Recent Posts - Page 5 of 49

Ultra Thin Conformal Coatings

Protect sensitive electronics with ultra-thin conformal coatings. Enhance reliability, reduce weight, and improve performance in demanding environments. Learn how these coatings boost product lifespan and cut costs.

Conformal coatings are thin polymer films applied to electronic components to protect them from environmental hazards such as moisture, dust, chemicals, and vibration. Ultra-thin conformal coatings are a type of conformal coating that is less than 25 microns thick. They are becoming increasingly popular due to their ability to protect sensitive electronic components without adding significant weight or bulk.

Benefits of Ultra-Thin Conformal Coatings

There are many benefits to using ultra-thin conformal coatings, including:

Improved reliability: Ultra-thin conformal coatings can help to improve the reliability of electronic components by protecting them from environmental hazards. This can lead to longer product life and reduced maintenance costs.
Reduced weight and bulk: Ultra-thin conformal coatings are much thinner than traditional conformal coatings, which can help to reduce the weight and bulk of electronic devices. This is important for portable devices and other applications where weight and size are critical.
Improved performance: Ultra-thin conformal coatings can help to improve the performance of electronic components by preventing contamination and improving heat dissipation.
Cost-effective: Ultra-thin conformal coatings are often more cost-effective than traditional conformal coatings due to their lower material usage and faster application times.

Applications of Ultra-Thin Conformal Coatings

Ultra-thin conformal coatings are used in a variety of industries, including:

Aerospace and defense: Ultra-thin conformal coatings are used to protect electronic components in aircraft, missiles, and other military equipment from harsh environments.
Automotive: Ultra-thin conformal coatings are used to protect electronic components in cars, trucks, and other vehicles from moisture, dust, and chemicals.
Medical devices: Ultra-thin conformal coatings are used to protect electronic components in medical devices from moisture, chemicals, and bacteria.
Industrial: Ultra-thin conformal coatings are used to protect electronic components in industrial equipment from harsh environments.

Choosing the Right Ultra-Thin Conformal Coating

There are a variety of ultra-thin conformal coatings available, each with its own unique properties. When choosing an ultra-thin conformal coating, it is important to consider the specific application and the environmental conditions that the coating will be exposed to.

Conclusion

Ultra-thin conformal coatings are a valuable tool for protecting electronic components from environmental hazards. They offer a number of benefits over traditional conformal coatings, including improved reliability, reduced weight and bulk, improved performance, and cost-effectiveness. If you are looking for a way to protect your electronic components, ultra-thin conformal coatings are a great option.

Incure Ultra-Illumina™ Series Core Products

Incure Ultra-Illumina™ 3502: Low-viscosity UV curable conformal coating (30-150 microns) for PCBA – clog-free, fast cure, in-line inspection (fluorescent).

Incure Ultra-Illumina™ 3511: Up to 500 microns UV curable conformal coating for PCBA – clear, glossy, shadow-free cure (dual cure).

Incure Ultra-Illumina™ 3511B: Up to 500 microns black UV cure conformal coating for PCBA – opaque, glossy, shadow-free cure (dual cure).

Incure Ultra-Illumina™ 3552: Up to 500 microns UV cure conformal coating for PCBA – clear, glossy, shadow-free cure (dual cure).

Incure Cyro-Weld™ 5511: Up to 500 micron medical grade UV curable conformal coating for PCBA – clear, glossy, shadow-free cure (dual cure).

Incure Ultra-Illumina™ 3561: Ultra-low viscosity UV cure conformal coating (30-150µm) for PCBA – clog-free, fast cure, in-line inspection (fluorescent).

Package Size: 10 ml syringe / 30 ml syringe / 30 ml squeeze bottle / 100 ml squeeze bottle / 250 ml squeeze bottle / 1 kg Bottle / 1 Gallon Pail / 2 Gallon Pail / 5 Gallon Pail

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February 28, 2025

UV Curing Chamber | UV Cure Box | DIY Curing Chamber

Unlock Perfect Resin Prints: Why You Need a Resin Curing Chamber

Resin 3D printing has revolutionized prototyping, jewelry making, and miniature creation, offering incredible detail and smooth surfaces. But achieving the absolute best results requires more than just a successful print. Enter the resin curing chamber, your key to unlocking the full potential of your resin prints.

