’ applications aren’t limited to the renewable energy industry.

#2 CNC Machining is Helping to Fabricate Difficult-to-Machine Materials in the Conventional Generators and Turbines

Like the hydropower systems, conventional turbines and generators — which rely on fossil fuels to generate power — feature thousands of components. However, unlike the renewable energy systems, conventional generator components are subjected to extremely high thermal conditions of up to 2300℉, causing engineers to rely on high-strength and thermal resistance materials for these components.

Finding a material with high strength and thermal resistance isn’t a problem for product designers. Instead, the challenge is finding a suitable manufacturing method for these metals. For example, a high-strength material like titanium and its alloys has poor (or average) machinability and is prone to chatter during metal cutting.

Because of CNC machines’ compatibility with a broad range of materials, manufacturers rely on them to fabricate difficult-to-machine metals found in conventional generators and turbines. For instance, skilled machinists usually CNC machine titanium with recommended cutting speeds of 59 m/min for roughing and over 180 m/min for finishing operations.

Learn more about the difference between feed rate vs. cutting speed.

#3 CNC Machining is Contributing to the Research on Solar and Wind Power Systems

Solar and wind power systems are slowly taking center stage across the globe, replacing conventional energy systems that rely on fossil fuels and contribute to climate change. As a result, research studies are being done to improve the efficiency and performance of these systems. For example, some research scientists are investigating the energy efficiency and performance of novel wind turbine blade designs and solar panels.

And as you may have guessed, CNC machines are among the technologies used for rapid prototyping the blades and solar panels used in most of these research studies. A major reason for this preference is the ease of modifying designs in CNC machining.

With CNC machining, you only need to modify dimensions on your 3D CAD software, and a CNC machinist will have no problem fabricating your new blade (or solar panel designs) quickly. This is not the case with conventional manufacturing methods like injection molding, where you have to start all over by recreating molds.

(Related Post: Should You Use CNC for Rapid Prototyping? The Advantages and Disadvantages)

CNC Machining for the Energy Industry: Gensun Can Help

Now that you understand the role of CNC machining in the energy industry today, you’d agree that CNC machining has been an essential manufacturing method since the industrial revolution. But as much as CNC machines simplify energy parts machining, the success of your project also depends on the machine shop you work with.

You want to work with a machine shop with top-of-the-line CNC machines as well as highly experienced CNC machinists, engineers, and quality control experts.

Gensun Precision Machining has been in business for nearly two decades, providing high-quality CNC machining services to customers in the energy industry. We have state-of-the-art CNC equipment, and our engineers are capable of getting your product done right the first time.

Learn more about our CNC machining services.

Introduction

In the quest for luscious, healthy hair, many individuals are turning to natural ingredients that offer powerful benefits. Among these, argan oil and marine collagen have emerged as two of the most effective components for revitalizing and strengthening hair. This article explores how these two ingredients work together to transform your locks, providing a comprehensive guide to their benefits, usage, and effectiveness.

What is Argan Oil?

Argan oil, often referred to as ‘liquid gold’, is extracted from the nuts of the argan tree, native to Morocco. This oil has been a staple in Moroccan beauty rituals for centuries, prized for its rich composition, which includes essential fatty acids, antioxidants, and vitamin E. These nutrients work synergistically to deliver moisture, nourishment, and protection to the hair.

Benefits of Argan Oil for Hair

• Moisturizes and Conditions: Argan oil is known for its deep hydration properties. It penetrates the hair shaft, providing essential moisture that reduces dryness and frizz, making hair more manageable.
• Enhances Shine: Regular use of argan oil can give your hair a healthy, radiant shine. The oil smooths the cuticle, helping light to reflect off the strands beautifully.
• Reduces Breakage: The nourishing properties of argan oil help to strengthen hair, minimizing breakage and split ends. This is particularly beneficial for those with chemically treated or heat-styled hair.
• Protects from Heat Damage: Argan oil acts as a natural heat protectant. When applied before using styling tools, it can shield your hair from the damaging effects of heat.
• Scalp Health: Argan oil has anti-inflammatory properties that can soothe an irritated scalp, helping to reduce dandruff and promote a healthier environment for hair growth.
• Fights Aging: The antioxidants in argan oil can help combat oxidative stress, which is known to contribute to hair aging. This can keep your hair looking youthful and vibrant.

What is Marine Collagen?

Marine collagen is derived from fish and has gained popularity due to its high bioavailability, meaning it is easily absorbed by the body. This ingredient is celebrated for its role in promoting skin elasticity and overall health, but its benefits extend to hair care as well. Collagen is a vital protein that helps maintain the structure of the skin, hair, nails, and connective tissues.

