What Are Precious Metal Glasses and How…
Precious metal glasses are high-end eyewear made from luxurious materials like gold, platinum, and rose gold.…
Our OEM solution for metal eyeglasses help you achieve
custom eyewear collections successfully.
Custom Metal Eyewear: Tailored Solutions for Every Need at Eyewearbeyond, we specialize in offering custom metal eyewear solutions, designed to meet the unique needs of our global clientele. Whether you’re interested in titanium, stainless steel, or luxurious precious metal frames, our expertise ensures you receive high-quality eyewear that combines style, functionality, and durability.
Precious metal glasses are high-end eyewear made from luxurious materials like gold, platinum, and rose gold.…
Memory metal glasses are eyewear frames made from a special alloy, typically nickel-titanium (Ni-Ti), that offers…
Aluminum-magnesium alloy eyewear refers to glasses made from an alloy of aluminum and magnesium, combining the…
In the world of eyewear, material choice is critical. Metal alloys have revolutionized the industry by…
For many consumers, finding glasses that are both stylish and durable is not easy. Many materials…
Finding durable yet stylish glasses that can be worn comfortably all day long can be a…
1. How to choose the right materials?
Issue: Brand clients often struggle to balance quality, appearance, and cost when selecting materials.
Solution: Consult with the manufacturer about the characteristics, durability, color options, and availability of materials to make the best decision.
2. How to ensure the design aligns with the brand image?
Issue: Ensuring that the custom eyewear design is consistent with the overall brand image and ethos can be challenging.
Solution: Work closely with the designer to clarify the brand’s core values and visual style.
3. How long is the production cycle?
Issue: Clients may worry that production time will be too long, affecting the launch schedule of new products.
Solution: Clarify the production cycle at the beginning of the project and allow enough time to handle potential delays.
4. How to control production costs?
Issue: Balancing high quality with cost control is a common challenge.
Solution: Discuss the costs of different materials and processes with the manufacturer and optimize the design to reduce waste and additional expenses.
5. What is the minimum order quantity (MOQ)?
Issue: Brand clients may require small-batch production, but manufacturers often have minimum order quantity requirements.
Solution: Confirm the manufacturer’s MOQ and assess whether you need to adjust the order quantity or find an alternative supplier.
6. How consistent are the samples with the final product?
Issue: Clients worry that the samples may differ from the final product produced in large quantities.
Solution: Ensure that the samples are thoroughly tested before production and request detailed records and standardized production processes.
7. How to handle quality control issues?
Issue: Ensuring that each batch of products meets quality standards can be challenging.
Solution: Establish a strict quality control process, including multiple inspections before, during, and after production.
8. Is it possible to achieve complex designs?
Issue: Some brand clients want to achieve unique or complex designs but are unsure if it’s feasible.
Solution: Discuss the technical capabilities and limitations with the manufacturer to ensure the design can be realized in production.
9. How to manage design changes?
Issue: Making changes to the design during production may lead to additional costs and delays.
Solution: Clearly define all details during the design phase and agree on the change process and fees with the manufacturer.
10. How to arrange logistics and shipping?
Issue: International logistics may cause delivery delays or increased costs.
Solution: Choose experienced logistics partners and plan the shipping schedule, considering customs and other potential delays.
11. How to ensure lens and frame compatibility?
Issue: Ensuring that the lenses fit perfectly within the frame is a common concern, especially for custom shapes.
Solution: Discuss the technical specifications of lenses and frames in detail with the manufacturer and conduct tests to ensure precise matching.
12. How to handle customer feedback?
Issue: After launching a new product, brands may receive feedback regarding design or comfort that may require adjustments.
Solution: Set a feedback period, collect customer opinions, and work with the manufacturer to make adjustments if necessary.
13. What eco-friendly options are available for custom eyewear?
Issue: Brand clients are increasingly concerned about eco-friendly materials and sustainable production processes.
Solution: Discuss available eco-friendly materials and low-carbon production options with the manufacturer and highlight this in brand marketing.
14. How to ensure color consistency?
Issue: Maintaining color consistency across different batches can be challenging.
Solution: Use materials from the same batch for production and ensure that all colors are thoroughly tested and confirmed before production.
15. How to handle returns or damaged products?
Issue: Clients may receive damaged or non-standard products, requiring handling of returns and compensation.
Solution: Establish a clear return and compensation policy and agree on the handling process with the manufacturer in such cases.
16. How to address intellectual property concerns?
Issue: Brands worry that custom designs might be copied or imitated, affecting brand uniqueness.