What is a Resin Curing Chamber?

A resin curing chamber is a device designed to post-cure resin prints using UV light. This process, known as post-curing, hardens the resin, enhances its mechanical properties, and eliminates tackiness, resulting in a stronger, more durable, and aesthetically pleasing final product.

Why is Post-Curing Essential?

Increased Strength and Durability: Freshly printed resin is often relatively soft and brittle. Post-curing strengthens the polymer chains within the resin, making it significantly more robust and resistant to impact and stress.
Reduced Tackiness: Uncured resin can leave a sticky residue on the surface of your prints. A curing chamber ensures thorough curing, eliminating this tackiness and creating a smooth, touchable finish.
Enhanced Surface Finish: Post-curing improves the overall surface quality, resulting in a smoother, more polished look. This is especially crucial for intricate details and delicate features.
Improved Material Properties: Curing optimizes the resin’s chemical structure, leading to better heat resistance and reduced warping over time.
Safety: Post-curing removes uncured resin that can cause skin irritation.

Benefits of Using a Dedicated Resin Curing Chamber:

Consistent and Controlled Curing: Unlike relying on sunlight, a curing chamber provides consistent and controlled UV light exposure, ensuring even and thorough curing across the entire print.
Optimized UV Wavelength: Dedicated curing chambers use UV light at the optimal wavelength for resin curing, maximizing effectiveness and minimizing potential damage.
360-Degree Curing: Many chambers feature rotating platforms and reflective interiors, ensuring uniform UV exposure from all angles.
Timer and Temperature Control: Advanced chambers offer precise timer and temperature controls, allowing you to fine-tune the curing process for different resin types and print sizes.
Faster Curing Times: Compared to sunlight or DIY setups, dedicated chambers significantly reduce curing times, allowing you to complete projects faster.
Safer Operation: Designed with safety features, curing chambers minimize the risk of UV exposure and resin spills.

Choosing the Right Resin Curing Chamber:

When selecting a curing chamber, consider the following factors:

Size and Capacity: Choose a chamber that can accommodate the size of your prints.
UV Wavelength and Power: Ensure the chamber uses the appropriate UV wavelength for your resin type.
Features: Look for features like a rotating platform, timer, temperature control, and safety features.
Build Quality and Durability: Invest in a well-built chamber that will withstand regular use.
Price: Balance features and quality with your budget.

Tips for Effective Resin Curing:

Wash Your Prints Thoroughly: Before curing, ensure your prints are thoroughly cleaned with isopropyl alcohol (IPA) to remove uncured resin.
Follow Resin Manufacturer Guidelines: Refer to the resin manufacturer’s recommendations for curing times and settings.
Don’t Over-Cure: Over-curing can lead to brittleness and discoloration.
Rotate Your Prints: If your chamber doesn’t have a rotating platform, manually rotate your prints periodically for even curing.
Wear Safety Gear: Always wear gloves and eye protection when handling resin and operating a curing chamber.

Level Up Your Resin Printing Game:

A resin curing chamber is an indispensable tool for any serious resin 3D printing enthusiast. By investing in a quality curing chamber, you can achieve professional-grade results, enhance the durability of your prints, and unlock the full potential of your resin 3D printer.

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February 28, 2025

Duct-Mounted UV Systems / UV Disinfection Solutions

UV Light Disinfection in Operating Rooms | UV Room Sanitizer

Discover how UV light sterilization enhances operating room sterility, reduces HAIs, and improves patient outcomes. Learn key considerations for implementation and selecting the right system.

In the high-stakes environment of an operating room (OR), maintaining absolute sterility is paramount. Hospital-acquired infections (HAIs) can have devastating consequences, making effective disinfection a critical priority. Among the arsenal of tools available, UV light sterilization is gaining significant traction for its efficiency and effectiveness in combating pathogens.

The Power of UV-C Light in the OR

UV light sterilization, specifically using ultraviolet-C (UV-C) light, works by disrupting the DNA and RNA of microorganisms, rendering them incapable of reproduction. This process effectively eliminates bacteria, viruses, and fungi, including antibiotic-resistant strains, making it a powerful weapon against HAIs.

