Address
Building A1, Runteng Industrial Park, No. 4 Xishan Road, Longteng Community, Shiyan Subdistrict, Bao'an District, Shenzhen 518000, China
Work Hours
Monday to Saturday: 09:00 – 23:00 (UTC+8)
Sunday: closed
Address
Building A1, Runteng Industrial Park, No. 4 Xishan Road, Longteng Community, Shiyan Subdistrict, Bao'an District, Shenzhen 518000, China
Work Hours
Monday to Saturday: 09:00 – 23:00 (UTC+8)
Sunday: closed












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AUTOMATIC SOLDER PASTE PRINTER
Achieve ±0.001mm repeat accuracy with 8-second cycle times. The M8 combines 2D solder paste inspection, intelligent tri-mode cleaning, and world-class Japanese & German components to deliver unmatched PCB printing quality for mini LED, server, and smartphone manufacturers worldwide.

The JHIMS M8 solder paste printer is a next-generation fully automatic visual printer designed for the most demanding SMT production environments. Engineered for mini LED backlight boards, high-density server motherboards, and advanced smartphone PCBs, the M8 fully satisfies 01005 metric component placement and 0.25mm pitch ultra-fine-pitch printing with uncompromising precision. At its core is a sophisticated geometric-matching dual-camera vision system with a 1.3-megapixel CCD sensor (10×8mm FOV, 150ms cycle time).
Built on a heavy-duty cast frame with THK (Japan) linear guides, Panasonic (Japan) servo drives, SMC (Japan) pneumatics, and IGUS (Germany) cable management, the M8 delivers industrial-grade reliability for 24/7 production.
Applications: Solder paste printing for PCB sizes from 50×50mm to 650×610mm with support for standard and fine-pitch stencils up to 850×850mm frame size.
1.3MP CCD camera with geometric matching algorithm. Recognizes 8 mark types (square, circle, triangle, diamond, cross, pad, profile, hole) from 0.1mm to 6.0mm. 150ms cycle time for zero-wait alignment on every board.
Dry wipe, wet wipe, and vacuum cleaning — all three modes in one integrated system. Automatic spray cleaning with variable speed (10-200mm/sec). Auto-generated cleaning stroke based on PCB dimensions. Fully adjustable fluid and paper consumption.
Proprietary controlled-release system with independently adjustable release distance (0-20mm) and speed (0-20mm/sec). Ensures clean paste release from even the smallest stencil apertures without smearing or bridging.
Built-in data acquisition and upload. Records all SOP parameters and open production data. Customizable output for MES/ERP integration. Optional temperature and humidity monitoring with real-time display.
Supports both rubber and steel squeegees at 45°, 55°, or 60° angles. Single or double squeegee printing modes. Independently adjustable print pressure from 0.5kg to 25kg for optimal paste rolling on any stencil type.
Door-open auto-stop with abnormal event alarms. Role-based access control with separate permission levels for operators, technicians, and engineers. Full audit trail of all parameter changes for compliance.
Accepts boards from 50×50mm up to 650×610mm. Thickness range 0.2mm to 6.0mm. Supports boards up to 7kg with magnetic pin and support block positioning. Automatic platform height adjustment.
Connect two M8 printers in series for doubled throughput on high-volume lines. Perfectly synchronized operation with automatic load balancing. Ideal for smartphone and LED backlight mass production where the printer is the bottleneck.
Post-print 2D inspection detects insufficient solder, missing prints, and continuous solder bridges before the board reaches placement. Automatic offset compensation corrects detected misalignments in-process.