Solution: Sign confidentiality agreements with the manufacturer and consider applying for patents or trademarks for key designs.
17. How to ensure comfort and wearability?
Issue: Even if the design and materials are excellent, if the glasses are uncomfortable to wear, customers may still be dissatisfied.
Solution: Emphasize ergonomics during the design phase and conduct fitting tests to ensure comfort.
18. How to optimize design to reduce waste?
Issue: Material waste during production can increase costs and cause environmental concerns.
Solution: Work with the manufacturer to optimize design and cutting processes to minimize waste.
19. How to comply with different market regulations and standards?
Issue: Different countries and regions have varying eyewear standards and regulations that need to be met.
Solution: Ensure that the design and production comply with the laws and standards of the target market and consider certification and testing requirements.
20. How to manage communication with the manufacturer?
Issue: Miscommunication during the custom process can lead to misunderstandings and delays.
Solution: Establish clear communication channels, regularly update project progress, and ensure that all key decisions are documented and confirmed.
These issues reflect the various challenges that brand clients may encounter during the custom eyewear process. By closely collaborating with manufacturers, maintaining clear communication, and carefully planning, many of these issues can be identified early and effectively addressed.
Unclear on How to Start the Customization Process
Unclear Design Requirements
Lack of Understanding of Materials
Budget Overruns
Unrealistic Expectations About Production Time
Overlooking Design Details
Unclear on Minimum Order Quantity (MOQ)
Ignoring Wearability
Poor Communication
Lack of Consideration for Brand Consistency
These issues represent common challenges that beginners might face when customizing eyewear. By understanding them in advance and being well-prepared, these problems can be effectively minimized, allowing for a smoother customization process.
When it comes to eyewear, metal frames are a go-to choice for anyone who loves a classic, timeless look. Whether it’s the sleek shine of stainless steel or the lightweight feel of titanium, metal frames offer a mix of durability and style that’s hard to beat. But how exactly do these frames come to life? It’s a process that involves careful crafting, precision, and a lot of attention to detail. Let’s take a closer look at how metal eyewear frames are made, and I’ll share some insider tips on ensuring top-notch quality.
1. What materials are commonly used for metal eyewear frames?
The most common materials used for metal eyewear frames include titanium, stainless steel, aluminum, copper, and various alloys. Each material offers different benefits, such as lightweight durability, corrosion resistance, and flexibility.
2. How are metal eyewear components shaped?
Metal components like rings, temples, and bridges are typically shaped using CNC (Computer Numerical Control) machines for precision. Other parts can be shaped either manually or with an oil press machine using molds, depending on the order size and complexity of the design.
3. What is the difference between laser soldering and traditional soldering in metal eyewear production?
Laser soldering is a precise method that heats only the necessary areas, resulting in a clean, nearly invisible connection, ideal for parts made from the same material. Traditional soldering, on the other hand, is used when joining different types of metals, though it can be messier and less precise.
4. Why is polishing such an important step in metal eyewear production?
Polishing is crucial because it ensures that the metal frames are smooth, shiny, and free of imperfections. Proper polishing affects not only the look and feel of the frames but also the quality and durability of the coloring process. Any flaws in polishing can become very noticeable after coloring and are difficult to correct.
5. How are colors added to metal eyewear frames?
Colors are added through plating or spray painting. Plating involves coating the frames with a thin layer of metal, usually in colors like gold, silver, or gunmetal, which are durable but limited in variety. Spray painting offers a wider range of color options, including vibrant hues and two-tone designs, but is less durable than plating.
6. How long does it take to produce a set of metal eyewear frames?
The production timeline for metal eyewear typically ranges from 30 to 45 days, depending on the complexity of the design and any additional processes like two-tone coloring.
7. What are the steps involved in assembling metal eyewear frames?
The assembly process includes attaching the temples to the frame front, adding non-metal parts like temple tips and nose pads, inserting nylon wire for half-rim frames, cutting and mounting lenses, and performing silk printing for branding and sizing details.
8. How is quality control handled in metal eyewear production?
Quality control involves multiple inspections throughout the production process, including after soldering, polishing, and coloring. Frames that don’t meet the required standards are either reworked or discarded to ensure that only high-quality products reach the customer.
9. What is the final inspection process before metal eyewear frames are shipped?
The final inspection can be performed by the manufacturer or a third-party inspector hired by the customer. It usually involves AQL (Acceptable Quality Level) sampling to check a representative batch of frames. If full inspection is required, it must be arranged in advance, and the manufacturer is responsible for any rework needed if the frames don’t meet quality standards.
