Battery Research Solution Company

Battery Materials Research Equipment Specialist

Integrated solutions for battery materials research equipment and experimental environments

PDC TECHNOLOGY is a technical partner providing XRD Application Systems, vacuum systems, high-temperature and high-pressure environmental equipment, and custom engineering for battery and advanced materials research. Through custom engineering, we support customers in achieving their research goals.

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2006

Founded

Built sustained technical experience in research equipment design and analysis application system integration.

B2B

Core Audience

Built for company labs, institutes, graduate labs, and advanced analysis organizations.

Technology Strengths

Technical strengths centered on experiment and measurement integration

The core message is not generic equipment supply. It is the ability to connect experiment conditions with analysis workflows.

Operando Systems

In-situ / Operando systems

Observe change during measurement

Positioned for research scenarios where condition change must be observed during measurement.

XRD Integration

Integrated XRD measurement

Integrated XRD application

Supports application configurations that consider research equipment and XRD measurement together.

Temperature / Pressure Control

Temperature and pressure test environments

Temperature and pressure response

Provides test environments for research projects where temperature and pressure variation is important.

Custom Enginnering

Custom engineering

Scenario-based configuration

Proposes research equipment and analytical equipment configurations aligned with the research scenario.

Solutions

A product overview built for scanning first and inquiry next

The card structure is reusable for future catalog growth while keeping the first pass tightly focused on the main solution areas.

XRD & Accelerator Application Systems

BES

A battery-cell-oriented X-ray analysis application platform designed for in-situ and charge-discharge linked research workflows.

Structured for in-situ and operando battery measurement setups
Prepared for charge-discharge linked XRD workflows
Supports multiple cell jigs across a -10 C to 70 C environment

XRD Application Systems

TES (VTEC-trans)

A battery-cell-oriented X-ray analysis application platform designed for in-situ and charge-discharge linked research workflows.

Structured for in-situ and operando battery measurement setups
Prepared for charge-discharge linked XRD workflows
Supports pouch-cell applications across a -10 C to 70 C environment

XRD Application Systems

ISBC (VTEC)

A battery-cell-oriented X-ray analysis application platform designed for in-situ and charge-discharge linked research workflows.

Structured for in-situ and operando battery measurement setups
Prepared for charge-discharge linked XRD workflows
Supports coin-cell-type applications across a -10 C to 70 C environment

XRD Application Systems

HPT-OS

An X-ray application platform designed for high-temperature, high-pressure gas, and vacuum research environments.

Structured for in-situ and operando high-pressure gas environments
Prepared for XRD workflows linked with temperature and pressure control
Configured for applications up to 1000C / 600 bar

XRD Application Systems

In-Situ Flow Electrochemical Cell (ISFEC)

A flow-type electrochemical cell for in-situ and in-operando electrochemical reaction measurements in XRD and accelerator-based analysis environments.

Cell structure for XRD and accelerator-based analysis
Supports both Flow and Static measurement modes
Three-electrode electrochemical measurement configuration
Chemical-resistant materials with Viton O-ring sealing
Compact structure integrated with a small stage

SSB APPLICATION SYSTEM

Manual flat press

An SSB application system entry for reviewing manual flat-pressure use in solid-state battery research environments.

Manual flat-pressure application
Prepared for SSB cell assembly and evaluation setup
Basic configuration for lab review

XRD Application Systems

Single-Axis Moving Stage for 5-Axis Stage

A single-axis moving stage with a minimum-height structure, configured for use on an EMPYREAN 5-axis stage.

Minimum-height structure
Designed for an EMPYREAN 5-axis stage
Single-axis position adjustment

SSB APPLICATION SYSTEM

Automatic flat press

An SSB application system entry for reviewing automatic flat-pressure use in solid-state battery research environments.

Automatic flat-pressure application
Prepared for SSB cell assembly and evaluation setup
Basic configuration for lab review

SSB APPLICATION SYSTEM

aWIP

An SSB application system entry for reviewing air worm isotropic pressure in solid-state battery research environments.

Air worm isotropic pressure application
Prepared for SSB cell evaluation review
Basic configuration for lab review

Case Studies

Application examples that combine custom engineering and customer collaboration

Review how equipment scope, interfaces, and engineering priorities are adjusted around experiment goals, lab conditions, and installation constraints.

View all case studies

Custom Engineering