Precision Medical Prototypes & Labware Manufacturing
- Production-grade products
- ISO 9001:2015 certified
- 24/7 engineering support
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BO-GLASS: Precision Glass Solutions for Medical and laboratory equipment Systems
BO-GLASS produces precision glass for medical devices, drug containment, and complex lab apparatus. Our physically tempered glass exceeds EU standards, withstanding 4J+ impact and 120°C thermal shock. We offer full support from prototyping to mass production.
Why manufacture
Medical and laboratory equipment
with BO-GLASS??
ISO-Certified Quality
End-to-End Service
Expert Engineering
Scalable Production
Rapid Delivery
Instant Quoting
BO-GLASS: Precision Glass Solutions for Medical and laboratory equipment
BO-GLASS manufactures precision medical glass including slides, vials, ampoules, surgical lenses, and endoscope optics. We support your projects from prototyping to mass production.
Diagnostic & Monitoring Devices
Cover Slips: Thin glass pieces placed over specimens on slides.
Hemocytometers: Specialized slides with a counting chamber for analyzing blood cells.
Capillary Tubes: Used for collecting small blood samples (e.g., for hematocrit tests).
Cuvettes: Small, transparent containers used in spectrophotometers for chemical analysis of liquids.
Drug Containment & Delivery
Ampoules: Sealed glass containers for storing a single dose of a sterile medication.
Cartridges: Used in some auto-injectors and pen-injection systems (e.g., for insulin).
Prefilled Syringes: Syringes pre-filled with a specific drug dose.
Bottles (Dropper & Prescription): For storing liquid medicines, eye drops, etc.
Here are other medical devices that utilize lens-type glass components:
Ophthalmic Instruments: (Slit Lamps, Fundus Cameras, Keratometers)
Laser Surgery Systems: (Focusing Lenses for precise tissue ablation)
Dental Cameras: (Intraoral imaging)
Otoscopes & Laryngoscopes: (For examining ears and throat)
Endoscope & Borescope Eyepieces: (For direct viewing)
Machine Vision Lenses: (For automated medical device manufacturing and inspection)
Laboratory & Research Field – Laboratory Glassware
Volumetric Glassware (For Precise Measurement)
Volumetric Flasks: For preparing precise volumes of solutions.
Graduated Cylinders: For measuring approximate volumes of liquids.
Pipettes (Glass): For accurately transferring specific volumes of liquid.
Beakers: Multi-purpose containers for mixing, heating, and holding liquids.
Erlenmeyer Flasks: Conical flasks ideal for mixing by swirling and for chemical reactions.
Test Tubes & Culture Tubes: For holding, mixing, or heating small quantities of substances.
Outdoor lighting manufacturing capabilities
BO-GLASS offers a variety of manufacturing processes for the outdoor lighting industry.
Precision Glass Molding Services
Precision molded optical lenses, prisms and domes for medium to high-volume production.
See our Precision Glass Molding Services
Silk Screened Glass service
See our Physical Glass Tempering Services
Custom Glass Cutting Services
Precision CNC waterjet & laser glass cutting for complex designs and various materials.
See our Custom Glass Cutting Services
Surface Lapping & Polishing
See our Surface Lapping & Polishing
Materials Medical and laboratory equipment Glass Manufacturing
All our manufacturing processes offer a wide variety of material options. Below are some commonly used materials in Medical and laboratory equipment projects.
Borosilicate
Density (g/cm³): ~2.23
CTE (10⁻⁶/K): 3.3
Mechanical Properties:High hardness, good
Optical Properties (nd / Vd):Varies
Chemical Resistance: Excellent
Applications: Labware, lighting, sight glasses
Key Advantages: Exceptional thermal & chemical stability
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B270
Density (g/cm³): ~2.55
CTE (10⁻⁶/K): ~9.2
Mechanical Properties:Moderate
Optical Properties (nd / Vd):~1.5229 / 58.6
Chemical Resistance:Good
Applications: Consumer optics, lenses
Key Advantages: Cost-effective, general optical purpose
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Fused Silica
Density (g/cm³): ~2.20
CTE (10⁻⁶/K): 0.55
Mechanical Properties:High strength
Optical Properties (nd / Vd):~1.4585 / 67.8
Chemical Resistance:Excellent
Applications:UV lenses, semiconductor, aerospace
Key Advantages:Ultra-low expansion, high UV transmission
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Soda-Lime Glass
Thermal Expansion (×10⁻⁶/K) :8.5 - 9.5
Softening Point (°C) :~700
Max Service Temp (°C):~120
Thermal Shock Resistance (ΔT °C):Low (~60)
Density (g/cm³): ~2.5
Mechanical Strength (MPa):~50-70
Acid Resistance (mg/cm²): Good (Class 2-3)
Alkali Resistance:Moderate
Transmission (Visible Light):> 90%
Key Characteristics:Low cost, easy to process
Typical Applications: Lighting globes, tableware, decorative items
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Colored Glass (General)
Thermal Expansion (×10⁻⁶/K) :~ Matches base glass type
Softening Point (°C) :Varies with additives
Max Service Temp (°C):~ Matches base glass type
Thermal Shock Resistance (ΔT °C):~ Matches base glass type
Density (g/cm³):Typically higher
Mechanical Strength (MPa):~ Matches base glass type
Acid Resistance (mg/cm²):~ Matches base glass type
Alkali Resistance:~ Matches base glass type
Transmission (Visible Light):Defined by colorant
Key Characteristics:Aesthetic/functional coloring
Typical Applications:Signal lenses, filters, architectural glass
Get a product quoteOur Custom Glass Fabrication Portfolio: See Our Success Stories
Explore our portfolio of bespoke glass projects. Each piece showcases our expertise in delivering precision-engineered custom glass solutions for clients across diverse industries and applications.
Frequently Asked Questions (FAQ)
What type of glass do you typically use for medical and lab applications?
Can you produce custom glass parts based on our drawings and specifications?
What certifications and standards do your medical-grade glass products comply with?
What is your minimum order quantity (MOQ)?
How do you ensure the chemical durability and inertness of your lab glassware?
What quality control measures are in place during production?
Can you create a custom glass cover from our technical drawing or a sample?
What is your typical lead time for prototypes and mass production?
We prioritize rapid prototyping to accelerate your development cycle. Prototype lead times are typically 3-4 weeks, depending on complexity. For mass production, we provide a reliable schedule upon order confirmation, ensuring a seamless transition from prototype to volume supply.
Do you offer support from the prototype stage?
Contact Us
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General inquiries
Please contact us via sales@bo-glass.com, and we will reply to you as soon as possible.
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