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By Dr. Jian Li
Senior Process Engineer, Semiconductor Equipment Division
Jiangsu Himalaya Semicondcutor Co., Ltd.
15+ years of experience in IC packaging, die bonding, micro-assembly, and plasma surface treatment

Quick Answer

The PLASMA VP-60L is a professional 60-liter RF vacuum plasma cleaner designed for semiconductor packaging, PCB manufacturing, lithium battery processing, and precision electronics surface activation. Featuring fully automatic RF matching, adjustable 0–500W plasma power, and multi-gas capability (Ar, N₂, O₂, H₂, CH₄), the system delivers highly repeatable low-pressure plasma treatment for industrial cleaning, oxide removal, and adhesion enhancement.

The JCL-S500 is an industrial-grade, automatic dispensing platform engineered for high-accuracy semiconductor and electronics assembly. By integrating a Piezoelectric Ceramic Jetting Valve with a linear-motor-driven motion stage, the system achieves the sub-micron precision required for advanced packaging workflows.

For Power Semiconductor Packaging & Wafer-Level Metrology

Combining Spectral Reflectance (SR) and Spectroscopic Ellipsometry (SE) in one automated, SECS/GEM‑ready platform.

Overview

The HFT‑1000 is the first film thickness measurement system designed specifically for the unique demands of power device packaging. It measures die attach films (DAF), mold compounds, underfill, passivation layers, and wafer stress – from 0.5 nm to 500 µm – in a single tool.

Unlike single‑mode systems that force you to choose between thin‑film ellipsometry or thick‑film reflectometry, the HFT‑1000 automatically switches between Spectral Reflectance (SR) and Spectroscopic Ellipsometry (SE) modes. The result: faster cycle times, fewer measurement stations, and closed‑loop process control via SECS/GEM.

“Our packaging engineers reduced DAF thickness measurement time from 8 seconds (contact stylus) to 0.5 seconds – with higher repeatability.”
— Dr. Jian Li, Senior Process Engineer, Himalaya

Author: Dr. Jian Li
Role: Senior Process Engineer, Semiconductor Packaging & Assembly
Experience: 14+ Years in Die Sorting, Pick-and-Place Kinematics, and IC Packaging Automation

🔹 Quick Answer

The S17-Plus die sorter machine is a high-precision semiconductor packaging system used to automatically transfer diced chips from wafer frames to carrier media such as plastic rings or JEDEC magazines. It supports die sizes from 0.5×0.5 mm to 8.0×8.0 mm, achieves up to 3,000 units per hour (UPH), and integrates vision-guided servo control for accurate, damage-free placement.

Authored by: Dr. Jian Li, Senior Process Engineer, Semiconductor Equipment Division

Experience: 15+ years in die bonding, micro-assembly, and power device packaging

Author Credentials: Lead contributor to multiple bonding process optimizations and control system innovations for high-reliability semiconductor equipment.

Company Credibility Statement

This analysis is based on Himalaya Semiconductor’s internal production data, accumulated from over 10,000 hours of continuous operation in ISO 9001-certified manufacturing environments, validated against automotive-grade and JEDEC reliability standards.

Introduction

[Key Takeaway]: This high-precision die bonding machine is engineered for TO-series power devices, delivering 6,000–9,000 UPH, ±1.5 mil accuracy, and <3% void rate to meet next-generation automotive and AI infrastructure reliability requirements.

As semiconductor demand accelerates across EVs, AI infrastructure, and renewable energy systems, packaging precision and throughput have become critical differentiators. This system is purpose-built to bridge traditional TO packaging and emerging high-reliability assembly requirements, specifically optimizing for GaN and SiC power density challenges.

Jiangsu Himalaya Semiconductor Co., Ltd. offers the GCY-NUB4040 Ceramic Laser Cutting System – a 355nm UV laser with 20W power, ±0.02mm repeat accuracy, and a 300×300mm processing area. Designed for DBC ceramics, PCBA, FPCA, rigid-flex boards, and SIP packaging chips. Features auto loading/unloading, gantry motion control, vision positioning, and a 2.2kW industrial dust collector. Supported file formats: DXF, DWG, GBR. Available for purchase, demo, and process validation at our Suzhou facility: Room 4234, Building 11, No. 1258 Jinfeng South Road, Mudu Town, Wuzhong District, Suzhou City. Request a quote or a free sample cut today.

