Equipment Parameters

Model	TBT5331-SD	TBT6441-SD
Machine Size	L824W613H661mm	L924W713H661mm
Weight	70KG	80KG
Working Range: XYZ	250300100mm(Each rail)	300400100mm(Each rail)
Maximum Moving Speed	X,Y 600-800mm/s, Z 400mm/s	X,Y 600-800mm/s, Z 400mm/s
Repeated accuracy	士0.02mm	士0.02mm
Working Valtage	AC220V/110V 50-60Hz	AC220V/110V 50-60Hz
Working Air Pressure	0.4 to 0.8 Mpa	0.4 to 0.8 Mpa
Drive Method	Motor + synchronous belt + linear guide	Motor + synchronous belt + linear guide
Dispensing cartridge	300CC	300CC
Files Storage	Around 1000 files	Around 1000 files
Programming Mode	Teach Pendant	Teach Pendant
Dispensing Path	Dot/Line/Arc/Circle	Dot/Line/Arc/Circle
Working environment	-5~40℃,humidity 20%~95%	-5~40℃,humidity 20%~95%

Why need Silicone Glue Dispenser Machine?

A Silicone Glue Dispenser Machine bridges the gap between manual imprecision and industrial-scale requirements. It ensures quality, speed, and cost-effectiveness for applications where silicone's unique properties (flexibility, durability, thermal resistance) are critical. Without automation, industries would face compromised product reliability, higher costs, and limited scalability.
(For 300CC models specifically: The 300ml capacity balances batch production needs with material freshness, ideal for medium-volume runs without frequent refills. Features like agitators prevent curing agent separation in two-component silicones.)

1. Precision & Consistency
Accurate Dosing: Silicone (especially high-viscosity types) requires precise volume control. Dispensers use metering systems (piston/rotary) to deliver exact amounts (e.g., 0.1mm³ dots), ensuring uniform results across thousands of products.
Repeatability: Manual application leads to inconsistencies (e.g., uneven beads, over/under dispensing). Machines maintain consistent pressure, speed, and volume, critical for medical devices, electronics, or automotive seals.
2. High-Viscosity Handling
Specialized Pumping: Silicone's thick, sticky nature (100,000–1,000,000+ cP) challenges manual methods. Dispensers use motor-driven pumps (e.g., piston or auger systems) to overcome viscosity, ensuring smooth flow without air bubbles or clogs.
No Dripping/Dragging: Valving systems (time-pressure or positive displacement) control flow precisely, preventing messy trails-a common issue with manual syringes.
3. Efficiency & Speed
Automation: Machines integrate with conveyor systems or robotic arms for continuous, 24/7 operation. A single operator can manage multiple machines, reducing labor costs.
Complex Paths: Programmable motion (X-Y-Z axes) handles intricate patterns (e.g., circular beads, zigzags) faster than manual labor. Ideal for electronics (PCB sealing) or aerospace (component bonding).
4. Material Savings
Reduced Waste: Precise control minimizes over-dispensing. For expensive silicones (e.g., medical-grade), this saves costs. Manual methods often waste 20–30% of material.
Seal Integrity: Proper dosage ensures seals/encapsulations meet IP ratings (e.g., IP67/IP69K), avoiding rework due to leaks or failures.

various types of dispensing valves

It can match various types of dispensing valves according to the characteristics of the customer's glue and dispensing needs. Whether the glue is highly viscous, thixotropic, or has specific curing requirements, appropriate dispensing valves can be selected. For example, for highly viscous glues, piston - type dispensing valves can be used to ensure smooth and precise extrusion. On the contrary, for low - viscosity glues, needle - type or spray - type dispensing valves may be more suitable for achieving fine and uniform dispensing.

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Easy Programming

The AB dispensing machine is equipped with an advanced intelligent control system, which can easily program various complex paths according to the dispensing requirements of customers' products. Whether it's precision dot dispensing for fixing delicate electronic components, line segment dispensing to meet the needs of linear sealing and bonding, or arc and circular dispensing for tasks such as encapsulating annular components and coating circular products, operators only need to simply input relevant parameters on the human - machine interface, such as the coordinates of dots, the start and end points of line segments, the radius and angles of the arc's center, and the coordinates and radius of the circle's center. The device can then quickly generate a precise operating trajectory, ensuring an efficient, stable, and accurate dispensing process and fully meeting the strict requirements of diverse production scenarios for dispensing paths.

Point dispensing Line dispensing Arc dispensing

Product Features

The glue pouring robot allows for fine control over adhesive placement, such as perfect beads, repeat timed dots, or component potting. Programming is straightforward with a teaching pendant. Even intricate patterns can be generated fast.
Accurate fluid placement and volume assure no waste, mess, or errors.
High speeds are obtained, decreasing the time spent hand-applying adhesives.
The double Y axis can provide more efficiency and convenience in operation.
Replace human labor and reduce labor costs.
The operation is simple and convenient, with fast speed and precise control.
The high-precision motor ensures exact dispensing.
High performance. Linear structure platform with pleasant.

Application Field

The automatic glue dispenser, with its remarkable versatility, is extensively utilized across a wide spectrum of industries. In the digital electronics domain, it plays a pivotal role in tasks like circuit board assembly. Precise dispensing of adhesives is crucial for securely attaching components, ensuring the reliable performance of electronic devices such as smartphones, tablets, and laptops. This not only enhances the durability of these products but also contributes to their miniaturization and improved functionality.
Within the LED industry, dispensers are essential for encapsulating LEDs. By accurately applying protective coatings, they safeguard the LEDs from environmental factors like moisture and dust, thus extending the lifespan and maintaining the brightness of LED lighting products, whether they are used in general illumination, automotive headlights, or display backlighting.
In wireless communication, dispensers are employed in manufacturing antennas and base stations. The precise deposition of conductive adhesives helps in creating reliable electrical connections, which is vital for ensuring strong and stable wireless signals. This is especially important as the demand for high - speed, seamless communication continues to grow with the development of 5G and future - generation networks.
When it comes to the clothing industry, dispensers are used for fabric printing and applying functional coatings. For example, they can precisely dispense dyes or special coatings that provide water - resistance, stain - resistance, or antibacterial properties to clothing items. This not only adds value to the garments but also meets the evolving needs of consumers for more functional and durable clothing.
In the jewelry sector, dispensers enable the intricate application of adhesives for setting gemstones. The ability to dispense small amounts of high - quality adhesive with precision ensures that gemstones are securely fastened, enhancing the aesthetic appeal and durability of jewelry pieces. This is particularly important for high - end jewelry where the quality and craftsmanship are of utmost importance.
In the toy industry, dispensers are used in the assembly of various toys. Whether it's attaching small parts, applying decorative elements, or creating soft - touch surfaces, the dispenser's accuracy and consistency help in mass - producing toys that are both safe and visually appealing. This ensures that toys meet the high standards of quality and safety required in the market.
In summary, the dispenser's wide - ranging applications across these industries highlight its significance in modern manufacturing, contributing to the production of high - quality, innovative products that meet the diverse needs of consumers.

Company strength

From R&D and design to batch processing of parts and then to batch assembly of equipment, we provide one-stop equipment production management. In terms of batch equipment production, we have more advantageous prices and a faster delivery cycle than our peers.

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