Benefits of Marine Collagen for Hair

• Strengthens Hair Fibers: Marine collagen helps to reinforce the structure of hair, making it less prone to damage. It works by providing amino acids that are essential for hair strength.
• Supports Hair Growth: By improving the health of hair follicles, marine collagen can encourage new hair growth. This is crucial for those looking to combat hair thinning or loss.
• Improves Elasticity: Collagen enhances the elasticity of hair, making it more resilient against breaks and tears. This means less hair fall when brushing or styling.
• Promotes Scalp Health: Collagen can improve blood circulation in the scalp, fostering a healthier environment for hair growth. A healthy scalp is essential for strong, vibrant hair.
• Hydrates and Nourishes: Marine collagen can help retain moisture in the hair, preventing it from becoming dry and brittle.
• Repairs Damage: The amino acids in marine collagen can help repair damaged hair, restoring its natural strength and vitality.

Combining Argan Oil and Marine Collagen for Optimal Results

When used together, argan oil and marine collagen create a potent hair care regime that targets multiple hair concerns:

• Deep Nourishment: The combination provides intense hydration and nourishment, addressing both dry and damaged hair. Together, they work synergistically to restore hair health.
• Enhanced Protection: This duo protects hair from environmental factors, such as UV rays and pollution, as well as styling damage from heat tools.
• Improved Overall Hair Health: Regular use can lead to stronger, shinier, and more manageable hair. Users often report less frizz and more defined curls.
• Versatile Application: Both ingredients can be integrated into various hair care products, including shampoos, conditioners, and treatments, allowing for diverse application methods.

How to Use Argan Oil and Marine Collagen in Your Hair Care Routine

To harness the benefits of argan oil and marine collagen, consider the following tips:

• Hair Masks: Create a nourishing hair mask by mixing argan oil with marine collagen powder. Apply it to your hair for 30 minutes before washing out. This deep treatment can be done weekly for best results.
• Leave-in Treatments: Use argan oil as a leave-in conditioner to keep your hair hydrated and protected throughout the day. A few drops can be applied to damp hair before styling.
• Supplements: Consider taking marine collagen supplements to support hair health from the inside out. These can enhance the effects of topical treatments and promote overall wellness.
• Shampoo and Conditioner: Look for hair care products that contain both argan oil and marine collagen. These formulations can provide daily nourishment and protection.
• Scalp Treatments: Apply a blend of argan oil and marine collagen directly to your scalp to improve circulation and promote hair growth. Massage gently to stimulate the follicles.

Success Stories: Real-Life Transformations

Many individuals have experienced remarkable results from using argan oil and marine collagen in their hair care routines:

• Jessica’s Journey: After years of dyeing her hair, Jessica found her locks brittle and lifeless. Incorporating a weekly argan oil mask and marine collagen supplements helped restore her hair’s shine and strength.
• Michael’s Transformation: Struggling with thinning hair, Michael began using marine collagen in his diet and argan oil in his grooming routine. Within months, he noticed a significant increase in hair thickness and volume.
• Sophia’s Shine: Sophia always desired shiny, vibrant hair. By using a combination of argan oil leave-in conditioner and collagen-infused shampoo, she achieved the glossy hair she had always wanted.

Conclusion

Harnessing the power of argan oil and marine collagen can lead to transformative results for your hair. By incorporating these ingredients into your hair care routine, you’ll not only revitalize and strengthen your locks but also enjoy the confidence that comes with having beautiful, healthy hair. With consistent use, you can unlock the full potential of your tresses, embracing a vibrant, nourished, and resilient mane.

FAQs about Argan Oil and Marine Collagen

• Can I use argan oil and marine collagen daily? Yes, argan oil can be used daily as a leave-in treatment, while marine collagen can be taken as a supplement as per recommended dosage.
• Are there any side effects? Both argan oil and marine collagen are generally safe for most people. However, those with allergies to nuts or fish should consult a healthcare provider before use.
• How long does it take to see results? While some individuals may notice improvements within a few weeks, it can take several months of consistent use to achieve optimal results.
• Can I use these products on all hair types? Yes, argan oil and marine collagen are suitable for all hair types, including straight, curly, and coily hair.

Deng Xiaoping famously said that it doesn’t matter if the cat is black or white, so long as it catches mice. And when it comes to catching mice, nothing except the cat has done the job better than the humble mousetrap. We present it here not because we’re enemies of Mus musculus but simply to illustrate what a classically beautiful design it is (although the mouse may not agree.) Elegant, easy to use, appropriate for its intended function and containing precisely the elements it needs and nothing more, the mousetrap is almost synonymous with perfection of design, and that’s what concerns us here today.