By Dr. Jian Li, Senior Process Engineer, Semiconductor Equipment Division
Jiangsu Himalaya Semiconductor Co., Ltd.

Introduction: The Shift Toward Glass in Advanced Packaging

The semiconductor industry is undergoing a fundamental shift. As traditional organic substrates reach their limits in terms of electrical performance, thermal management, and density, manufacturers are increasingly turning to glass as the next-generation substrate material.

Glass offers superior dimensional stability, lower electrical loss, and better thermal properties than organic alternatives. But processing glass at scale — particularly for applications like glass interposer fabrication and glass core technology — requires specialized equipment capable of delivering micron-level precision without introducing defects.

This buyer's guide provides a comprehensive overview of femtosecond laser cutting and processing systems designed specifically for glass packaging applications. Whether you're evaluating equipment for TGV drilling, through glass via formation, or complete glass via filling process lines, this guide will help you understand what to look for and how to make an informed purchasing decision.

In the rapidly evolving landscape of Third-Generation Semiconductors (SiC, GaN) and Power Module prototyping, the transition from laboratory concept to pilot production requires equipment that balances desktop versatility with industrial-grade precision.

Jiangsu Himalaya Semiconductor Co., Ltd. introduces the WS3100 Ultrasonic Thick Aluminum Wire Wedge Bonder, a system specifically engineered to meet the high-reliability demands of 2026 R&D environments.

Quick Summary: The Himalaya High-Precision Die Bonder is a 12-inch wafer-compatible system specifically designed for TO-series power devices (TO220, TO247). It delivers 6,000–9,000 UPH with ±1.5 mil accuracy and maintains a <3% total void rate, meeting 2026 automotive reliability standards for EV and AI infrastructure.

Direct Answer: What Is the K580 and Who Is It For?

The K580 from Jiangsu Himalaya Semiconductor is a coarse aluminum wire bonding machine designed for 5–20 mil (125–500 µm) aluminum wire in power semiconductor packages such as TO-220, TO-247, TO-263, TO-252, and TOLL.
It uses a dual-station, dual-head architecture, linear motor XY and VCM Z with 0.5 µm resolution, achieving up to 8,000 units per hour (UPH) and MTBF ≥168 hours for 24/7 automotive, industrial, and consumer power device production.

Introduction

In the fast-evolving semiconductor and electronics manufacturing industry, precision and efficiency are paramount. Wafer dicing machines play a critical role in the production line, enabling the precise cutting and singulation of silicon wafers and other substrate materials. For manufacturers and researchers in Malaysia—especially within the high-tech hubs of Penang and Kulim—sourcing high-quality wafer singulation equipment is essential for maintaining competitive production standards.

China has become a global leader in semiconductor equipment, offering a blend of advanced technology and competitive pricing. This article explores the benefits of sourcing from a wafer dicing machine supplier in China and provides practical guidance for those looking to buy wafer singulation equipment in Malaysia.

As semiconductor power density increases, traditional wire bonding is reaching its physical limits. The industry is rapidly transitioning to Clip Bonding, driven by the critical need for lower parasitic resistance and superior thermal dissipation. Our High-Speed Clip Bonding System offers a complete, integrated solution—from precise die attach through to advanced vacuum reflow—for next-generation power module manufacturing.

Wafer dicing is a critical backend step that often limits yield due to edge chipping, debris contamination, extra cleaning, and wasted wafer area from wide cutting streets. This laser stealth dicing machine (also used as a silicon dicing machine) solves these issues by creating an internal modification layer inside the wafer using a focused infrared (IR) laser, then separating the dies by controlled external force.

Designed for production environments, the system supports Silicon (Si), Silicon Carbide (SiC), LED sapphire, and solar-related substrates, with stable processing enabled by dedicated IR optics, a high-precision motion platform, and autofocus + dynamic autofocus.