One of the most common inquiries we receive at #WOP is asking for #holes in #glass #wafers. The requirements for the shape, size, number of holes, glass type, wafer size, and thickness are of such great variety that every case is unique. Thankfully, we have a great video explaining all our capabilities once you need holes in glass. Here is a summary of the main specs: 💎 Variety of glasses – Corning, Schott, Hoya, AGC 💎 Wafer size – up to 200 mm x 200 mm (8”) 💎 Wafer thickness – from 30 μm to 10 mm 💎 Round, square, and other shapes through holes 💎 Straight hole cross-section | no taper 💎 ≤10 μm chipping > typ. none 💎 Smooth sidewalls, Ra<1 μm 💎 Typical min. hole size 20 μm (round) 💎 ±3 µm positional accuracy 💎 No debris on the back and front surface 💎 No sagging around the holes 💎 Aspect ratio up to 1:100 💎 High throughput and yield 💎 Ability to work with metalized glasses (e.g., Au, Pt, Ni, Cr, Mo) 💎 Minimal or no post-processing is needed However, if you need holes in the glass, just let us know 😎 #femtosecond #laserdrilling #glassdrilling #micromachining #holesinglass
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You have to drill holes in glass? check out this short video from our partner Workshop of Photonics | WOP, a specialist in the field:
One of the most common inquiries we receive at #WOP is asking for #holes in #glass #wafers. The requirements for the shape, size, number of holes, glass type, wafer size, and thickness are of such great variety that every case is unique. Thankfully, we have a great video explaining all our capabilities once you need holes in glass. Here is a summary of the main specs: 💎 Variety of glasses – Corning, Schott, Hoya, AGC 💎 Wafer size – up to 200 mm x 200 mm (8”) 💎 Wafer thickness – from 30 μm to 10 mm 💎 Round, square, and other shapes through holes 💎 Straight hole cross-section | no taper 💎 ≤10 μm chipping > typ. none 💎 Smooth sidewalls, Ra<1 μm 💎 Typical min. hole size 20 μm (round) 💎 ±3 µm positional accuracy 💎 No debris on the back and front surface 💎 No sagging around the holes 💎 Aspect ratio up to 1:100 💎 High throughput and yield 💎 Ability to work with metalized glasses (e.g., Au, Pt, Ni, Cr, Mo) 💎 Minimal or no post-processing is needed However, if you need holes in the glass, just let us know 😎 #femtosecond #laserdrilling #glassdrilling #micromachining #holesinglass
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Versatile and precise! Putch Meniconi's SVP 1080 Vertical Saw is your solution for cutting laminated, armoured, and fire glass. Make both vertical and horizontal cuts without moving the glass sheet. Discover the future of glass processing. #VerticalSaw #LaminatedGlass #ArmoredGlass #AntiFireGlass #CuttingTechnology #GlassIndustry #CuttingEdge #Efficiency #Versatility #HorizontalCuts #NoMovingSheet #FutureTech #GlassInnovation #EnhancedPrecision #SVPFamily #AdvancedEquipment #GlassCuttingSolution #CuttingPerfection #HighQualityResults #IndustrialMachine #TimeSavingTool #ReliablePerformance #DurableDesign #ProfessionalGrade #EffortlessCutting #ImprovedProductivity #VersatileTool #GlassProcessingSolution #InnovativeEngineering
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Versatile and precise! Putch Meniconi's SVP 1080 Vertical Saw is your solution for cutting laminated, armoured, and fire glass. Make both vertical and horizontal cuts without moving the glass sheet. Discover the future of glass processing. #VerticalSaw #LaminatedGlass #ArmoredGlass #AntiFireGlass #CuttingTechnology #GlassIndustry #CuttingEdge #Efficiency #Versatility #HorizontalCuts #NoMovingSheet #FutureTech #GlassInnovation #EnhancedPrecision #SVPFamily #AdvancedEquipment #GlassCuttingSolution #CuttingPerfection #HighQualityResults #IndustrialMachine #TimeSavingTool #ReliablePerformance #DurableDesign #ProfessionalGrade #EffortlessCutting #ImprovedProductivity #VersatileTool #GlassProcessingSolution #InnovativeEngineering
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Vacuum casting - the plastic cups, glasses, tubes, balls, caps, etc. that you see in all colors, or similar shapes and sizes are all made by vacuum casting. You can also call vacuum casting the process of creating repetitive objects or repeating objects. #vacuumcasting #application #repeating