There are certain commonalities that run through all great product designs, and of course millions of words have already been printed trying to articulate the elusive qualities that come together to make a successful product classic, even iconic. Almost always, the design fits to the human hand or body just so, acting as an extension of ourselves and achieving a universality of purpose that cuts through all cultures, ages and periodic fads. Words like “proportion” and “balance” are often used, to suggest that some shapes just look right to our eyes more than others. We tend to like the suggestion of mass in some places and the presumption of lightness in others, and the discrete use of lines that join the two. What other perfect examples can you think of?

How about the lowly stapler perhaps, found in millions of offices around the world, so ubiquitous as to be invisible? It’s this unobtrusiveness that is another sign of a great design, something so natural to the environment in which it’s found that it becomes the environment, helping to define it. The stapler’s function is obvious, discrete and almost impossible to improve upon.

Most of you reading this have never used an old-school phone like this one, or a classic Instamatic Kodak camera.

But if it were your first time to use a rotary phone or instamatic camera, your fingers would immediately know where to go and what to do. The object’s design tells you what it’s for and how to use it – and that would be true even for future archeologists who dig up one of these strange vessels and immediately recognize that its lovely proportions just make you want to pick it up and put it to your lips.

The product designer of today has a number of advantages over their counterpart in times past. CAD software makes the drawing process fast and easy to modify, while rapid prototyping can give you a physical model faster and easier than ever before. Only when you have a prototype in your hand can you play with it and really understand if it inspires one to touch and use it as intended.

We recommend vacuum casting as the ideal technique for making solid models in a variety of colors that can be easily and economically molded into the final product. Many iterations and modifications can be made easily until you get the final shape down just right. We welcome you to tell us what other classic designs are the best of their kind. And if you want to read about some designs that don’t quite work, check that out here.

在北京时间9月5日的报道中，明尼苏达森林狼队篮球事务运营总裁蒂姆-康奈利在接受采访时表达了他的愿望，他希望球队的中锋鲁迪·戈贝尔能够在球队中长期效力。

戈贝尔目前还在执行的这份合同总额为5年2.05亿美元，还剩下2年——2024-25赛季为4383万美元，2025-26赛季为价值4666万美元的球员选项。

戈贝尔有资格续签一份4年2.43亿美元的顶薪合同，但森林狼不太可能会给。

当然，戈贝尔可以选择拒绝执行2025-26赛季球员选项，然后以更低的薪资和森林狼签下一份年限更长的合同。

本赛季常规赛，戈贝尔为森林狼出战76场比赛，场均拿下14.0分12.9篮板1.3助攻2.1盖帽;季后赛，戈贝尔出战15场比赛，场均得到12.1分9.8篮板1.6助攻1盖帽。

For the maintenance of Cement Tube Making Machine, it is necessary to pay attention not only to check the lubricating oil, hydraulic oil, coolant, oil level, and quality but also to check the sealing performance of the whole machine. Concrete Electric Pole Machine Supplier believes that the following details should also be noted:

1. First, we must sort out the on-site environment used by the cement pipe making machine, clean up the different items on the site to the prescribed places, and place the necessities in a fixed place.

2. Rectify the equipment, record the tools, cleaning tools, and equipment inspection records required for operation and maintenance, and provide timely maintenance.

3. The cement pipe making machine is clean, and the site environment needs to be “four nos” and “six no leaks”. No: no ash, no debris, no looseness, no oil. Six leaks no oil leakage, no water leakage, no leakage, no air leakage, no air leakage, no leakage.

4. Clean the equipment, scrub the equipment on time, and clean the scene.

Cement Tube Making Machine

5. The Cement Tube Making Machine should be regularly lubricated and strictly inspect the equipment lubrication management to check whether the lubrication system and cooling system are normal.

6. Check and check according to the contents of the tour check.

7. Fasten and fasten the anchor bolts of the anchor bolts and the fixed parts of each part.

8. Adjust and adjust the belt conveyor and zipper. The drive chain is tight enough to achieve optimum operation.

9. Check whether the safety and safety devices are sensitive and reliable, complete and complete, and ensure the safety of personnel and equipment.

Our company specializes in the Concrete Electric Pole Machine. The quality of our products is guaranteed, please feel free to contact us.

If you’re wondering what the most cost-effective way to make any prototype is, it may be time to set your sights on vacuum casting. Vacuum casting—sometimes referred to as urethane casting or polyurethane casting—was first developed in Europe in the 1960s and has since become one of the most widely used techniques for the development of plastic prototypes. Vacuum casting is a flexible and effective method for making high-quality rapid prototypes and end-use parts in low volumes, and is considerably faster than other manufacturing processes. The process uses pourable casting resins and silicone molds ( which can be reused about 20 times) to make perfect copies of master patterns,Such copies are useful in many ways, including for functional testing, engineering testing, product development, as display models and for marketing and crowdfunding campaigns.