| Parameter | Specification | Parameter | Specification |
|---|---|---|---|
| Model | M8 | Stencil Frame (Min) | 520×400mm |
| Stencil Frame (Max) | 850×850mm | Stencil Thickness | 20–40mm |
| PCB Min Size | 50×50mm | PCB Max Size | 650×610mm |
| PCB Thickness | 0.2–6mm | PCB Warpage | <1% |
| Transport Height | 900±40mm | Transport Direction | L→R; R→L; Same-side in/out |
| Transport Speed | Max 1500mm/s (Segmented Control) | PCB Support | Magnetic Pin / Support Block |
| Print Speed | 10–200mm/sec | Print Pressure | 0.5–25Kg |
| Print Mode | Single or Dual Squeegee | Squeegee Type | Rubber / Steel (45°/55°/60°) |
| Release Distance | 0–20mm (Programmable) | Release Speed | 0–20mm/sec (Programmable) |
| Release Mode | Three-Stage Demolding | Cleaning System | Dry, Wet, Vacuum (3-in-1 + Spray) |
| Repeat Accuracy | ±0.001mm | Print Accuracy | ±0.025mm |
| Cycle Time (excl. cleaning) | 8 seconds | Cycle Time (incl. cleaning) | 16 seconds |
| Changeover Time | 0 min (Auto Program Recall) | CCD Camera | 1.3MP, FOV 10×8mm |
| Mark Types | 8 types, 0.1–6mm size | 2D Inspection | Low tin / Missing / Bridging |
| Air Required | 4–6Kgf/cm² | Air Consumption | 95 L/min |
| Power Input | AC 220±10%, 50/60Hz, 3KW | Control Method | Industrial PC Control |
| Machine Dimensions | 1330(L)×1545(W)×1500(H)mm | Machine Weight | ~1200Kg |
| Working Temperature | -20°C to 45°C | Working Humidity | 30%–60% (non-condensing) |
Every JHIMS M8 is built with world-class components. We source only from industry-leading brands to ensure long-term reliability and precision.
The JHIMS M8 Visual Printer is a versatile workhorse deployed across mission-critical electronics manufacturing sectors worldwide.
The M8 excels in high-density smartphone PCB assembly with 01005 metric components and 0.25mm pitch. The 8-second cycle time keeps pace with high-volume production while the tri-mode cleaning system maintains stencil aperture quality over extended runs. Dual-machine tandem mode doubles throughput for flagship product launches.
Mini LED backlight boards demand exceptional print uniformity across large panel areas. The M8’s automatic Y-direction stencil positioning with magnetic pin PCB support and automatic height adjustment ensures consistent paste deposition across the full 650×610mm print area — critical for display uniformity.
Automotive-grade PCBs require zero-defect printing with full traceability. The M8’s Industry 4.0 data logging automatically records every print parameter, board ID, and inspection result — creating an audit-ready production record for IATF 16949 compliance.
Medical device PCBs demand the highest reliability standards. The M8’s role-based access control prevents unauthorized parameter changes, while the real-time 2D inspection ensures every board passes quality verification before advancing to placement.
Understanding solder paste printing technology is essential for optimizing your SMT assembly process.
Ultra-fine-pitch printing requires stencil aperture aspect ratios below 0.66 and area ratios above 0.66 for consistent paste release. The M8’s precision-ground stencil frame (flatness <0.05mm) and independent squeegee pressure control (0.5-25kg) make this achievable in production, not just in the lab.
The M8 uses geometric pattern matching rather than simple edge detection for fiducial recognition. This approach is inherently more robust against variations in mark quality, oxidation, and PCB surface finish. It supports 8 different mark shapes and sizes from 0.1mm to 6mm with a 150ms recognition cycle.
Aperture design directly impacts solder paste release efficiency. For fine-pitch components (0.4mm pitch and below), we recommend laser-cut stainless steel stencils with electropolished aperture walls and nano-coating. The M8’s three-stage demolding system provides independently adjustable release distance and speed for optimal results.
The M8’s integrated 2D inspection system measures paste area, position offset, and bridging defects in real time. The system triggers alerts when process drift is detected, enabling corrective action before defective boards reach reflow. Inspection data can be exported for SPC analysis and traceability.
Maximize your M8 visual printer’s performance with these manufacturing operation and maintenance guidelines.
1. Verify air supply at 4-6Kgf/cm². 2. Inspect squeegee blades for wear or damage. 3. Run dry cleaning cycle to remove residual paste. 4. Calibrate conveyor width for first PCB batch. 5. Verify stencil alignment using fiducial marks. 6. Check solvent level in cleaning system. 7. Run test print and inspect with 2D SPI before production start.