10. Can eco-friendly materials be used in the packaging of metal eyewear?
Yes, many buyers now request eco-friendly materials for packaging, including sleeves and poly bags. These sustainable options help reduce environmental impact and appeal to consumers who prioritize eco-friendly products.
Before we get into the nitty-gritty, it’s important to understand that metal frames are made up of several key components. These include the rings (the part that holds the lenses), temples (the arms that rest on your ears), the bridge (which sits on your nose), arm pads, and hinges. Each of these parts plays a crucial role in the overall structure and comfort of the frames. So, the first step in creating metal eyewear is to individually manufacture these components, and that involves four main processes: shaping, grinding, cutting, and bending.
Now, let’s talk about how we actually shape these metal components. The metal rings, which are central to the frame, need to be precisely formed to hold the lenses securely. This is where CNC (Computer Numerical Control) machines come into play. These machines are incredibly precise, ensuring that each ring is exactly the right size. It’s kind of like using a high-tech cookie cutter to make sure every cookie (or in this case, ring) comes out perfectly uniform.
But not every part of the frame is made using CNC machines. For the other components—like the temples or bridges—we have a couple of options. We can either shape them manually or use an oil press machine with a mold. Each method has its advantages and disadvantages, and the choice really depends on what the order requires.
Using an oil press with a mold is great for accuracy and efficiency. It’s like having a custom-made mold that stamps out each piece perfectly every time. But there’s a catch: molds can be expensive. For example, creating a mold for the bridge might cost around $100, while molds for the temples can cost up to $600. If you’re only making a small batch of frames, the cost of these molds might not be worth it. In these cases, manual work could be the better option, even though it might not match the precision of a mold.
Manual work, on the other hand, offers flexibility, especially for smaller orders. Skilled craftsmen can shape the metal parts by hand, which is ideal when the order quantity is low, or the design doesn’t require the extreme precision that a mold provides. However, if you’re looking at a large order—say, over 1,000 pieces per model—using molds with an oil press becomes the more economical choice. The labor cost of manual work can skyrocket with larger quantities, making molds the better option for both quality and cost-efficiency.
Aside from the size of the order, the complexity of the component design also influences whether we use molds or manual methods. Simple designs can be made effectively either way, but for more intricate parts, molds are usually the best bet. A good manufacturer will analyze both the order size and the complexity of the components to recommend the most efficient and cost-effective method.
Once the components are shaped, they’re not quite ready to be assembled just yet. They often have sharp edges and burrs that need to be smoothed out, and that’s where trimming and polishing come in.
During the shaping process, the components are usually made slightly larger than necessary. This extra material gives us room to adjust and refine the parts to their final size. Trimming is all about cutting these components down to the precise dimensions needed for a perfect fit.
But there’s more to it than just trimming. Metal eyewear gets its sleek, curved look from the bending process. This is where the metal rings are bent to match the base curve of the lenses, ensuring that the lenses fit snugly into the frames. Other components are also bent to make sure the frames sit comfortably on the face and look great from every angle. The bending process requires both skill and precision because even a small mistake can throw off the fit and look of the final product.
Now that all the components are shaped, trimmed, and bent, it’s time to start putting everything together. This is where the metal parts—like the rims, bridges, end pieces, and arm pads—are soldered to form the front of the frame. The temples are then attached to the front with screws, completing the basic structure of the eyewear.
Soldering is a critical step in assembling metal eyewear, and there are two main methods used: laser soldering and traditional soldering.
Laser Soldering: Laser soldering is a relatively new technique that’s gained popularity in industries like electronics, and it’s now making its mark in eyewear production as well. The beauty of laser soldering is its precision. It only heats the specific areas that need to be joined, leaving the rest of the metal surface untouched. This means less risk of warping or damaging the metal, and it results in a very clean finish with almost no visible traces of soldering. It’s the ideal method when you’re working with parts made from the same material, as it ensures a strong, seamless bond.
Traditional Soldering: While laser soldering is great, it’s not a one-size-fits-all solution. When you’re working with different types of metals—say, attaching steel arm pads to titanium rings—traditional soldering is still the go-to method. Traditional soldering uses a soldering iron to melt a filler metal that joins the parts together. It’s a bit messier and less precise than laser soldering, but it’s effective for joining different materials.