Let’s take a closer look at the benefits of vacuum casting for rapid prototypes and why you may want to consider it for your next prototyping project.

The Vacuum Casting Process in Rapid Prototyping

Master Patterns

Polyurethane vacuum casting begins with a master pattern, which itself is a prototype made from any durable, solid material. It’s common to use 3D printing or CNC machining to produce these patterns because these methods are fast, don’t require separate tooling and can easily be modified to accommodate design changes as needed.

Once the patterns are made they need to be carefully prepared before they can be copied. This preparation usually involves sanding, polishing and painting to get the surface finish just right. For multiple parts that might fit together into an assembly, we also test fit the pieces and make minor adjustments to ensure a clean, tight appearance.

Making Molds

After the patterns are ready they are placed in a casting box that is then filled with liquid silicone. After curing in an oven for several hours, the silicone is solidified and the casting box can be taken apart.

We carefully cut this mold open along a predetermined seam line and remove the pattern. This leaves behind an empty cavity in the exact mirror image of the original.

Vacuum Casting

To make copies of the master pattern the mold must be resealed, this time with a feed tube leading into the cavity. Liquid urethane resin is poured into the mold and then the mold put into a vacuum chamber.

The purpose of the vacuum is to draw air out of the cavity, removing any bubbles while forcing resin into the entire volume of space. Then the mold is heated in an oven where the resin is cured. Upon reopening the mold, a perfect copy of the original emerges.

Those are the basic steps. But, how does this set you up for success on your next project?

Standard Technical Specifications

• Lead time—Ready in as little as 5 working days
• Accuracy—Usually ±0.3% 
• Minimum wall thickness—To ensure your mold is filled properly, a wall thickness of 0.75 mm is recommended. For best results, opt for a wall thickness of at least 1.5 mm.
• Maximum part dimensions—The size of your mold is limited by the dimensions of the vacuum chamber, as well as the volume of the product.
• Typical quantities—Between 15-25 parts per mold.

Key Benefits of Vacuum Casting for Rapid Prototypes

1. Quality

The quality of cast parts is excellent, easily reproducing even very fine surface details from the original. This is why it’s so important to prepare the master patterns carefully. Vacuum casting creates high quality copies with excellent surface details. Finished copies can be painted, printed, or machined as necessary to improve appearance and function. People who are new to this service are constantly surprised by the fidelity to the original, which can easily be mistaken for a plastic injection molded part.

2. Speed

Compared to the time it takes to make mass production hard tools out of steel – which could take a few weeks – parts can be prepared and delivered in a matter of days, depending on the size and quality of your parts. This can be a critical factor if you’re trying to meet a tight deadline, like getting display models ready for an upcoming trade show or crowdfunding campaign, for example.

3. Versatility

There are many casting resins available that reproduce the look, feel and mechanical performance of most standard thermoforming resins like nylon, ABS or polyethylene. This means you don’t need to sacrifice functionality for speed or convenience. And for even more options, urethanes of different types can be overmolded to create various surface textures and hardnesses in one unit.

4. Cost-Effectiveness

Once the master patterns have been prepared, vacuum casting is the most economical way to make high-quality replicas. This is because money is not being invested in making hard tools, as would be the case for plastic injection molding or pressure die casting. That savings, in turn, can be invested in further product development or alternate design iterations.

Further, the process uses much less electricity than injection molding, die casting or CNC machining.  That cost would otherwise be passed on to the customer. Taken together, the savings on tooling, materials, energy and labor costs can be significant.

Is Vacuum Casting Right for You?

With the wide array of benefits of vacuum casting for rapid prototypes, it might be wise to invest in a vacuum casting service. We have everything in-house to offer a great vacuum casting solution for rapid prototypes and end-use parts. With our experienced staff, finishing services and quality inspection, you’ll get production quality parts at a fraction of the production price. Upload your CAD files now for a free quotation.

Basic Info.

Model NO.
DW-01

Material
Cotton / Bamboo Fiber

Age Group
Adults

Feature
Anti-Pilling

Type
Blended Blanket

Knitting Method
Machine Weaved

Pattern
Embroidered

Usage
Home, Airplane, Hospital, Hotel

Weight
5/7/10/12/15/20/25/30lbs

Transport Package
PVC Bag

Specification
Normal size and customized size

Trademark
DELO

Origin
Anhui China

HS Code
9404909000

Production Capacity
15000/Month

Product Description

 

Product Name  Weighted Blanket  Material  100% Organic Cotton Filling Material Filled with an FDA Grade PVC compound (plastic beads) in secure pockets Size  Regular Size and accept customized size Weight  5LBS 7LBS 9LBS 10LBS 15LBS 20LBS 25LBS  Color  Customized Acceptable MOQ 50 Pieces