Daily: Clean vision system lenses, inspect squeegee blades. Weekly: Verify transport belt tension, check air filtration. Monthly: Calibrate vision system, inspect linear guide lubrication, verify CCD alignment. Quarterly: Full system calibration, replace cleaning paper roll, inspect vacuum pump, ball screw re-greasing. Annually: Comprehensive service by JHIMS certified engineer.
1. Use the automatic program recall — 0-minute changeover. 2. Store stencils vertically in a clean, dry environment. 3. Pre-load next product program while current batch is running. 4. Use magnetic pin support system for quick PCB support reconfiguration. 5. Validate first-article print with 2D inspection before releasing to production.
Maintain cleanroom class 100,000 (ISO 8) or better. Temperature: -20°C to 45°C operating range. Humidity: 30%-60% RH (non-condensing). The M8’s enclosed print head design minimizes paste exposure to ambient conditions. Use the PC control system’s operation log to track environmental conditions and paste usage by batch.
See exactly where the JHIMS M8 visual solder paste printer integrates into your SMT line and how it works with upstream and downstream processes.
The M8 automatic visual printer is positioned at the head of the SMT line. Its CCD vision alignment ensures accurate stencil registration before every print cycle, and the 3-in-1 cleaning system keeps paste transfer consistent over long production runs.
| Metric | Manual Printing | JHIMS M8 | Advantage |
|---|---|---|---|
| Print Accuracy | ±0.1mm (operator dependent) | ±0.025mm | 4× Better |
| Cycle Time | 25-35 seconds per board | 8 seconds | 3-4× Faster |
| Changeover Time | 15-30 minutes | 0 minutes (auto recall) | Completely Solved |
| First-Pass Yield | 92-95% | 99.5%+ | 5-7% Higher |
| Quality Inspection | Visual check (subjective) | 2D automatic — 100% inspection | Full Coverage |
| Operators Required | 2-3 operators per shift | 1 operator manages 3-4 printers | 67% Labor Savings |
| Paste Waste Rate | 5-8% | <1% | 80% Less Waste |
| Process Traceability | Paper logs — manual entry | Digital log — Industry 4.0 | Fully Traceable |
Based on real-world production data from a mid-volume SMT line producing 200,000 boards per month. Actual results may vary by application.
Based on the quotation we prepare for your M8. Enter your current production parameters to calculate how quickly the M8 pays for itself.
Tour our state-of-the-art manufacturing facility in Shenzhen, China. Every JHIMS machine is assembled, calibrated, and tested under rigorous quality control standards before shipment.




Watch the JHIMS M8 performing real-world production tasks. Videos are hosted on YouTube for fast, reliable streaming worldwide.
CUSTOMER SUCCESS STORIES
Real deployments of the JHIMS M8 solder paste printer — from fine-pitch Mini LED production to complete SMT lines. Every project shipped, installed and supported by the JHIMS team.
SOLDER PASTE PRINTINGA Saudi Mini LED manufacturer achieved fine-pitch printing on 650×610mm PCBs with the JHIMS M8 — +25% efficiency and 99.5% yield.
SMT LINEFull DDP turnkey delivery — solder paste printing, component placement and reflow soldering engineered, installed and commissioned as one automated line.
LEARNING CENTER
Expert guides and real case studies for the JHIMS M8 fully automatic visual solder paste printer, written by JHIMS engineers.
Reference videos: PCB Stencil Printers: Ultimate Guide to High-Precision and Vision Systems; SMT M8 Solder Paste Printer Tutorial: Complete Guide; How SMT Vision Printers Inspect Solder Paste with 2D Inspection Technology.
| Weight | 1200 kg |
|---|---|
| Dimensions | 1330 × 1545 × 1500 mm |
| PCB Min Size | 50×50mm |
| PCB Max Size | 650×610mm |
| Repeat Accuracy | ±0.001mm |
| Print Accuracy | ±0.025mm |
| CCD Camera | 1.3MP, FOV 10×8mm |
| 2D Inspection | Low tin / Missing / Bridging |
| Power Input | AC 220±10%, 50/60Hz, 3KW |
| Cleaning System | Dry, Wet, Vacuum (3-in-1 + Spray) |
| Transport Direction | L→R; R→L; Same-side in/out |