5 Exhibitors to Visit at Battery Tech Expo 2026

Paid placement disclosure. These exhibitor sections are paid Shared Spotlight placements. Inclusion is not an award, ranking, or TradeShowIntel endorsement, and it does not affect independent Floor Picks.Disclosure version 2026-09

One day, one venue, a lot of ground to cover

Battery Tech Expo 2026 runs on 15 October 2026 at Lindholmen Science Park in Göteborg, concentrating exhibitors and speakers across battery testing and validation, battery management systems, cell manufacturing, materials characterization, EV battery technology, and recycling into a single-day format. Because the programme compresses technical sessions, live demonstrations, and networking into one working day, a visitor without a pre-planned floor route risks spending the morning in the wrong section and missing the stands most relevant to their procurement or research agenda.

The five companies featured in this Shared Spotlight, Neware Technology LLC, dSPACE Inc., Anton Paar India Pvt Ltd, Agilent Technologies India Pvt Ltd, and INFICON, collectively address buyer jobs that span the entire battery development and production chain. A materials scientist sourcing characterization instruments, a BMS validation engineer evaluating HIL test benches, a QC chemist specifying elemental analysis tools, and a process engineer qualifying in-line leak testers can each find a directly relevant stand in this group, making it a practical first-day routing anchor rather than a general browse.

Why these exhibitors

A set built around distinct battery engineering roles

These five exhibitors were grouped because they address non-overlapping buyer jobs that commonly appear on the same procurement team at a battery developer or manufacturer. Neware Technology LLC covers hardware for cycling and formation across scales. dSPACE Inc. addresses software-in-the-loop and hardware-in-the-loop validation for BMS engineers working ahead of physical prototypes. Anton Paar India Pvt Ltd serves materials scientists and QC engineers characterizing electrode powders, slurries, and electrolytes. Agilent Technologies India Pvt Ltd brings elemental analysis and chromatography instrumentation relevant to materials purity, electrolyte chemistry, and recycling streams. INFICON targets process and quality engineers specifying leak-test stations for cell and pack production lines. Visiting all five in a single day is feasible at a one-venue event; visiting them in sequence is more efficient than treating each as a separate detour.

How to use this Shared Spotlight

Read each exhibitor card before you arrive Each card includes a tagline, a specific 'why stop here' criterion, and a booth number where available. Match each card against your own procurement or research brief so you know in advance which stands are mandatory for your role and which are secondary.
Mark the confirmed booth numbers on the venue map Neware Technology LLC is at Stand 34, Agilent Technologies India Pvt Ltd is at Stand 42, and INFICON is at Stand 16. Cross-reference those fixed points on the Lindholmen Science Park floor plan to anchor your route before filling in the stands without published numbers.
Follow the suggested walk order to reduce backtracking The route section below proposes a sequence based on the known stand positions. Starting at one confirmed anchor and walking toward the next minimizes doubling back across the hall during peak midday congestion.
Reserve focused time for demonstration requests Several exhibitors in this set offer live equipment demonstrations, including cyclers, HIL rigs, and leak detectors. If a demonstration is relevant to your evaluation, contact the exhibitor in advance to schedule a slot, as walk-up availability is limited on a single-day show.

Floor-planning tip Block the first 90 minutes of the morning, before keynote breaks drive peak traffic, to visit the two or three stands where you intend to ask technical questions, and leave the remaining stands for a quieter afternoon pass.

TL;DR

5 stops worth planning

Suggested floor route

Start at Stand 16, anchor at Stand 34, finish at Stand 42

Beginning at INFICON's Stand 16, moving through the Neware Technology LLC stand at Stand 34, and closing at Agilent Technologies India Pvt Ltd's Stand 42 creates a roughly linear path that keeps dSPACE Inc. and Anton Paar India Pvt Ltd as intermediate stops, reducing the need to cross the floor more than once.

