Answer:
When it comes to finding the best custom fabricator of quartz, silica, and borosilicate, there are a few important factors to consider. These materials are often used in a wide range of applications, from laboratory equipment and scientific instruments to medical devices and precision optics. Choosing the right fabricator can make all the difference in ensuring that your project meets your exact specifications and requirements. Here are some key tips to help you find the best custom fabricator for your needs.
1. Look for Experience and Expertise
One of the most important factors to consider when choosing a custom fabricator is their experience and expertise in working with these types of materials. Look for a company that has a proven track record of successful projects and has a team of skilled professionals who are knowledgeable in the latest fabrication techniques and technologies.
2. Consider the Quality of Materials
The quality of the materials used is another important consideration when choosing a custom fabricator. Look for a company that uses only high-quality quartz, silica, and borosilicate, and has rigorous quality control and testing procedures in place to ensure that each project meets the highest standards of quality and accuracy.
Once we receive your authorization to proceed we source only the highest grade raw material—ultra-pure, semiconductor-grade quartz—which is hand inspected to ensure that it meets our uncompromising quality standards.
We then process the material through our proprietary equipment for rough and fine cutting before applying the surface finish to exact tolerances. Aside from the coating process, all phases of the manufacturing process are completed at our Springboro, Ohio location.
The finished product passes through our QA Department where it is scrutinized by our multi-point hand-inspection process. Only 100% defect-free products make it to our shipping department where they are hand packed and shipped to your door.
3. Check for Customization Capabilities
Another key factor to consider is the customization capabilities of the fabricator. Can they create custom shapes, sizes, and designs to meet your specific requirements? Do they have the technology and equipment needed to create complex geometries and intricate patterns? Make sure to choose a custom fabricator who can provide a wide range of customization options to help you achieve your project goals.
Size Capabilities
• (9) High-Speed Polishing Spindles
• (3) High-Speed Fine Grinding Lappers
• (6) Blanchard Grinders— Ranging from 16”-42” Diameter Tables
• (5) Computer-Controlled Diamond Band Saws
• (8) CNC Milling Centers— Maximum Tables Size 26”x36”
• (2) Cad-Cam WaterjetsSawing— Maximum Tables Size 26”x52”
• (3) O.D. Grinders—Maximum Diameter 30”
All of our machines are diamond equipped except polishers and fine grinders.
4. Look for Competitive Pricing and Timely Turnaround
Finally, it’s important to consider pricing and turnaround time when choosing a custom fabricator. Look for a company that offers competitive pricing without sacrificing quality or customization options. Additionally, choose a fabricator who can provide reasonable turnaround times, given material demands, to help you meet tight project deadlines and timelines.
Finding the best custom fabricator of quartz, silica, and borosilicate requires careful research and consideration of several key factors. By choosing a company with extensive experience and expertise, a commitment to quality materials, customization capabilities, competitive pricing, and fast turnaround times, you can ensure that your project will meet your exact specifications and requirements.
Fused Quartz Windows
All of our fused quartz widows, also known as fused quartz sight ports are created to customer specifications.
Fused Quartz Discs
All fused quartz discs are shaped to your project specifications. Adding holes, flats, bevels, slots or any other features will be accomplished to your satisfaction.
Fused Quartz Plates
Fused quartz plates may be customized with holes, slots, angles and many other machining techniques.