Regardless of which soldering method is used, the frames undergo ultrasonic cleaning afterward. This process removes any impurities or residues that might have been left behind during soldering. Any remaining traces of soldering are then cleaned by hand to ensure a flawless finish.
With the front of the frame and the temples ready, it’s time to bring them together. The temples are attached to the front of the frame using small screws, and once this is done, the basic structure of the eyewear is complete. At this stage, only the temple tips and nose pads are left to be added, but that comes later, after polishing and coloring.
Polishing might not sound like a big deal, but trust me, it’s one of the most important steps in making metal eyewear. A well-polished frame not only looks better but also feels smoother and is more comfortable to wear. Polishing involves both tumbling and hand polishing, and a thorough inspection is done afterward to make sure everything is perfect. If the polishing isn’t done correctly, it can cause issues in the coloring process, leading to irreversible problems.
The polishing process starts with tumbling. This is where the frames are placed in barrels filled with small stones designed specifically for polishing metals. These stones come in different sizes, and they work by gently smoothing out the metal surfaces as the barrels rotate. The worker in charge needs to keep an eye on the process and replace the stones as needed to ensure consistent results.
The tumbling process is broken down into three stages, each with a specific purpose:
Timing is everything in the tumbling process. If a frame spends too much or too little time in any stage, it can affect the final quality. To keep everything on track, we use a system where each barrel is labeled with the processing model number and start time. This, combined with a timer on each barrel, ensures that every frame goes through the process for the correct amount of time.
While tumbling does a great job of polishing the entire frame, there are always small, delicate areas that need a little extra attention. This is where hand polishing comes in. Workers use grinding wheels to carefully polish these areas, working with their hands and eyes to achieve the perfect finish.
Hand polishing takes longer than tumbling—on average, a worker can polish about 240 sets of eyewear per day, compared to 450 sets in a tumbling barrel. But the results are worth it. Hand polishing ensures that every inch of the frame is smooth, shiny, and ready for the next step. By combining tumbling and hand polishing, we get the best of both worlds: efficiency and high-quality results.
The quality of the polishing process is crucial because any tiny imperfections can become glaringly obvious once the frames are colored. Uneven surfaces, scratches, or rough spots can ruin the appearance of the frames and affect the durability of the color. And here’s the kicker: if the frames aren’t polished correctly, they can’t be fixed without stripping the color off the entire frame and starting over. That’s why we conduct a thorough inspection of the polish before moving on to the coloring process. Any frames that don’t meet our standards are sent back for re-polishing.
Once the frames are polished to perfection, it’s time to add some color. The coloring process can be done in two ways: plating or spray painting. Each method has its own set of advantages and is chosen based on the desired look and durability.
The first step in the coloring process is plating the base color. Plating involves coating the metal frames with a thin layer of another metal to give them a specific color. The most common base colors are gold, silver, and gunmetal, which are the natural colors of the metals used. Plating gives the frames a shiny, metallic finish that’s both durable and attractive.
While the base colors look great, they’re often not enough to achieve the desired look. This is where the final coloring comes in. Depending on the design, we might add another layer of color through plating or spray painting.
Plating: For those who want a metallic finish, plating is the way to go. It offers a range of metal colors like rose gold or roman silver, as well as different shades of black, brown, and blue. Plating is durable and long-lasting, making it a popular choice for frames that need to withstand everyday wear and tear.
Spray Painting: If you’re looking for something more vibrant or need a two-tone design, spray painting is the better option. While it doesn’t last as long as plating, spray painting offers unlimited color options, making it perfect for colorful collections like kids’ eyewear. Plus, two-tone designs can only be achieved with spray painting, which typically takes about 12 days.
After the frames are colored, they go through another round of inspection. This step is crucial because any imperfections in the polish will be magnified once the frames are colored. The inspection isn’t just about checking the color—it’s also about ensuring that the frames are smooth, even, and free from any defects. If any frames don’t pass the inspection, they’re sent back for color removal, re-polishing, and re-coloring.
With the frames polished and colored, it’s time for the final assembly. This is where we add the non-metal parts, like temple tips, nose pads, and lenses, and finish up with silk printing and packaging.
Metal parts can be a bit uncomfortable when they come into direct contact with the skin, so we use silicone nose pads and either acetate or plastic for the temple tips. The nose pads are usually attached with screws, while the temple tips might require a bit of glue for a secure fit. Among the glue options, AB glue is the most durable, lasting much longer than instant glues. This ensures that the temple tips stay in place and provide comfort for the wearer.