Why UV Light Sterilization is Crucial for Operating Rooms:

Enhanced Disinfection: UV-C light reaches surfaces and airborne pathogens that traditional cleaning methods may miss, providing a more comprehensive disinfection solution.
Reduced HAI Risk: By significantly reducing the microbial load in the OR, UV light sterilization contributes to a decrease in HAI rates, improving patient outcomes.
Faster Turnaround Times: UV-C devices can rapidly disinfect a room, allowing for quicker turnover between surgeries, which is crucial in busy ORs.
Complementary to Existing Protocols: UV sterilization complements existing cleaning and disinfection protocols, providing an additional layer of protection.
Non-Chemical Disinfection: UV-C light leaves no chemical residues, minimizing the risk of exposure to harmful substances for both patients and staff.
Addressing Airborne Pathogens: Many UV-C systems can address airborne pathogens, which are a major source of contamination in the OR.

Key Considerations for Implementing UV Light Sterilization in the OR:

UV-C Intensity and Wavelength: Ensure the device emits sufficient UV-C intensity at the optimal wavelength (254nm) for effective disinfection.
Coverage and Shadowing: Consider the room layout and choose a device with adequate coverage to reach all surfaces, minimizing shadowing.
Safety Features: Prioritize devices with robust safety features, such as motion sensors, remote controls, and warning systems, to prevent accidental exposure to UV-C light.
Integration with Existing Systems: Evaluate how the UV sterilization system will integrate with existing HVAC and other OR systems.
Validation and Monitoring: Implement a system for validating and monitoring the effectiveness of the UV sterilization process.
Staff Training: Ensure staff are properly trained on the safe and effective operation of the UV sterilization device.
Airflow and HVAC systems: UV-C lights can be integrated into HVAC systems to clean the air while it circulates.

Selecting the Right UV Light Sterilization System:

When choosing a UV light sterilization system for your OR, consider the following factors:

Device Type: Choose between mobile units, fixed units, or integrated systems based on your OR’s needs.
Room Size and Configuration: Select a device with adequate coverage for your OR’s dimensions.
Ease of Use and Maintenance: Choose a user-friendly device that requires minimal maintenance.
Manufacturer Reputation and Support: Select a reputable manufacturer with reliable technical support.

Investing in UV Light Sterilization: A Commitment to Patient Safety

Implementing UV light sterilization in the operating room is a crucial investment in patient safety and surgical outcomes. By adopting this technology, hospitals can significantly reduce the risk of HAIs and create a safer environment for patients and surgical teams.

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February 28, 2025

Portable Air Sanitizers

Maximize Hospital Sterilization with Powerful UVC Disinfection

Combat hospital-acquired infections (HAIs) with UV room sterilizers. Discover their benefits, key selection considerations, and how Blaze provides consultation, product selection, and technical support for your hospital’s infection control strategy. Learn more!

Hospital-acquired infections (HAIs) pose a significant threat to patient safety and healthcare efficiency. In the fight against these infections, UV room sterilizers have emerged as a powerful tool. Leveraging the germicidal properties of ultraviolet-C (UV-C) light, these devices effectively eliminate pathogens, creating a safer environment for patients and staff.

Understanding UV Room Sterilizers for Hospitals

UV room sterilizers utilize high-intensity UV-C light to disrupt the DNA and RNA of microorganisms, rendering them incapable of reproduction and causing their destruction. This technology offers several key benefits for hospital settings:

Broad-Spectrum Disinfection: UV-C light effectively eliminates a wide range of pathogens, including bacteria, viruses, and fungi, including antibiotic-resistant strains.
Non-Chemical Disinfection: Unlike traditional cleaning methods, UV sterilization leaves no chemical residues, minimizing the risk of exposure to harmful substances.
Efficient and Fast: UV room sterilizers can disinfect a room in a relatively short period, allowing for rapid turnover and reduced downtime.
Enhanced Cleaning Protocols: UV sterilization complements existing cleaning protocols, providing an extra layer of protection against HAIs.
Reduced HAI Rates: Implementing UV room sterilization can contribute to a significant reduction in HAI rates, improving patient outcomes and reducing healthcare costs.

