HP-D6441-1 Dual-Y Desktop Dispensing Machine 330ml Glue Supply System
The HP-D6441-1 is a high-performance desktop dispensing machine designed for precision adhesive application in prototyping and low-to-medium volume production. Its dual Y-platform configuration enables simultaneous loading/unloading and dispensing, effectively doubling productivity compared to single-table machines.
At its core is the H-N02 silicone back-suction dispensing valve, featuring anti-drip technology that prevents material stringing between dispensing points. The valve handles a wide viscosity range (1-100,000cps), accommodating adhesives, paints, greases, inks, and other single-component liquids.
The complete 330ml glue supply system includes a customized controller for precise volume adjustment, ensuring consistent material delivery. Motion is powered by stepper motors with synchronous belt drive, achieving ± 0.02mm repeat accuracy at speeds up to 500mm/s.
The system supports complex dispensing patterns including points, lines, arcs, circles, and irregular curves through continuous interpolation. Programming is via an intuitive teach pendant, and programs can be exported for future use.
Technical Specifications
| Parameter |
Specification |
| Model |
HP-D6441-1 |
| Machine Dimensions |
L800*W760*H820mm |
| Weight |
95 kg |
| Drive Mode |
Stepper motor + synchronous belt |
| Repeat Accuracy |
±0.02mm |
| X/Y Max Speed |
500 mm/s |
| Z Max Speed |
300 mm/s |
| Valve Type |
1x H-N02 back-suction dispensing valve |
| Viscosity Range |
1-100,000 cps |
| Glue Supply |
330ml complete system with customized controller |
| Worktable |
Dual Y-platform |
| Programming |
Teach pendant (exportable programs) |
| Control System |
Independently developed motion control |
| Power Supply |
AC220V 50Hz |
| Optional Accessory |
Customized jig (based on customer's product and Gerber files) |
Applications
- PCB adhesive dispensing
- Underfill and encapsulation
- Component bonding
- Conformal coating spot repair
- Gasketing and sealing
- Medical device assembly
- Automotive electronics
- General industrial dispensing
Industry Keywords Tag Cloud:
Core Equipment Terms: Benchtop Dispensing Robots, Tabletop Dispensing Machine, Desktop Fluid Dispenser, 3-Axis Tabletop Robot, Standalone Automated Dispensing System, Compact Liquid Dispenser Equipment, Portable Glue Dispensing Unit, Automatic Syringe Dispenser, Benchtop Fluid Control Automation, Smart Desktop Robot Platform
Processing & Micro-Dispensing Keywords: Precision Fluid Dispensing, Micro-Dot Jetting Technology, Fine Line Dispensing Path, Continuous Path Motion Interpolation, Syringe Liquid Feeding, Precision Needle Dotting, Non-Contact Fluid Deposition, Dynamic Arc Dispensing Pattern, Dam and Fill Process, Anti-Drip Suck-Back Fluid Control
Material & Fluid Adaptive Keywords: Epoxy Resin Dispensing, Silicone Adhesive Sealing, UV Curable Glue Liquid, Cyanoacrylate Adhesive Application, Thermal Conductive Paste Dispensing, Two-Component Liquid Polymer, Solvent-Based Adhesive, Solder Paste Micro-Volume Application, High Viscosity Fluid Compound
Manufacturing & High-Mix Application Keywords: Low-to-Medium Volume PCB Assembly, High-Mix Low-Volume Production, Electronic Engineering Prototyping, R&D Laboratory Testing, Small Scale SMT Workshop, Smartphone Component Repair Bonding, Automotive Sensor Sealing, Camera Module Bonding, LED Lens Encapsulation Protection
Performance & Machine Structure Keywords: High Precision Positioning Accuracy, Compact Footprint Spatial Design, Handheld Teach Pendant Programming, Heavy-Duty Anti-Vibration Base Frame, Integrated Fluid Pressure Regulator, CCD Vision Alignment System, Automatic Laser Height Sensor, Dual-Valve Quick Mount Assembly, Closed-Loop Motion Control Calibration
Quality Control & Setup Efficiency Keywords: Rapid Production Changeover, Dispensing Volume Uniformity Control, Defect-Free Pattern Execution, Glue Line Continuous Inspection, Quick Needle Syringe Replacement, Accurate Dot Repeatability Verification, Affordable Automation Engineering, Turnkey Desktop Liquid Dispensing Solution