1Neware Technology LLCPrioritize this stand if you are sourcing battery test equipment that must scale from cell-level R&D to module or pack end-of-line validation within a single vendor and software environment.Stand 34
2dSPACE Inc.Prioritize this stand if you are an EV or battery pack engineer responsible for validating BMS software before physical prototype availability and need to evaluate simulation or HIL test bench options.
3Anton Paar India Pvt LtdPrioritize this stand if you are a battery materials scientist or QC engineer sourcing analytical instruments that cover electrode powders, slurries, electrolytes, and separators within a single supplier relationship.
4Agilent Technologies India Pvt LtdPrioritize this stand if you are a QC or R&D chemist sourcing elemental analysis or chromatography instrumentation for battery materials, electrolyte characterization or recycled black mass quantification.Stand 42
5INFICONPrioritize this stand if you are a process or quality engineer at a battery gigafactory or system integrator specifying in-line leak-test stations for high-volume cell or pack production.Stand 16

Neware Technology LLC

Manufacturer of high-precision battery testing systems, cyclers, formation and grading systems for cell, module, and pack applications from R&D to mass production.

Booth34

Read company profilePrioritize this stand if you are sourcing battery test equipment that must scale from cell-level R&D to module or pack end-of-line validation within a single vendor and software environment.Read more

About

Neware Technology LLC is the North American entity of Neware Technology Limited, founded in 1998 and headquartered in Shenzhen, China, with a US office in Fremont, California. The company manufactures battery testing systems, cyclers, and formation and grading equipment covering the full range from µA-level cell research to 3000V/1500A pack validation. Its product portfolio spans the CT/CE-4000 Series for precision R&D, the CT/CE-8000 Series with integrated EIS measurement, the CE-6000 Series for module and pack applications, and dedicated formation and grading systems for production lines.

Neware reports more than 500,000 devices deployed and over 60,000 clients worldwide since its founding. The company holds ISO 9001 and CNAS certification and more than 1,000 patents and software copyrights. Its BTS software supports LIMS integration for centralized data management, and its hardware accommodates temperature-chamber integration across the CT/CE-8000 range, covering test environments from minus 40 to 85 degrees Celsius. This breadth of current and voltage range within a single vendor portfolio is relevant to labs and manufacturers that need consistent methodology from coin-cell research through full pack end-of-line testing.

Established in 1998, NEWARE is a leading high-tech company specializing in the development, production, and sales of advanced battery testing and analysis systems.

At Battery Tech Expo 2026

Neware is listed as an exhibitor at Battery Tech Expo Sweden 2026 at Stand 34, Lindholmen Science Park. At the 2023 edition of the same event the company presented the topic 'Neware Battery Testing System', giving visitors a direct look at its cycler and test system portfolio. Buyers attending this year can expect to engage with the product lines covering cell, module, and pack testing, including the CE-6000 Series relevant to EV and BESS applications and the high-precision CT/CE-8000 Series with EIS capability, both of which align with the show's themes of battery testing, validation, and BMS integration.

CT/CE-8000 Series with EIS measurement and 24-bit acquisition for materials research and solid-state battery characterizationCE-6000 Series module and pack cyclers covering 30V to 3000V and 20A to 1500A, including BMS and end-of-line test configurationsCT/CE-4000 Series precision cyclers with plus or minus 0.01% full-scale accuracy for 3C and solid-state cell R&DFormation and grading systems with integrated temperature chambers for battery production linesBTS software with LIMS compatibility and over 1,000 patents and software copyrights across the portfolioBattery cyclersEIS measurementFormation & gradingPack testing

Why visit

Prioritize this stand if you are sourcing battery test equipment that must scale from cell-level R&D to module or pack end-of-line validation within a single vendor and software environment.

What to ask at the booth

What is the voltage and current accuracy (plus or minus percent full scale) of your cyclers for solid-state and high-precision cell R&D?
Which CE-6000 configuration fits our module and pack voltage and current range, and do you support CAN or CAN FD BMS communication?
Does BTS software integrate with LIMS for data traceability, and do you support Rest-Bus or HIL simulation for BMS testing?
What localized calibration and technical support do you offer in North America and Europe, and what are typical lead times?
What regulatory certifications do your systems carry for US and EU installation?

dSPACE Inc.

Simulation, testing, and validation tools for battery and electrification systems

Read company profilePrioritize this stand if you are an EV or battery pack engineer responsible for validating BMS software before physical prototype availability and need to evaluate simulation or HIL test bench options.Read more

About

dSPACE Inc. is the North American subsidiary of dSPACE GmbH, a specialist in hardware-in-the-loop simulation, rapid control prototyping, and test automation tools used across automotive and electrification development programs. The company supplies simulation platforms, battery management system testing environments, and software toolchains that connect model-based development to physical validation.

dSPACE is positioned in the battery and EV development workflow at the point where software meets hardware. Its platforms are used by engineering teams to validate battery management systems, power electronics controllers, and charging systems before physical prototypes are available, reducing late-stage integration risk on high-voltage programs.

