TERA LEADER / RESEARCH EQUIPMENT
Company
Process and metrology expertise supporting solid-state battery research.
Focused on solid-state battery research
TERA LEADER develops and manufactures jigs, measurement equipment and components for solid-state battery research. Our process and metrology equipment experience in semiconductor and nanomaterials research supports the mechanical design, control and measurement systems behind these products.
Business areas
Cells & Jigs
Cell jigs and pouch cell jigs for solid-state battery assembly and evaluation.
Pressure & Measurement
Presses and load indicators for cell loading and force measurement.
Temperature Control & Evaluation
Temperature-controlled equipment used with cell jigs.
Materials Processing
Ampoule furnaces and compact CVD equipment for materials research.
Our R&D equipment pages present accumulated development experience. New requests are reviewed for technical fit, development scope and available resources before acceptance.
Development capabilities
- Equipment structures and control sequences tailored to research requirements.
- Integration of mechanics, electrical controls, sensors, measurement and software.
- Precision measurement experience including femtoampere current, micro-newton force, pressure, load and displacement.
- Materials growth, thin-film and vacuum processing, battery materials and non-Newtonian material evaluation.
- Experiment automation, data acquisition and analysis, and AI applications.
Development history
ALD system for solid-state battery powder materials
High-pressure pouch cell jig for solid-state batteries
Inert-atmosphere ampoule thermal treatment system
Digital press for solid-state batteries
Friction measurement and AI analysis for non-Newtonian materials
High-performance, high-speed micro-newton piezo sensor measurement technology
Cosmetic spreadability measurement and AI analysis system
Cosmetic spreadability measurement system
Pressure cell jig for solid-state batteries
Femtoampere probe station
Piezoresistive and electrical sensor measurement systems
XeF-based silicon nanolayer etching system
CVD system for MoS₂ two-dimensional nanolayer growth
Tactile sensor press measurement system
RTCVD system for graphene growth
Nano-hole growth system based on hard anodizing
From requirements to delivery
- 01 / Requirements review
- 02 / Concept design
- 03 / Mechanical and electrical design
- 04 / Control and software development
- 05 / Manufacturing and assembly
- 06 / Measurement and system integration
- 07 / Testing and verification
- 08 / Delivery