Key Considerations for Selecting a UV Room Sterilizer

Choosing the right UV room sterilizer for your hospital requires careful consideration of several factors:

UV-C Intensity and Wavelength: Ensure the device emits sufficient UV-C intensity at the optimal wavelength (typically 254nm) for effective disinfection.
Room Size and Configuration: Select a sterilizer with adequate coverage to effectively disinfect the intended room size and configuration.
Safety Features: Prioritize devices with robust safety features, such as motion sensors and remote controls, to prevent accidental exposure to UV-C light.
Ease of Use and Maintenance: Choose a user-friendly device that requires minimal maintenance and is easy to operate by hospital staff.
Validation and Certification: Look for devices with independent validation and certifications to ensure their efficacy and safety.
Durability and Build Quality: Hospitals require robust equipment that can withstand frequent use.

Contact Blaze today to discuss your hospital’s UV room sterilization needs and let us help you create a safer environment for your patients and staff.

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February 28, 2025

Pressure Pumps

BSP-330D Double Cartridge Pressure Pump

The BSP-330D Double Cartridge Pump delivers uninterrupted, air-free dispensing of high-viscosity fluids. Its dual-cylinder design eliminates downtime, handles up to 600,000 cps, and integrates seamlessly into automated lines. Maximize precision and minimize waste.

In industries demanding continuous, precise dispensing of thick fluids, the BSP-330D Double Cartridge Pressure Pump stands out. This dual-cylinder pump is engineered for uninterrupted, air-free dispensing of high-viscosity cartridge-based materials, significantly boosting productivity and minimizing waste.

Why the BSP-330D is Essential for High-Volume Fluid Dispensing:

The BSP-330D is a specialized double cartridge pressure pump, designed to handle the challenges of dispensing high-viscosity materials in automated production environments. Its unique dual-cylinder design ensures continuous operation, eliminating costly downtime.

Key Features:

Continuous High Viscosity Fluid Dispensing with Dual-Cylinder Design:
- The innovative dual-cylinder design allows for seamless switching between cartridges, ensuring uninterrupted fluid flow. This eliminates production halts for cartridge replacement.
Air-Free, Bubble-Free Dispensing for Superior Fluid Integrity:
- The BSP-330D eliminates air exposure, preventing bubble formation and material contamination. This ensures consistent, high-quality dispensing.
Enhanced Production Efficiency Through Continuous Operation:
- By eliminating downtime, the BSP-330D maximizes productivity in automated systems and high-volume production lines.
High Viscosity Handling Up to 600,000 cps:
- This pump efficiently handles thick fluids like silicone, adhesives, and sealants with viscosities up to 600,000 cps.
Seamless Automation Integration:
- The BSP-330D is designed for easy integration into automated equipment and robotic systems, streamlining production processes.

Reduced Material Waste and Cost Savings:

The pump’s design minimizes material loss, ensuring efficient use and reducing operational costs.

Product Specifications:

Model	BSP-330D
Air pressure	Min. 2kgf/cm²
Air consumption	80ml/min(max)
Pump sending ratio	10:1, 20:1(For high pressure)
Max. dispensing pressure	50kgf/cm2
Min. dispensing pressure	0.005cc/shot
Applied viscosity	10,000~600,000cps
Applied container	300ml,310ml,330ml cartridge
Power	AC220V 50/60Hz (110V:Option)

Ideal Applications for the BSP-330D:

Automotive Manufacturing
Electronics Assembly
Aerospace Applications
Medical Device Production
Industrial Sealing and Bonding

Invest in the BSP-330D for Uninterrupted, High-Precision Fluid Dispensing:

The BSP-330D Double Cartridge Pressure Pump is the optimal solution for businesses requiring consistent, high-quality dispensing of high-viscosity fluids. Its advanced features ensure maximum uptime, reduced waste, and enhanced productivity.

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February 27, 2025

Pressure Pumps

Cartridge Pressure Pumps

Achieve precise fluid dispensing with cartridge pressure pumps. Handle high-viscosity materials like silicones & adhesives with accuracy. Minimize waste, ensure clean, contamination-free dispensing, and integrate into automated systems. Explore applications in electronics, automotive, and more.