At Battery Tech Expo 2026

At Battery Tech Expo 2026 in Göteborg, visitors from battery cell, pack, and vehicle integration teams can expect dSPACE to present its simulation and test toolchain as it applies to battery management system validation and EV powertrain development. The Lindholmen Science Park venue draws a concentrated audience from Scandinavian electrification programs, making this a practical setting to discuss HIL test bench configuration and BMS software verification workflows.

Hardware-in-the-loop simulation for battery management systemsRapid control prototyping platforms for power electronics developmentTest automation software for high-voltage system validationModel-based development toolchains connecting simulation to physical bench testsIntegration with common BMS and EV controller development environmentsHIL TestingBMS ValidationEV SimulationTest Automation

Why visit

Prioritize this stand if you are an EV or battery pack engineer responsible for validating BMS software before physical prototype availability and need to evaluate simulation or HIL test bench options.

What to ask at the booth

Which dSPACE platforms are configured specifically for lithium-ion or solid-state BMS validation?
How does your toolchain handle fault injection and abuse scenario testing for high-voltage packs?
What does a typical HIL bench setup look like for a BMS program at cell-to-pack integration stage?
How do your tools connect to existing model-based development workflows such as MATLAB/Simulink?
What support and calibration services are available for teams running test programs in Scandinavia?

Anton Paar India Pvt Ltd

High-precision laboratory and process measurement instruments for characterizing battery materials from R&D through manufacturing QC.

Read company profilePrioritize this stand if you are a battery materials scientist or QC engineer sourcing analytical instruments that cover electrode powders, slurries, electrolytes, and separators within a single supplier relationship.Read more

About

Anton Paar India Pvt. Ltd., headquartered in Gurgaon, India, is the Indian subsidiary of the Anton Paar Group, a precision instrument manufacturer founded in Graz, Austria in 1922 and now active in more than 110 countries with over 4,400 employees globally. The Indian subsidiary, established as part of the group in 2009, employs 204 people and maintains nine branch locations across India, covering Mumbai, Hyderabad, Kolkata, Bangalore, Chennai, Ahmedabad, Vadodara, Guwahati, and Chandigarh.

The company distributes the full Anton Paar Group instrument portfolio with in-house sales, application support, service, and logistics from within India. Its battery-relevant product scope spans the complete cell value chain: surface area and pore size analysis of electrode materials via the Nova Series, structural characterization via the XRDynamic 500 X-ray diffractometer, slurry flow and casting behavior via the MCR Series rheometers, and viscosity measurement of slurries, electrolytes, and solvents via the ViscoQC rotational viscometer.

At Battery Tech Expo 2026

Research did not confirm Anton Paar India Pvt. Ltd. as an exhibitor at Battery Tech Expo 2026 at Lindholmen Science Park in Göteborg. The verified exhibitor from the Anton Paar Group at this event is Anton Paar Nordic AB, a separate regional subsidiary. Visitors interested in Anton Paar instrumentation for battery material characterization, including surface area analysis, XRD, rheology, and viscosity measurement, should verify the correct stand before visiting.

Nova Series: BET surface area and pore size distribution for anode and cathode electrode powdersXRDynamic 500: X-ray diffraction for crystallinity and structural analysis of battery materialsMCR Series rheometers: flow, casting, and drying behavior of electrode slurriesViscoQC rotational viscometer: viscosity of slurries, electrolytes, and solventsNine-branch Indian service and application support network for local calibration and after-sales coverageElectrode characterizationSlurry rheologyXRD analysisViscometry

Why visit

Prioritize this stand if you are a battery materials scientist or QC engineer sourcing analytical instruments that cover electrode powders, slurries, electrolytes, and separators within a single supplier relationship.

What to ask at the booth

Which instruments do you recommend for characterizing slurry rheology and casting behavior in my specific electrode chemistry?
Can you demonstrate surface area and pore size analysis of anode vs. cathode materials on the Nova Series?
How do your XRD and particle size systems integrate into a single battery QC workflow?
What local service, application support, and calibration coverage do you provide from your Indian branches?
Can you share example methods or application notes for electrolyte viscosity and separator porosity measurement?

Agilent Technologies India Pvt Ltd

Analytical instrumentation, software and consumables for battery material and electrolyte testing, quality control and recycling across the lithium-ion value chain.