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#Selective #Laser-Induced #Etching (#SLE) is a first choice once looking for #microchannels, shaped #holes, #cuts, and 3D geometric shapes in transparent components, like fused silica, borosilicate #glass, and sapphire. Being of #excellent #accuracy and #speed suitable for the #industry, SLE is a two-step process: 1️⃣ First, we modify glass by using ultra-short pulse laser radiation. 2️⃣ Second, we remove the modified areas using wet chemical etching. Selective (SLE) means that modified areas are affected by etching much faster than unmodified ones, making it possible to achieve the desired result. So, what are the advantages here? 💎 All-kind of micro shapes – circular, square, irregular 💎 All glass types 💎 High aspect ratio – up to 1:100 💎 No micro cracks or chipping 💎 Hole diameter from 20 µm 💎 Smooth sidewalls, Ra <1 µm Interested? Read more on our website (link in the comments), or write us a message. #WOP #femtosecond #laser #micromachining #microfluidics #fiberarrays
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🔍 Can you guess which cutting head was used to create this intricate pattern? Take a moment to examine the precise geometric shapes in this image, It represents the level of detail and precision our cutting heads can achieve. ✨ Cast your vote in the comments below on which cutting head you think could produce such intricate work! Your options: 1. EVO 3 Head 🔧 2. Bevel Head 🛠️ 3. Five axes head 🖐️ 💡 Let's see who can make the best guess! You can share your thoughts on precision cutting in the comments. ❓ Interested in learning more about these cutting heads? Let me know in the comments, and I'll be happy to provide detailed information on their capabilities and applications. #LaserCutting #PrecisionEngineering #ManufacturingTechnology #CuttingEdge 🔥
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When choosing roller blind fabrics, it's important to understand the benefits of metallised versus non-metallised dark fabrics. You don't necessarily need high-performance metallised fabrics for effective glare control. Darker colour screen roller blind fabrics naturally offer a lower Visual Light Transmittance (VLT) value. This means they allow less light to pass through, providing better glare control. Opting for non-metallised dark fabrics can be a cost-effective solution while still achieving the desired comfort and functionality in your space. #education #fabrics #sustainability #reduceglare
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The machining process of #opticalglass” 1. #Milling Milling optical lense is to remove bubbles and impurities from the uneven surface of optical #glass (about 0.05-0.08) to play a shaping role. 2. Fine grinding The fine #grinding process is to eliminate the damaged layer of the milled optical glass and fix the R value. 3. #Polishing The polishing process is to polish the finely ground optical glass lens once again. This process is mainly to make the appearance better. 4. Cleaning Cleaning is to clean the polishing powder on the surface of the polished lens to prevent pressure. 5. #Edgegrinding Edge grinding is to grind the outer diameter of the original #lens to the specified outer diameter. 6. Coating #Coating is to coat the surface of the #opticallens that needs to be coated with one or more layers of colored film or other films 7. Inking Inking is to coat the outer diameter of the lens that needs to be coated with a layer of black ink to prevent reflection. 8. Gluing Gluing is to use of glue to combine two lenses with opposite R values and the same outer diameter material.
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Unlike traditional clamps or manipulators, vacuum suction cups do not directly contact the surface of the workpiece, avoiding scratches or deformation caused by friction. Suitable for a variety of materials: Whether it is glass, metal, plastic or paper, as long as the surface is relatively flat, the vacuum suction cup can firmly adsorb. #vacuumsuctioncups#clamps
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Have you ever wondered about the benefits of using vacuum casting? If you have a project in mind, it could be something that’s keeping you awake at night. To help you get a restful night’s sleep, let us help… ✅Wide range of materials ✅Ability to add texture and colour ✅End-use parts ✅Cost-effective way of producing multiple copies of functional parts ✅Low tooling cost ✅Ability to produce silicone parts ✅Wide range of post-processing options We hope that helped. But if you want to find out more: https://bit.ly/2T7bWmB #Vacuumcasting #Functionalparts #Postprocessing #Modelmaking #Industrialdesign
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