In modern manufacturing and industrial applications, precise fluid dispensing is crucial for achieving consistent product quality and optimizing production efficiency. Cartridge pressure pumps have emerged as a leading solution for handling a wide range of fluids, particularly those with high viscosities. This blog will delve into the key benefits, applications, and considerations when choosing a cartridge pressure pump for your specific needs.

What are Cartridge Pressure Pumps?

Cartridge pressure pumps are designed to dispense fluids directly from pre-filled cartridges. These pumps utilize air pressure to push the fluid out of the cartridge through a dispensing valve or nozzle. This method offers several advantages, including minimizing material waste, ensuring clean dispensing, and simplifying fluid handling.

Key Benefits of Cartridge Pressure Pumps:

Precision Dispensing:
- Cartridge pressure pumps provide accurate and repeatable fluid dispensing, crucial for applications requiring tight tolerances.
Reduced Material Waste:
- By dispensing directly from cartridges, these pumps minimize material loss, leading to cost savings and environmental benefits.
Clean and Contamination-Free Dispensing:
- Sealed cartridges prevent fluid contamination, ensuring consistent quality and performance.
High Viscosity Fluid Handling:
- Many cartridge pressure pumps are designed to handle high-viscosity fluids, such as silicones, adhesives, and sealants.
Easy Cartridge Replacement:
- Cartridge replacement is quick and simple, minimizing downtime and maximizing productivity.
Automation Integration:
- Many of these pumps are designed to integrate into automated production lines.
Bubble Free Dispensing:
- Many cartridge pressure pumps are designed to reduce or eliminate bubbles in the dispensed material.

Applications of Cartridge Pressure Pumps:

Cartridge pressure pumps find applications in a wide range of industries, including:

Electronics Manufacturing: Dispensing adhesives, sealants, and potting compounds.
Automotive Assembly: Applying adhesives and sealants for bonding and sealing.
Medical Device Production: Dispensing biocompatible adhesives and coatings.
Aerospace Industry: Applying high-performance sealants and adhesives.
General Industrial Applications: Dispensing lubricants, greases, and other fluids.

Factors to Consider When Choosing a Cartridge Pressure Pump:

Fluid Viscosity: Ensure the pump can handle the viscosity of your fluid.
Dispensing Accuracy: Determine the required dispensing accuracy and repeatability.
Cartridge Size and Type: Select a pump compatible with your preferred cartridge size and type.
Automation Compatibility: If needed, choose a pump that can be integrated into your automated system.
Pressure and Flow Rate: Select a pump with the appropriate pressure and flow rate for your application.
Materials of Construction: Ensure the pump’s materials are compatible with the fluids you’ll be dispensing.

Conclusion:

Cartridge pressure pumps offer a reliable and efficient solution for precision fluid dispensing. By understanding the key benefits, applications, and considerations, you can choose the right pump to optimize your production processes and achieve consistent product quality. Whether you’re working with high-viscosity adhesives or delicate electronic components, a cartridge pressure pump can provide the precision and efficiency you need.

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February 27, 2025

Pressure Pumps

BSP-330S Single Cartridge Pressure Pump

BSP-330S: Air-free dispensing, high viscosity (up to 1,000,000 cps), compact design. Enhance productivity & reduce material waste in fluid dispensing.

In the world of industrial fluid dispensing, precision and efficiency are paramount. When dealing with high-viscosity materials like silicone, achieving consistent, bubble-free dispensing can be a significant challenge. That’s where the BSP-330S Single Cartridge Pressure Pump steps in, revolutionizing how businesses handle these demanding fluids.

What is the BSP-330S and Why Does it Matter?

The BSP-330S is a specialized single silicone cartridge pressure pump designed to tackle the complexities of dispensing high-viscosity materials. It excels in handling fluids ranging from 10,000 to a staggering 1,000,000 cps (centipoise), making it a powerhouse for industries dealing with thick substances.