Booth42

Read company profilePrioritize this stand if you are a QC or R&D chemist sourcing elemental analysis or chromatography instrumentation for battery materials, electrolyte characterization or recycled black mass quantification.Read more

About

Agilent Technologies, headquartered in Santa Clara, California and spun out of Hewlett-Packard in 1999, develops and manufactures analytical instruments, software and consumables for chemical, materials and life science markets. The India entity, registered in New Delhi with a Solutions Center in Manesar, Haryana, supports a local team of 400-plus staff. Globally the company employs approximately 18,000 people and reported fiscal year 2025 revenue of $6.95 billion. Its battery-relevant product lines include ICP-OES and ICP-MS systems, gas chromatography platforms, application-specific Li-ion battery kits and supporting data software.

For battery and materials laboratories, Agilent offers end-to-end elemental analysis coverage from raw ore assay through cathode and anode production quality control to recycling of 'black mass' and e-waste. Application-specific Li-ion battery kits bundle a recommended torch, spray chamber, nebulizer and tubing for direct ICP-OES analysis of battery samples, reducing method setup time. The IntelliQuant screening function identifies unknown elements and recommends optimal wavelengths, while high-matrix-tolerance technologies such as UHMI aerosol dilution and the ORS collision cell allow direct analysis of complex recycling matrices without full digestion.

At Battery Tech Expo 2026

At Battery Tech Expo Sweden 2026, Agilent is presenting its analytical portfolio for the battery value chain at Stand 42 in Lindholmen Science Park. Visitors can explore the 5800 ICP-OES configured with Li-ion battery sample introduction kits for cathode, anode and electrolyte impurity work, ICP-MS workflows for trace-level determination in black mass recycling streams, and GC and GC/MS platforms including the Intuvo 9000 with 5977B MS for electrolyte solvent purity and degradation-product monitoring. The stand is relevant to any team sourcing instruments or methods for battery materials characterization, production QC or metal recovery.

Agilent 5800 ICP-OES with Li-ion battery sample introduction kits for cathode, anode, separator and electrolyte analysisICP-MS 7850 with UHMI and ORS for trace impurity determination in black mass and recycled battery materialsIntuvo 9000 GC/5977B MS for electrolyte solvent purity and degradation-product identificationIntelliQuant Screening for unknown-element detection and automated wavelength selectionEnd-to-end workflow coverage from raw material assay through production QC to metal recoveryICP-OESICP-MSGC/MSBlack mass recycling

Why visit

Prioritize this stand if you are a QC or R&D chemist sourcing elemental analysis or chromatography instrumentation for battery materials, electrolyte characterization or recycled black mass quantification.

What to ask at the booth

Which ICP-OES or ICP-MS configuration is best for measuring trace impurities in our specific cathode or electrolyte chemistry?
How quickly can we validate a black mass recycling method, and what detection limits can we expect?
Do your Li-ion battery kits and methods support electrolyte analysis without digestion, and which sample types are covered?
What GC or GC-MS setup do you recommend for electrolyte solvent purity and degradation-product monitoring?
Can IntelliQuant and MassHunter software integrate with our existing LIMS and QC data workflows?

INFICON

Leak detection and gas analysis instrumentation for battery cell, module, and pack manufacturing — including the ELT3000 PLUS and ELT Vmax electrolyte leak detectors.

Booth16

Read company profilePrioritize this stand if you are a process or quality engineer at a battery gigafactory or system integrator specifying in-line leak-test stations for high-volume cell or pack production.Read more

About

INFICON (INFICON Holding AG) is headquartered in Bad Ragaz, Switzerland, and employs approximately 1,730 people across manufacturing operations in Europe, the United States, and China. Founded in 2000, the company develops instrumentation for leak detection, gas analysis, and process control, with a dedicated product line built around the quality assurance demands of battery cell and pack manufacturing.

INFICON holds the number-one market position in the refrigeration, air conditioning, and battery leak-detection segment, as stated in its Q2 2025 earnings report. Its patented direct electrolyte leak-test method detects leaked electrolyte solvent directly rather than relying on pressurization, enabling detection of leaks up to 1,000 times smaller than conventional pressure-based approaches and covering the full manufacturing chain from cell filling through module and pack assembly.