For half-rim frames, nylon wire is used to support the lens where the metal doesn’t cover. This is a delicate process that requires precision, as the wire needs to be inserted perfectly to hold the lens securely. This step is done before the lenses are mounted.
Now it’s time to cut the lenses to fit the frames. Whether we’re working with optical lenses or sunglasses, the lenses need to be cut to match the shape and size of the frame. The lenses usually arrive from suppliers as round shapes with the required base curve. While white lenses are fairly universal, sunglasses lenses can vary greatly in terms of color, tint, and thickness. Many buyers prefer to use their trusted suppliers for sunglasses lenses to ensure consistency and quality.
Silk printing is the final step in customizing the frames. This is where we add details like the brand name, logo, or frame size to the glasses. The outer side of the optical lens is ideal for printing the brand name, while the inner side of the left or right temple is perfect for the frame size. Small logos can also be added to the temples if desired. Silk printing not only adds a personal touch to the frames but also helps with branding and identification.
Mounting the lenses into the frames can be a bit tricky, especially for frames with unique designs. It’s important to follow the engineer’s instructions closely to avoid damaging the lenses or frames during this process. The lenses need to fit snugly into the frames without putting too much pressure on either the lens or the metal, which could cause cracks or warping.
The last step in the assembly process is making sure everything is perfectly aligned. This involves carefully adjusting the frame to match the engineer’s design, ensuring that the temples are even, the bridge sits correctly, and the lenses are properly positioned. Each endpoint of the open frame has to line up exactly with the scale drawing, ensuring a perfect fit and comfortable wear.
With the production process complete, it’s time for the final quality check. This is where we make sure that every frame meets the required standards before it’s shipped out. A smart manufacturer knows the importance of this step—catching any defects before the frames reach the buyer’s warehouse or go on sale can save a lot of headaches down the road. If any frames don’t pass the inspection, they’re sent back for rework, and if they can’t be fixed, they’re discarded.
Once the frames pass the final inspection, they go through an ultrasonic cleaning process to remove any fingerprints, oil stains, or dust. This step ensures that the frames look pristine when they reach the customer. Workers wear white gloves during the packaging process to keep the frames clean and free from smudges.
The packaging process is straightforward but important. Here’s how it’s done:
In recent years, more buyers are requesting eco-friendly materials for sleeves and poly bags, and we’re happy to accommodate those preferences. Sustainable packaging not only helps the environment but also appeals to eco-conscious consumers.
The final step before shipping is the customer’s inspection. Many buyers, especially those located far away, use third-party inspection companies to handle this. It’s a common practice in the eyewear industry, and there are plenty of reputable companies with experience in eyewear inspections.
Most inspections are done by AQL (Acceptable Quality Level) sampling, which involves checking a representative sample of the frames rather than inspecting each one individually. This method is efficient and effective, but if a buyer prefers a full inspection, they need to inform the manufacturer in advance. If the frames don’t meet the agreed-upon quality standards during the inspection, the manufacturer is responsible for fixing them until they pass the next inspection.
So, there you have it—a complete walkthrough of how metal eyewear frames are made. From shaping the components to final assembly, every step of the process requires precision, skill, and attention to detail. On average, it takes about 30 days to complete a metal eyewear order, but if you’re going for something special like a two-tone color design, it might take up to 45 days.
Even though I’ve covered all the key steps, there’s always more to learn about metal eyewear production. Each model has its own unique challenges, and mastering the craft requires continuous learning and experience. Metal eyewear production is a blend of art and science, and it’s all about refining the process to create high-quality, stylish frames that not only look good but also stand the test of time. Whether you’re a designer, a manufacturer, or a buyer, understanding these processes will help you appreciate the craftsmanship that goes into every pair of metal frames.
Purpose: Achieve faster and more standard parts production
Purpose: Slots are carved on the glasses frame, perfectly integrated with metal accessories.
Purpose: Fully automatic operation, higher quality and efficiency.
Purpose: Each style uses its own mold and is pressed into different curvatures, more standard.
Purpose: Traditional shrinking machine can ensure more perfect results. This process takes at least 7 days to make the frames and temples harder and less likely to deform.
Purpose: Each style uses a dedicated mold to ensure that the appearance of each batch is the same, and the position of the wire core is more standard
Purpose: A pair of glasses frames must be polished at least three times, coarse polishing – medium polishing – fine polishing
Purpose: A pair of glasses frames must go through at least three tumbling, rough tumbling – medium tumbling – fine tumbling, Total time 3 to 4 days
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1.What materials are used in your custom metal eyewear?