Key Functions and Unmatched Benefits:

Let’s dive into the core functions and benefits that make the BSP-330S a game-changer:

Air-Free and Bubble-Free Dispensing: The Secret to Quality:
- One of the most significant advantages of the BSP-330S is its ability to eliminate air exposure during dispensing. This crucial feature prevents bubble formation and material contamination, ensuring a clean and consistent output. This is vital for applications where even the smallest air bubble can compromise product integrity.
High Viscosity Capability: Handling the Toughest Fluids:
- The BSP-330S is engineered to handle fluids with viscosities up to 400,000 cps (and even up to 1,000,000cps in some applications). This capability makes it ideal for dispensing thick silicone, adhesives, sealants, and other high-viscosity substances that traditional pumps struggle with.
Compact and Lightweight Design: Space-Saving and User-Friendly:
- Designed with practicality in mind, the BSP-330S boasts a compact and lightweight design. This minimizes workspace requirements and simplifies installation and operation, making it easy to integrate into existing production lines.
Enhanced Productivity: Boosting Your Output:
- When used in conjunction with precision valves, the BSP-330S is perfect for multi-point dispensing applications. This significantly improves productivity by enabling simultaneous and accurate dispensing at multiple locations.

Efficient Material Utilization: Reducing Waste and Costs:

By eliminating fluid loss during dispensing, the BSP-330S ensures efficient material utilization. This translates to reduced waste and cost-effective operation, making it a smart investment for businesses looking to optimize their production processes.

Product Specifications:

Model	BSP-330S
Air pressure	Min. 2kgf/cm²
Air consumption	80ml/min(max)
Pump sending ratio	10:1, 20:1(For high pressure)
Max. dispensing pressure	50kgf/cm2
Min. dispensing pressure	0.005cc/shot
Applied viscosity	10,000~400,000cps
Applied container	300ml,310ml,330ml cartridge
Power	AC220V 50/60Hz (110V:Option)

Applications Across Industries:

The BSP-330S is versatile and finds applications in various industries, including:

Electronics manufacturing
Automotive assembly
Medical device production
Industrial sealing and bonding
Aerospace manufacturing

Why Choose the BSP-330S?

If you’re looking for a reliable, precise, and efficient solution for dispensing high-viscosity fluids, the BSP-330S Single Cartridge Pressure Pump is an excellent choice. Its ability to deliver air-free, bubble-free dispensing, coupled with its high viscosity capability and user-friendly design, makes it a valuable asset for any business dealing with challenging fluids.

In Conclusion:

The BSP-330S Single Cartridge Pressure Pump is a testament to innovation in fluid dispensing technology. Its unique features and benefits make it an indispensable tool for businesses aiming for precision, efficiency, and cost-effectiveness. Invest in the BSP-330S and experience the difference in your dispensing operations.

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February 27, 2025

Dispensing Systems / Pressure Tanks

Pressure Tank BMT Type

Discover BMT Large Capacity Tanks for efficient fluid handling. Choose from various sizes and material options (SUS, PE, Teflon). Blaze offers custom engineering support. Contact us!

In the fast-paced world of industrial operations, efficiency and reliability are paramount. When it comes to handling large volumes of fluids under high pressure, having the right equipment is not just an advantage – it’s a necessity. That’s where BMT Large Capacity Tanks come into play, and Blaze is your trusted partner in bringing these powerful solutions to your projects.

Understanding the Power of BMT Large Capacity Tanks

BMT Large Capacity Tanks are engineered for demanding industrial applications requiring the storage and dispensing of significant fluid volumes under high pressure. These tanks are designed with user convenience and operational efficiency in mind.

Key Features and Benefits:

Direct Inner Container Mounting: The innovative hinge clamp method allows for the direct mounting of inner containers, simplifying operations and reducing downtime.
High-Pressure Compatibility: These tanks are built to withstand high-pressure pneumatics, making them ideal for a wide range of industrial processes.
Large Capacity: Available in various sizes (from 50L to 1000L), BMT tanks cater to diverse volume requirements, ensuring you have the right capacity for your specific needs.
Robust Construction: Made with high-quality materials like SUS, PE, Teflon, and Teflon coating, these tanks offer exceptional durability and chemical resistance.

