Semiconductor & Solid-State Battery Equipment

Advanced equipment solutions for semiconductor packaging testing and solid-state battery manufacturing. Keli Automation combines precision mechanical engineering, optical integration, and process expertise to deliver high-performance systems for R&D and production environments.

Two Core Business Tracks

Leveraging our core competencies in precision mechanics, optics, and automation across two advanced manufacturing frontiers.

🔬

Semiconductor Test Equipment

Advanced inspection and testing solutions for semiconductor packaging and assembly. From X-ray CT defect analysis to probe testing and burn-in systems, we help semiconductor manufacturers ensure product reliability and yield.

  • X-ray CT Inspection Systems
  • Probe Stations & Wafer Testing
  • Package-Level Burn-in Test
  • Automated Inspection & Sorting
  • Package Defect Analysis
🔋

Solid-State Battery Equipment

Complete equipment suite for solid-state battery R&D and pilot production. Covering material preparation through densification, inspection, and metal surface treatment — enabling the next generation of battery technology.

  • Warm Isostatic Press (WIP)
  • X-ray CT Quality Inspection
  • Laser Cladding & Welding
  • Nano Planetary Milling
  • Pilot Line Integration

Core Product Series

Precision-engineered equipment built for performance, reliability, and ease of integration.

[产品图片占位 Product Image Placeholder]
X-ray CT Inspection System
Inspection

Keli300 — Micro-Focus 3D X-ray CT

Equipped with a high-resolution large-area flat panel detector and micro-focus X-ray source, the Keli300 performs non-destructive internal defect inspection. For semiconductors, it detects voids, cracks, and delamination in packaged devices. For solid-state batteries, it verifies electrode layer integrity and cell structure after densification. Quick switching between radioscopy and CT modes supports flexible inspection requirements.

  • X-ray SourceMicro-focus, sealed tube
  • DetectorHigh-res large flat panel
  • Software SuiteVGS® + NRECON + CTAN
  • ApplicationsSemiconductor packages, battery cells
[产品图片占位 Product Image Placeholder]
Warm Isostatic Press
Core Equipment

Keli400 — Warm Isostatic Press (WIP)

Based on Pascal's principle, the Keli400 WIP achieves isostatic densification for solid-state battery cells and ceramic components. It improves interface density, eliminates internal voids, and enhances component contact. The mid-temperature operating range boosts interface density while avoiding high-temperature side reactions, with relatively low energy consumption and cost — ideal for R&D labs and pilot-scale production.

  • TypeHorizontal WIP
  • PrinciplePascal's Law (isostatic pressure)
  • ApplicationsSolid-state battery densification
  • AdvantageMid-temp, low energy, high yield
[产品图片占位 Product Image Placeholder]
Laser Cladding Machine
Metal Processing

Keli12 — Laser Cladding & Welding Machine

Precision laser system for solid-state battery metal surface treatment and semiconductor package welding. Uses Nd³⁺:YAG crystal as the working medium, emitting 1064nm wavelength laser for lithium metal component surface repair — restoring damaged surfaces and extending service life. Also supports micro-welding of semiconductor package leads and precision metal components.

  • Laser Wavelength1064 nm
  • Max Power≥ 800W
  • Pulse Energy0 – 120J (adjustable)
  • Continuous Operation≥ 16 hours
  • Pulse Width0.1 – 20ms (0.1ms step)
[产品图片占位 Product Image Placeholder]
Probe Station
Semiconductor Test

Keli200 — Semiconductor Probe Station

Manual and semi-automatic probe stations for wafer-level and chip-level electrical characterization. Designed for R&D laboratories and low-volume production testing, with precision positioning, stable contact, and compatibility with various parameter analyzers. Supports DC, RF, and optoelectronic probing applications.

  • Wafer SizeUp to 200mm (8 inch)
  • Positioning AccuracySub-micron
  • Probe ChannelsUp to 8 (configurable)
  • ApplicationsDC / RF / Optoelectronic
[产品图片占位 Product Image Placeholder]
Burn-in Test System
Reliability Test

Keli500 — Burn-in & Aging Test System

Temperature-controlled burn-in systems for accelerated life testing of semiconductor devices and battery modules. Programmable thermal profiles with continuous monitoring of electrical parameters. Identifies early-life failures and validates long-term reliability for semiconductors, power devices, and battery components.

  • Temperature Range-40°C to +150°C (configurable)
  • Control Accuracy±1°C
  • Test CapacityCustom socket configurations
  • Data LoggingContinuous real-time monitoring
[产品图片占位 Product Image Placeholder]
Pilot Line Integration
Turnkey Solution

Pilot Line Integration Services

Complete pilot line design and integration for solid-state battery and semiconductor packaging development. We combine our equipment with custom automation systems, material handling, and data collection to create fully functional pilot production lines. From initial process flow design to factory acceptance testing, we deliver turnkey pilot lines ready for product development and small-scale production.

  • ScopeFull turnkey pilot line
  • IntegrationEquipment + automation + MES
  • DeliveryDesign → Build → Commission
  • SupportOn-site training & technical service

Solid-State Battery Pilot Line Configuration

A complete pilot line solution covering the full solid-state battery manufacturing workflow — from material preparation through cell finishing.