Our eyewear frames are crafted from a diverse array of high-quality metals, each selected for unique properties that cater to various customer needs
Titanium: Renowned for its strength, light weight, and hypoallergenic properties, titanium is ideal for comfort and durability.
Stainless Steel: Known for its robustness, it resists corrosion and maintains a shiny finish, offering a classic aesthetic with reliable performance.
Aluminum: This material is lightweight and highly customizable, allowing for a variety of vibrant and unique designs.
Flexon: A titanium-based alloy, known for its flexibility and durability, it can return to its original shape even after bending, perfect for active users.
Beryllium: Lightweight and corrosion-resistant, suitable for wearers in coastal environments or those with high skin acidity.
Memory Metal: Combines durability with flexibility, ideal for eyewear that needs to withstand daily wear and tear without deforming.
Monel: This is one of the most widely used materials in the eyewear industry due to its moldability and corrosion-resistant properties. It’s cost-effective and can accommodate a wide range of colors and finishes.
Nickel Silver: A traditional eyewear material that offers excellent malleability and creates beautifully detailed designs, perfect for intricate and decorative frames.
Carbon Fiber: Known for its stiffness, low weight, and temperature tolerance, carbon fiber is used in premium eyewear for its distinctive textured look and strength.
Magnesium: As one of the lightest metals used in eyewear, magnesium frames provide extreme comfort and flexibility, ideal for long-term wear without discomfort.
2.Can I customize the design of my metal eyewear?
Absolutely! We provide full customization options including frame shape, size, and intricate details to cater to your unique style and branding needs.
3.What is the minimum order quantity for custom metal eyewear?
The minimum order quantity for our custom metal eyewear is 300 pieces per model. This allows us to maintain efficiency in production while ensuring you get comprehensive customization options for your eyewear.
4.How long does it take to produce a custom order?
Production timelines vary but generally range from 60 to 90 days after design approval, depending on complexity and order volume.
5.Do you offer logo engraving on metal frames?
Yes, we provide precise logo engraving services to help enhance your brand identity on our products.
6.What kind of quality assurance do you provide?
Each unit undergoes strict quality control checks to ensure they meet both industry standards and your expectations.
7.Are there color options available for metal frames?
We offer a wide array of color finishes, including but not limited to:
Classic gold, silver, and gunmetal
Customizable colors based on specific Pantone codes
8.Can you provide prototypes before mass production?
Yes, we ensure that you can review and approve a prototype of your custom design before commencing full-scale production.
9.What are the payment terms for custom orders?
Typical payment terms are:
50% deposit upon order confirmation
50% balance before shipment Terms can be adjusted based on contractual agreements.
10.Do you offer international shipping?
We handle worldwide deliveries and choose the most cost-effective and reliable shipping methods tailored to your location and needs.
11.Can I mix different models in one order?
Yes, different models can be mixed in one order as long as each meets the minimum order quantity.
12.What certifications do your products have?
Certification | Description |
ISO | International Standards Organization |
CE | Conformité Européenne (European Conformity) |
FDA | U.S. Food and Drug Administration |
13.How do you handle repairs or defective items?
We provide a comprehensive warranty and handle all repairs and replacements for defective items promptly.
14.Can I order samples before placing a full order?
Samples are available upon request and their cost is fully creditable towards your subsequent full order.
15.What are the lens options for metal frames?
We offer various types of lenses including single vision, bifocal, and progressive lenses, along with a selection of coatings such as anti-reflective, scratch-resistant, and UV protection.
16.How do I start a custom eyewear project with you?
Simply reach out with your design ideas, and our customer service team will guide you through our design and production process.
17.What kind of technical support do you provide during the design process?
Our experienced designers are on hand to assist with technical drawings, adjustments, and ensuring your designs are both functional and stylish.
18.Can I request changes after the prototype has been made?
Changes can be made after prototype evaluation to ensure the final product perfectly aligns with your vision.
19.Do you offer packaging options for the eyewear?
Custom packaging solutions are available to reflect your brand, enhance presentation, and provide protection during shipping.
20.How do I ensure the fit and comfort of the custom eyewear?
Detailed specifications and adjustments based on initial feedback are recommended. We can provide guidance on ergonomic designs to ensure optimal fit and comfort.
A good supplier can not only make you worry-free, but also enable your business to develop sustainably and allow your brand to continuously accumulate reputation for service and quality.
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