Applications Across Industries

BMT Large Capacity Tanks are versatile and find applications in various industries, including:

Chemical Processing: Safely store and dispense chemicals under high pressure.
Manufacturing: Efficiently handle large volumes of fluids in production processes.
Pharmaceuticals: Ensure precise and contamination-free fluid handling.

Food and Beverage: Maintain hygiene and efficiency in fluid storage and dispensing.

Product specifications:

MODEL	Capacity	H1 (mm)	H2 (mm)	OD (mm)	ID (mm)	D (mm)	P,C,D (mm)	Bolt	Hole Size	Options
BMT	5 L	366	266	165	159	225	205	M10-4EA		SUS, PE, Teflon
BMT	10 L	416	316	216	210	276	256	M12-4EA
BMT	20 L	566	416	255	249	315	295	M12-6EA
BMT	40 L	566	416	350	344	410	390	M12-8EA
BMT	100 L	776	596	460	454	520	500	M12-16EA

Straight Type

Flange Type

Blaze specializes in providing customized solutions for liquid handling in manufacturing. Our team of experts can assist you with:

Product Selection: Consultations to identify the optimal BMT tank for your specific liquid compatibility and volume requirements.
Custom Engineering: Adapting BMT tanks or designing custom solutions for unique needs, including material and size modifications.
System Integration: Seamlessly integrate BMT tanks into your existing production lines.
Technical Support: Expert guidance and support for installation and maintenance.

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February 26, 2025

Controllers

BX-2 | Volumetric Tubing Dispenser

Discover the BX-2 volumetric tubing dispenser for precise fluid dispensing. Ideal for low-viscosity & anaerobic fluids. Features rotating pump, no pulsation, & direct suction.

Looking for a precise volumetric tubing dispenser for your fluid dispensing needs? The BX-2 Tubing Dispenser is a volumetric dispenser designed for accurate and consistent fluid delivery without the use of air pressure. This no-pulsation fluid dispenser utilizes a rotating pump head to push fluid through the tubing, ensuring minimal waste and reliable performance, especially for low-viscosity fluids and anaerobic materials.

Main Functions and Benefits of the BX-2 Volumetric Tubing Dispenser:

Precise Volumetric Dispensing: Achieve accurate and repeatable fluid dispensing with a rotating pump head, ensuring consistent material delivery.
No Pulsation Dispensing: Eliminate pulsation and tube wear with smooth and consistent fluid discharge, enhancing precision and reliability.
Low-Viscosity Fluid Handling: Ideal for dispensing low-viscosity fluids such as instant adhesives, inks, and other similar materials.
Anaerobic Fluid Compatibility: Reliable dispensing of anaerobic fluids without the need for air pressure.
Direct Fluid Suction: Simplify your process with direct fluid suction from the container, eliminating the need for additional containers or compressor air.
Adjustable Dispense Volume: Easily adjust the dispense volume manually or automatically via the integrated timer for versatile applications.

Product specifications:

Model	BX-2
Control Method	Electronic / Pneumatic System
Dispensing pressure	0.15kg/cm2
Time Range	0.01~99.99 sec
Rotor Speed	0~120rpm(max.)
Flow Speed	0.01~6ml/min.(Teflon Tube) 0.1~20ml/min.(Silicone Tube)
Material Viscosity	300cps(max.)
Pump Direction	Both Direction(Forward & Reverse)
Power source	AC100~220V 50/60Hz(Free voltage)
External Dimension & weight	190(W) x 165(D) x 81(H)mm, 2.6kg

Key Features of the BX-2 Precision Tubing Dispenser:

Rotating Pump Head: Ensures accurate fluid delivery without air pressure.
No Pulsation Technology: Delivers smooth and consistent dispensing.
Liquid Suction and Control: Equipped with liquid suction, forward/reverse rotation, and an automatic timer function.
Direct Fluid Dispensing: Fluids are sucked directly from the container.
Adjustable Dispense Amount: Manual or automatic adjustment via the integrated timer.

Applications for the BX-2 Volumetric Fluid Dispenser:

Instant Adhesive Dispensing: Precise application of instant adhesives in manufacturing.
Ink Dispensing: Accurate ink delivery for printing and marking applications.
Anaerobic Adhesive Dispensing: Reliable dispensing of anaerobic adhesives for assembly.
Low-Viscosity Fluid Applications: Versatile for various low-viscosity fluid dispensing needs.

