IC Marker - Inkjet/Laser/Auto Labeler - Marking Options

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Marking Options

Hilo Marking Optional Equipment Series

Dot Marking: Hilo Inker 346
Inkjet: Hilo Inkjet 372 (Tray) / Inkjet 373 (Tape & Reel)
Laser: Laser Marker
Labeling: Label Marking

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Hilo Marking Optional Equipment Series is designed for integration with automated programming and testing systems. It provides complete marking solutions including mechanical dot marking, non-contact inkjet marking, laser engraving, and automatic labeling. The series can be flexibly configured according to material formats (tape & reel / tray) and marking requirements (temporary / permanent / label traceability), enabling accurate and efficient marking of ICs and electronic components to improve production line automation and product traceability.

Key Highlights

Full Technology Coverage: Four mainstream marking methods—dot marking, inkjet, laser, labeling—to meet needs from cost control to permanent marking and traceable labeling.

Seamless Automation Integration: Designed for automated lines, easily connects with programmers, testers and handling systems for in-line marking.

Rich Non-Contact Options: Both inkjet and laser use non-contact marking to avoid physical damage to precision components.

Versatile Marking Content: Supports simple dots, complex text, 1D/2D barcodes, and pre-printed labels for internal traceability and customer-facing marking.

Dedicated Machine Design: Optimized for tape & reel (e.g. Inker 346/Inkjet 373) and tray (Inkjet 372) materials; HiLo Label supports both for stable, precise marking.

In-Line Dot Marking for Tape & Reel ICs

Low-cost, high-efficiency physical dot marking for internal batch or good-chip identification before test/programming on tape & reel ICs.
Inkjet Marking for Tray-Based Chips

Prints readable text, date codes or traceable barcodes on automated tray lines for easy identification in downstream processes.
High-Speed Inkjet Coding for Tape & Reel Components

Non-contact, high-speed marking for resistors, capacitors and small devices on tape, meeting small-character, high-takt production demands.
Permanent Laser Marking

Permanent, high-precision marking of logos, part numbers or serial numbers on IC packages and PCBs; wear-resistant and corrosion-proof.
Automatic Labeling for Finished Goods Traceability

Auto-labeling for programmed/tested chips or tape reels with serial numbers, batch data and QR codes for full-process traceability.

Intelligent Marking Editing & Process Control System

Unified Graphical Editing & Task Management: An integrated graphical software platform that allows users to easily edit marking content (text, barcodes, graphics, label templates), set positions, adjust parameters, and create automated task sequences for dot marking, inkjet, laser, labeling and other equipment within a single interface, enabling one-stop operation and management.
Multi-Technology Dedicated Drivers & Process Library: Built-in optimized driving algorithms and process parameter libraries for different marking technologies (mechanical dot marking, inkjet, laser, labeling). It can automatically recommend or finely adjust parameters (such as laser power, inkjet frequency, labeling pressure) according to chip material and surface characteristics to ensure optimal marking results in various application scenarios.
Flexible Recipe Management & Quick Line Change: Supports saving complete marking solutions (content, parameters, positions, label templates) as independent recipes. During production changeover, corresponding recipes can be recalled with one click, greatly reducing equipment debugging and preparation time to meet flexible production needs of multi-variety, small-batch manufacturing.
Full-Process Traceability & Marking Quality Management: The system automatically records detailed information of each marking task, including product batch, marking content, equipment parameters, operation time and results. It can generate traceability reports and link with vision inspection systems for automatic judgment and recording of marking quality.
Open Interface & In-Depth Production Line Integration: Provides rich communication interfaces (such as I/O, serial port, Ethernet) and supports standard protocols. It can receive commands from host computers or MES systems, realize synchronous start/stop and data interaction with automated production lines, and feed back marking results to the production system in real time.

Specifications

Model	Marking Technology	Marking Method	Typical Marking Content	Applicable Material / Scene	Key Features
HiloMax Inker 346	Mechanical Dot Marking	Contact	Dot matrix	Tape & Reel	Designed for tape & reel, economical and reliable
HiloMax Inkjet 372	Inkjet	Non-contact	Text, Barcode, QR Code	ICs / Components in Trays	Designed for auto tray lines, fast-dry ink
HiloMax Inkjet 373	Inkjet	Non-contact	Text, Barcode, QR Code	Tape & Reel	Designed for high-speed inkjet marking on tape & reel
Laser Marker	Laser	Non-contact	Permanent text, graphics, barcodes	Universal (all material types)	Supports fiber / CO₂ laser, permanent high-precision marking
Label Marking	Labeling	Automatic application	Pre-printed labels (serial number, batch, QR code)	Finished products in tape & reel / trays	Automatic labeling for full-process traceability