New Eastech Technology Co.,Ltd.

Beijing,  Beijing 
China
http://www.neweastech.com
  • Booth: 2225

Welcome to BNE Semicon Solutions. Visit us at Booth N2225.

Overview

New Eastech Technology Co., Ltd. (hereinafter referred to as "BNE"), founded in March 2014, is a high-tech enterprise dedicated to the research and development of semiconductor production line equipment.

BNE's core business revolves around lithography equipment technical services and independent R&D. Actively introducing advanced overseas technologies, the company is committed to the localization of key components. It provides equipment process integration and customized solutions for clients in integrated circuits, compound semiconductors, MEMS, LEDs, and other fields. To date, BNE has established solid cooperative relationships with over 200 clients in the semiconductor sector and has assembled an experienced technical team.

To enhance service levels and improve response times, BNE has established an R&D and production network in Beijing, Shanghai, Wuhan, Kunshan, and Wuxi. The company focuses on building a comprehensive service platform for semiconductor front-end equipment, driving technological innovation and industrial upgrading.


  Products

  • COATER & DEVELOP EQUIPMENT
    BNE's independently developed coater & develop equipment supports ArF/KrF/i-line/PI processes. Compact, reliable, and easy to maintain, it's ideal for IC, advanced packaging, MEMS, power devices, and RF integration....

  • TC2000: A dedicated solution designed for ArF/KrF/i-line, advanced packaging, and PI.

    Wafer Size: 100–200mm (round/square wafers)
    Substrates: Si, SiC, GaAs, GaN, InP, GaP, Glass, Sapphire, etc.
    Applications: ArF/KrF/i-line, advanced packaging, PI, etc.
    Coating/Developing: 4C/4D/2C2D (configurable based on customer requirements)

    TC1500: A dedicated solution designed for i-line, G-line, and PI.

    Wafer Size: 100–200mm (compatible with adjacent sizes)
    Substrates: Si, SiC, GaAs, GaN, GaP, Glass, Sapphire, etc.
    Applications: i-line, G-line, PI, etc.
    Coating/Developing:
    For 8-inch and below: 4C/4D/2C2D (configurable based on customer requirements)
    For 6-inch and below: 4C/6D/3C3D (configurable based on customer requirements)

    TC1000-A/B/C: A dedicated solution designed for i-line, G-line, PI.

    Wafer Size:
    TC1000-A: 50–150mm (compatible with adjacent sizes); 3C3D/6C/6D
    TC1000-B: 100–200mm (compatible with adjacent sizes); 4C/4D/2C2D
    TC1000-C: 200–300mm; 2C/2D/1C1D
    Substrates: Si, SiC, GaAs, GaN, GaP, Glass, Sapphire, etc.
    Applications: i-line, G-line, PI, bonding adhesives, etc.

    TC1000-DC/DD/DB/DL: A dedicated solution designed for small-scale production.

    Wafer Size: 100–300mm (round/square wafers)
    Substrates: Si, SiC, GaAs, GaN, GaP, Glass, Sapphire, etc.

    TC1000-SC: A dedicated solution designed for advanced packaging, MEMS, and LED.

    Wafer Size: 100–300mm (round/square wafers)
    Substrates: Si, SiC, GaAs, GaN, GaP, Glass, Sapphire, etc.

  • WET & CLEANING EQUIPMENT
    BNE's independently developed wet and cleaning equipment...

  • Fully Automated Wet Bench Series XW
    Applicable Processes:
    RCAClean, PRstrip, FEOLPRS, Oxide/Poly Recycle, FEOL Oxide Recycle, Nitride Remove, Co-Remove
    Process Specifications:
    Particle Specification: 160nm
    Metal Contamination Specification: 1E10
    Wafer Size Compatibility:
    Suitable for 6/8/12-inch production lines; semi-automatic/manual modes available for 8-inch and below via customization
    Product Overview:
    Designed for wet photoresist stripping, dielectric wet etching, metal wet etching, pre-furnace cleaning, and other specialized cleaning processes. The equipment features a modular and standardized design to meet diverse process requirements. It integrates multi-functional chemical tanks for precise etch rate control. Advanced design concepts effectively reduce chemical and DI water consumption. A multi-robot module design minimizes cross-contamination risks. The application of high-efficiency Marangoni drying technology ensures excellent drying results.

    Fully Automated Single-Wafer Cleaning Series XS
    Applicable Processes:
    Pre/Post Clean, Oxide Etch, Backside Clean, BEOL PRS, AL Wet Etch, Metal Lift-off, BG/BM Stress Release
    Process Specifications:
    Particle Specification: 90nm
    Metal Contamination Specification: 1E10
    Wafer Size Compatibility:
    Suitable for 6/8/12-inch production lines; semi-automatic/manual modes available for 8-inch and below via customization
    Product Overview:
    Designed for various FEOL and BEOL processes in advanced IC manufacturing, configurable with different chemistries and auxiliary cleaning methods based on application. Also applicable in wafer fabrication, MEMS manufacturing, and power device fabrication. The equipment features a modular and standardized design to meet diverse process requirements. A multi-wafer transport system ensures high process throughput. Precision chamber design enables efficient chemical recovery. Optional Bernoulli chuck effectively protects the wafer front side. Excellent control over particle and backside etch uniformity.

    Fully Automated Brush Cleaning Series XF
    Applicable Processes:
    Brush Clean
    Process Specifications:
    Particle Specification: 90nm
    Metal Contamination Specification: 1E10
    Wafer Size Compatibility:
    Suitable for 6/8/12-inch production lines; semi-automatic/manual modes available for 8-inch and below via customization
    Product Overview:
    Designed for efficient particle removal cleaning processes in IC manufacturing and wafer-level packaging (WLP). The equipment features a modular design and can be customized according to different customer process requirements.

    Wafer Level ECD
    Applications:RDL、TSV、Cu Pillar、Bump
    Wafer size:100mm-300mm 
    Uniformity:<5%

    Wafer Level ENEPIG
    Applications:Ni、Pd、Au
    Wafer size:100mm-300mm 
    Uniformity:<5%

    Panel Level  ECD
    Applications:Glass、EMC、ABF, etc.
    Wafer size:320*324 / 510*515mm 
    Uniformity:<10%