Why Choose the BX-2 Volumetric Tubing Dispenser?

High Accuracy: Achieve consistent and precise fluid dispensing.
Reliable Performance: Benefit from a robust and dependable dispenser.
User-Friendly Design: Simplify operations with intuitive features.
Cost-Effective Solution: Eliminate the need for additional containers or compressor air.

Looking for a reliable volumetric tubing dispenser for precise fluid dispensing? The BX-2 offers the accuracy and features you need for demanding applications.

Contact us today to learn more about the BX-2 and how it can enhance your fluid dispensing processes.

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February 26, 2025

Controllers / Dispensing Systems

TAD-200V | Double Action Precision Fluid Dispenser

Discover the TAD-200V double action fluid dispenser for high-pressure applications. Features interval timers, vacuum control, digital timers, and memory function.

Looking for a high-precision double action fluid dispenser for demanding applications? The TAD-200V is a double action precision controller engineered for use with double action valves in high-pressure fluid dispensing. This controller provides enhanced control, high-speed operation, and ultra-precise dispense volume control, making it ideal for industries requiring exact and repeatable fluid application.

Main Functions and Benefits of the TAD-200V Double Action Fluid Dispenser:

High-Pressure Fluid Control: Achieve precise control in high-pressure dispensing applications with the TAD-200V, designed for demanding fluid control needs.
Double Action Valve Compatibility: Optimized for use with double action valves, ensuring precision and efficiency in fluid dispensing.
Automated Dispensing: Streamline your production with automated dispensing capabilities using the interval timer and automatic stop functions.
Ultra-Precise Dispense Volume Control: Ensure consistent and repeatable fluid application with the TAD-200V’s advanced control features.
Drip-Free Dispensing: Prevent drips and ensure clean fluid control with the integrated vacuum control feature, ideal for low-viscosity fluids.

Product specifications:

Model	TAD-200V
Control Method	Electronic / Pneumatic System
Dispensing pressure	0~10kg/cm2 (S: Standard) 0~4kg/cm2 (L: Option) 0~2kg/cm2 (P: Option)
Time Range	0.01~99.99 sec
Interval Timer	0.01~99.99 sec
Out Signal	Open connector, DC 24V 20mmsec (Relay), 100mmsec (Relay)
Power Source	AC220V 50/60Hz (AC100V 50/60Hz: Option)
Power Consumption	32W
External Dimension & weight	232(W) x 186(D) x 81(H)mm, 2.7kg

Key Features of the TAD-200V High-Pressure Fluid Dispenser Controller:

Double Action Control: Optimized for high-pressure fluid control with double action valves.
Interval Timer: Automate dispensing and stop functions for consistent, repeatable cycles.
Vacuum Control: Prevent drips and ensure clean fluid control, especially with low-viscosity fluids.
Digital Timer with LED Display: Monitor and adjust dispensing time settings in real-time with an easy-to-read LED display.
Memory Function: Save time and simplify operations with retained dispensing settings after power cycles.
External Output Options: Integrate the controller into automated workflows with diverse output functions.

Applications for the TAD-200V Double Action Fluid Dispenser:

High-Pressure Adhesive Dispensing: Precise adhesive application in demanding industrial settings.
Sealant Dispensing with Double Action Valves: Accurate sealant application for critical components.
Automated Fluid Dispensing Systems: Integration into automated production lines requiring high precision.
Industrial Fluid Control: Precise fluid control in various industrial applications.

Why Choose the TAD-200V for Your High-Pressure Fluid Dispensing Needs?

High Accuracy: Achieve consistent and precise fluid dispensing.
Reliable Performance: Benefit from a robust and dependable controller.
User-Friendly Design: Simplify operations with intuitive features.
Versatile Compatibility: Integrate with various fluid dispensing systems.

Looking for a reliable double action precision fluid dispenser for high-pressure applications? The TAD-200V offers the accuracy and features you need for demanding applications.

Contact us today to learn more about the TAD-200V and how it can enhance your high-pressure fluid dispensing processes.

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February 26, 2025