High Precision Jet Dispensing Machine

About JHIMS: Precision Engineering Experts

As a leading manufacturer with over 20 years in fluid dispensing technology, JHIMS delivers innovative solutions backed by ISO certifications and global patents, ensuring reliability for industries worldwide.

Machine Features: Non-Contact Piezoelectric Innovation

Our jet dispensing machine outperforms traditional needle systems by offering non-contact operation, reducing defects and boosting throughput in high-stakes industries like semiconductor assembly.

• Piezoelectric ceramic injection valve for non-contact dispensing and precise glue control, eliminating dripping and overflow issues common in competitors like basic needle setups.
• Versatile dispensing patterns: points, lines, arcs, and circles, adaptable to complex geometries unlike rigid needle dispensers.
• CCD visual recognition for high-precision positioning, ensuring alignment accuracy better than manual methods in compact spaces.
• Innovative 3D glue path detection system detects overflows, breaks, shortages, or failures in real-time, preventing costly rework and enhancing quality control.
• MES data upload for seamless Industry 4.0 integration, allowing predictive maintenance and process optimization via cloud analytics.
• Ultra-high speed: Dispenses 3x faster without Z-axis movement, ideal for high-volume lines where cycle time reduction is critical.
• Nanoliter precision: Minimum dot diameter of 0.2mm with 2% accuracy, surpassing industry standards for microelectronics and biotechnology applications.
• Height-insensitive flexibility: Avoids collisions in compact spaces, enabling dispensing in areas inaccessible to traditional tools, perfect for FPC soft board assembly.
• Low-maintenance design: Nano wear-resistant materials extend lifespan 20x, with simple cleaning routines to minimize downtime and operational costs.

Applications: Versatile Across Demanding Industries

Leverage our non-contact piezoelectric dispenser for innovative solutions in demanding sectors, where precision meets sustainability by minimizing material waste and energy use.

• 3C Consumer Electronics: Mobile shell assembly, touch screen bonding, LCD modules, microphone adhesion, and protective gluing. Enhances device durability with minimal adhesive use in high-speed lines.
• Automotive & Aerospace: Sensor potting, engine sealing, fuel system coating, RTV reinforcement, and heat dissipation. Supports EV battery assembly for eco-friendly manufacturing and reliability under extreme conditions.
• Panel & Lighting: LCD/AMOLED reinforcement, water glue bonding, FPC sealing, three-proof paint application. Optimizes for thin-film processes in next-gen displays and LED encapsulation.
• Semiconductors: Underfill, COB packaging, dam processes, LED/silver glue dispensing. Enables smaller chip designs with high-yield results, reducing defects by up to 30%.
• Microelectronics: Red glue/tin dispensing, component pin packaging, three-proof glue. Ideal for IoT devices requiring compact, reliable bonds in PCB board dispensing.
• Biotechnology: Catheter spraying, lens/pacemaker encapsulation, blood tube sampling. Ensures sterility and precision in medical innovations like enzyme packaging.

Unique to our system: Adaptive viscosity handling up to 380,000 CPS, outperforming models like Vermes or Musashi in versatile material compatibility for semiconductor microelectronics assembly.

Technical Specifications: Engineered for Excellence

Industry-Specific Use Cases and Sustainability Benefits

Innovative applications include mobile narrow-side control for slimmer devices, underfill for chip protection, FPC/PCB dispensing for flexible circuits, and semiconductor assembly for AI hardware. Our machine reduces waste by 30% compared to pneumatic jets, promoting green manufacturing and lower carbon footprints.

Case Study: In automotive sensor production, it increased yield by 40% through precise potting, as validated in real-world tests against Fisnar systems, cutting material costs significantly.

Sustainability Edge: Non-contact design minimizes overflow, supporting eco-goals in 2025 regulations.

Competitive Edge: Why Outperforms Alternatives

In a market with options like Anda iJet-7H or Essemtec Spider, our dispenser excels in integrated vision systems and nanoliter accuracy, offering 20x longer life and MES connectivity for smarter factories.

• Vs. Needle Dispensers: No Z-movement, collision-free, faster cycles.
• Vs. Other Jets: Built-in 3D detection prevents errors, unlike basic models.

Installation, Maintenance, and Troubleshooting Guide

Installation: Plug-and-play setup with CCD calibration; integrate with existing lines in under 30 minutes.

Maintenance: Bi-weekly valve cleaning; nano-materials ensure minimal wear.

Troubleshooting: Alarms for pressure issues; remote diagnostics via MES. Common fix: Check viscosity if dots vary.

Why Choose JHIMS Jet Dispenser for 2025 Manufacturing?

Stand out with low-waste, high-speed technology that integrates effortlessly into smart factories. Unlike basic dispensers on platforms like Alibaba or Global Sources, ours offers built-in analytics for proactive optimizations and compliance with emerging AI-driven standards.

• Sustainability: Non-contact reduces material overuse by 30%.
• Scalability: From R&D prototypes to mass production runs.
• Expert Support: Free consultations, training, and software downloads available.

Frequently Asked Questions

What materials does the piezoelectric jet dispenser handle?

Adhesives, greases, solvents up to 30mm particles, ideal for high-viscosity applications.

How does it compare to traditional needle dispensers?

3x faster, non-contact operation eliminates collisions and dripping, with a 20x longer lifespan.

Is customization available for specific industries?

Yes, our engineering team tailors solutions—contact us for semiconductor or biotech adaptations.

Does it support Industry 4.0 integration?

Absolutely, with MES data upload for real-time monitoring and predictive analytics.