Meeting dimensional tolerances under ±0.005 mm and internal wall surface finishes to 20-10 Scratch-Dig, engineered for direct deployment in Saigon Hi-Tech Park photonics packages.
Calibrated micro-bore tubing featuring controlled concentricity down to ≤ 3 μm for gas chromatography and fiber pigtails.
High-precision micro-machined fused silica substrates for accurate channel alignment in passive telecommunication networks.
Direct anodic bonding glass substrates with low thermal expansion and superior optical transmission across broad bands.
Multi-axis CNC contoured fused silica plates offering micro-hole drilling, beveling, and surface flatness up to λ/10.
The industrial corridor encompassing Ho Chi Minh City, Binh Duong, and Dong Nai is rapidly shifting from basic assembly toward high-precision electronics manufacturing and biotechnology.
Driven by anchor investments in Saigon Hi-Tech Park (SHTP), there is an escalating requirement for consumable semiconductor quartzware, high-temperature furnace tubes, and redrawn fused quartz capillary rods capable of enduring corrosive plasma environments.
Research institutes across District 1, Thu Duc City, and neighboring bio-laboratories rely heavily on precision quartz capillary tubes for high-performance liquid chromatography (HPLC), capillary electrophoresis (CE), and custom spectrophotometry flow cells.
Telecom assembly facilities across Southern Vietnam leverage synthetic quartz ferrules, multi-bore capillaries, and fluorine-doped tubes for dense wavelength division multiplexing (DWDM) splitters and optical collimators requiring zero signal loss.
Standard borosilicate materials degrade under prolonged deep ultraviolet (DUV) radiation and exhibit structural deformation at temperatures above 500°C. BY Photonics resolves this via precision flame working and ultra-pure synthetic fused silica synthesis.
Using vertically controlled drawing towers with real-time laser micrometer feedback, our capillary redrawing maintains strict circularity and uniform wall thickness across long production runs, eliminating fluid resistance variations in microfluidics.
Every capillary and rod undergoes controlled programmatic thermal annealing to eliminate residual internal stresses induced during cold grinding and flame pulling, ensuring high resistance to mechanical shock and pressure surges.
For infrared optical and fiber transmission applications, we deploy JGS3-grade fused quartz with hydroxyl concentrations below 5 ppm, eliminating the characteristic water absorption bands at 2,730 nm for pristine signal clarity.
Choosing the right glass composition for precision instruments deployed in Southern Vietnam's humid tropical industrial zones.
| Material Designation | Transmission Bandwidth | Max Work Temp | OH Level | Common Industrial Use |
|---|---|---|---|---|
| JGS1 Synthetic Silica | 185 nm – 2,500 nm | 1,100 °C | < 1200 ppm | DUV laser windows, CE electrophoresis capillary tubing |
| JGS2 Optical Quartz | 220 nm – 2,500 nm | 1,100 °C | < 200 ppm | Laser flow tubes, sight glasses, protective sleeves |
| JGS3 Infrared Silica | 260 nm – 3,500 nm | 1,100 °C | < 5 ppm | IR sensors, thermal viewports, pyrometer rods |
| Borofloat® 33 | 350 nm – 2,500 nm | 450 °C | N/A | Semiconductor anodic bonding, microfluidic covers |
| Single Crystal Sapphire | 170 nm – 5,500 nm | 1,800 °C | None | Harsh chemical viewport, ultra-high pressure tubing |
BY Photonics provides comprehensive trade and technical compliance support to eliminate supply chain disruptions across Tan Son Nhat (SGN) air cargo and Cat Lai Port ocean freights.
Under the ASEAN-China Free Trade Area (ACFTA), we issue compliant Form E documentation allowing import tariff reductions for manufacturers operating inside export processing zones (EPZ) and industrial parks across Vietnam.
Capillary tubes and polished quartz rods are ultrasonically cleaned, rinsed with 18.2 MΩ deionized water, and sealed in multi-layer antistatic nitrogen-purged pouches to ensure Class 100 cleanroom readiness upon arrival.
Our design engineers review CAD models, STEP files, and tolerances within 24 hours, advising on thermal expansion mismatches, fillet optimizations, and fragile neck reductions prior to batch flame fabrication.
Precision fabricated materials manufactured under strict ISO 9001 quality workflows, shipping globally and serving high-precision projects in Ho Chi Minh City.
Depressed refractive index cladding profiles for precise mode control in specialized fiber-optic communication devices.
Porous alumina ceramic offering 98% diffuse reflectivity across pump diode bands with zero photochemical degradation.
Precision CNC-machined diffuse reflective polymer cavities with chemical inertness and extreme laser damage resistance.
Yellow-glazed or diffuse white ceramic pump chambers designed for medical and industrial cutting laser heads.
Excimer laser-grade synthetic fused silica plates with transmitted wavefront error under λ/10 for lithography steppers.
Thermal shock-resistant pressure sight glass for chemical reactors, autoclaves, and vacuum monitoring ports.
Homogeneous diffuse optical bodies improving pumping uniformity and beam quality in high-power DPSS laser systems.
Mohs 9 hardness single crystal plates impervious to hydrofluoric acid gas etching, high plasma, and abrasive wear.
As photonics packaging and microfluidic technologies progress toward nanometer regimes, BY Photonics continues to invest in next-generation drawing and machining methodologies.
Development of multi-channel capillaries with isolated internal bores below 50 micrometers for integrated organ-on-a-chip diagnostic devices and multi-core fiber fan-out interconnects.
Integration of non-thermal ultra-short pulse laser ablation, enabling crack-free internal 3D cavities, micro-nozzles, and photonic circuit writing directly inside fused silica bulk structures.
Implementing advanced polarization-stress measurement loops to guarantee ultra-low photoelastic fringe count in optical rods utilized in high-power laser beam homogenizers.
Direct technical feedback for procurement and engineering leads in Ho Chi Minh City.
Connect directly with our senior quartz manufacturing engineers. Submit your technical drawings or dimensional parameters for rapid DFM evaluation and custom quotations within 24 hours.
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