Process Step Equipment Function Key Specifications
Material Preparation Keli500 Nano Planetary Mill Electrode & electrolyte material mixing and nano-grinding 4 stations × 500mL, sub-micron output
Electrode Forming Precision Press / Tape Caster Thick film electrode and electrolyte layer forming Thickness: 50–500μm (customizable)
Stacking / Assembly Manual / Semi-auto Stacking Station Layer-by-layer cell assembly in dry room Glove box compatible
Densification Keli400 Warm Isostatic Press Isostatic pressure for interface bonding & void reduction Mid-temp range, Pascal's principle
Encapsulation Encapsulation / Sealing Station Cell packaging and hermetic sealing Pouch / cylindrical / custom form factors
Quality Inspection Keli300 X-ray CT System Non-destructive 3D internal defect inspection Micro-focus, flat panel detector
Surface Treatment Keli12 Laser Cladding Machine Lithium metal surface repair & welding 1064nm, ≥800W, ≥16h continuous
Performance Test Electrochemical Test System Cycle life, rate capability, EIS testing Multi-channel, programmable protocols
Reliability Test Keli500 Burn-in / Aging System Accelerated life testing & thermal cycling -40°C to +150°C, real-time monitoring

* Pilot line configurations are fully customizable based on cell chemistry, form factor, and production scale. Contact us for a tailored proposal.

Our Technical Advantages

Core competencies built on 30+ years of precision automation engineering.

⚙️

Precision Mechanical Engineering

Sub-micron machining capability and rigorous mechanical design ensure stable, repeatable performance in demanding applications.

🔍

Optical System Integration

Deep expertise in X-ray, machine vision, and laser optical system design, alignment, and calibration for precision inspection.

💻

Software & Algorithm Development

In-house software team develops control systems, image processing algorithms, and data analysis tools tailored to each application.

🔬

Process Know-How

Years of hands-on experience in semiconductor packaging and battery manufacturing processes — we understand your technical challenges.

Who We Serve

Our equipment and solutions are trusted by research institutions and industry leaders in advanced technology.

🏛️

Research Institutes

National labs, R&D centers, material research institutes

🔋

Battery Companies

Cell manufacturers, solid-state battery startups

💎

Semiconductor Fabs

Packaging houses, OSATs, IDM companies

🎓

University Labs

Materials science, EE, and mechanical engineering departments

Frequently Asked Questions

Common questions about our semiconductor and battery equipment solutions.

What is the lead time for your equipment?
Standard equipment models typically have lead times of 8–16 weeks from order confirmation. Customized configurations or fully integrated pilot lines require 16–32 weeks depending on complexity. R&D-scale systems often have shorter lead times. We provide detailed timelines and project milestones during the quotation phase and keep you updated throughout production.
Can you customize equipment for specific applications?
Yes, customization is one of our core strengths. We regularly modify standard equipment platforms to meet specific customer requirements — whether it's a different chamber size for the WIP press, specialized sample holders for the X-ray CT, or custom probe configurations. We work closely with your technical team to understand requirements and deliver a solution that matches your exact application needs.
Do you provide installation, training, and after-sales service?
Absolutely. All equipment includes professional on-site installation, commissioning, and operator training (typically 3–7 days depending on equipment complexity). We provide a 12-month warranty with 24/7 technical support, spare parts supply, and software updates. For international customers, we can dispatch service engineers or coordinate with local partners. Remote diagnostic support is built into all our systems.
What about the X-ray safety of your CT systems?
Our X-ray CT systems are designed with comprehensive safety features including lead-lined shielding cabinets, safety interlocks, radiation monitoring alarms, and emergency stop buttons. All systems comply with international radiation safety standards and come with proper certification. The external radiation level is well below regulatory limits (typically < 1μSv/h at 10cm distance). We provide safety training during installation.
Can your WIP press handle different sizes and types of cells?
Yes, our WIP press is designed with flexible tooling to accommodate various cell sizes and form factors including coin cells, pouch cells, and small prismatic cells. Pressure and temperature profiles are fully programmable, allowing you to optimize parameters for different materials and cell designs. We can design custom fixtures based on your specific cell dimensions and requirements.
Do you offer complete pilot line solutions or just individual machines?
We offer both. While many customers purchase individual machines for specific process steps, we also provide complete turnkey pilot line solutions. This includes process flow design, equipment selection, custom automation, material handling integration, software systems, and full commissioning. A turnkey approach ensures all equipment works together seamlessly and reduces project management burden for our customers.
What kind of software and data capabilities do your machines have?
All our equipment features modern software with user-friendly HMIs, recipe management, data logging, and export capabilities. X-ray CT systems include comprehensive analysis software (VGS, NRECON, CTAN, CTVOL) for 3D reconstruction and defect analysis. Our equipment supports data export in standard formats and can be integrated with laboratory information management systems (LIMS) or MES platforms as needed.
Do you support glove box or dry room integration?
Yes, we have extensive experience with equipment designed for moisture-sensitive processes. Our solid-state battery equipment can be configured for glove box or dry room integration, including pass-through designs, sealed connections, and compatible materials. We work with your facility requirements to ensure seamless integration into controlled-environment production lines.

Explore related solutions: Custom Automation Lines | Robotic Solutions | Test Fixtures

Learn more: [Blog: Solid-State Battery Manufacturing Equipment Guide]

Looking for Semiconductor or Battery Equipment?

Whether you need a single machine or a complete pilot line, our technical team is ready to discuss your requirements and propose the right solution.

Request Equipment Quote