When developing the new ELT Vmax, INFICON focused on providing maximum flexibility and ease of integration into individually designed leak-testing systems. Combined with the automation know-how of our integrators, the ELT Vmax enables individually designed leak test stations that provide consistent quality assurance on every single battery cell at the pace of production. — Thomas Parker, North American Automotive Sales Manager, INFICON

At Battery Tech Expo 2026

At Battery Tech Expo 2026, INFICON is presenting its battery integrity verification portfolio at Stand 16. Visitors can see the ELT3000 PLUS stand-alone electrolyte leak detector, the TC3000L large rigid battery test chamber designed for use with the ELT3000, and the LDS3000 helium leak detector configured for battery cell testing. The ELT Vmax, built for high-speed mass production and 19-inch rack integration, is also part of the showcase, illustrating how the instruments can be deployed across automated, multi-chamber test stations running at production pace.

ELT3000 PLUS: patented direct electrolyte leak-test method applicable to lithium-ion and sodium-ion cell formats including prismatic, pouch, and cylindricalELT Vmax: helium-equivalent sensitivity of 5×10⁻⁷ mbar·l/s (1 to 5 µm leak diameter), designed for 19-inch rack integration in automated multi-chamber stationsTC3000L large rigid test chamber for ELT3000, covering larger battery module and pack geometriesLDS3000 EcoBoost function: up to 90% reduction in helium consumption during vacuum leak testingCoverage across the full battery manufacturing process, from cell filling through module and pack assemblyElectrolyte leak detectionHelium leak testingBattery QAProduction-line integration

Why visit

Prioritize this stand if you are a process or quality engineer at a battery gigafactory or system integrator specifying in-line leak-test stations for high-volume cell or pack production.

What to ask at the booth

What is the minimum detectable leak rate for the ELT Vmax, and how does it translate to real leak diameters for our specific cell formats?
How easily can the ELT Vmax be integrated into our existing automated leak-test stations and 19-inch rack infrastructure?
What cycle-time improvement does the ELT Vmax deliver compared to the ELT3000 PLUS on a high-speed line?
Does the direct electrolyte leak-test method work with both prismatic and pouch cells as well as sodium-ion chemistries?
What helium or consumable savings does the LDS3000 EcoBoost provide for our vacuum leak-testing process?
What support and service coverage do you provide for battery-manufacturing sites in Europe, the US, and China?

Before you leave the hall

Log your notes while the demonstrations are fresh

Single-day shows compress a large amount of technical information into a short window. Before leaving Lindholmen Science Park, note the specific model numbers, software versions, or application references that came up at each stand, particularly for equipment where a follow-up quotation or evaluation unit request is likely.

For full event details including the speaker programme, registration, and exhibitor directory, visit the official Battery Tech Expo 2026 website. The TradeShowIntel event page below is updated as exhibitor and session information is confirmed.

Battery Tech Expo 2026 on TradeShowIntel Official Battery Tech Expo 2026 website

Frequently asked questions

Planning this Battery Tech Expo 2026 route

When and where is Battery Tech Expo 2026?

Battery Tech Expo 2026 takes place on 15 October 2026 at Lindholmen Science Park in Göteborg, Sweden. It is a single-day event, so all exhibitor visits, technical sessions, and networking must be planned within that one day.

Are there separate halls or zones to prioritize at this event?

The brief for this event does not list separately named halls or pavilions. The venue is Lindholmen Science Park, a single-site facility, so navigation is based on stand numbers rather than hall designations. Use the confirmed stand numbers for Neware Technology LLC (Stand 34), Agilent Technologies India Pvt Ltd (Stand 42), and INFICON (Stand 16) as your primary spatial anchors.

Who is this Shared Spotlight guide intended for?

This guide is most useful for battery engineers, materials scientists, QC chemists, and process or manufacturing engineers who are actively evaluating suppliers in at least one of these categories: battery test and cycling equipment, BMS simulation and HIL validation, analytical instrumentation for electrode or electrolyte characterization, or production-line leak detection. Buyers at earlier research stages will also find the exhibitor cards useful for scoping what each company covers.

How do I contact the exhibitors featured in this guide before the show?

Each exhibitor card on this page includes the company name and, where available, a stand number. Use those details to reach out directly through the company's own website or through the official Battery Tech Expo 2026 exhibitor directory at batterytechexpo.se. Pre-show contact is particularly recommended if you want to schedule a live demonstration at stands such as dSPACE Inc. or INFICON, where equipment demos may require a booked time slot.

Does appearing in this Shared Spotlight mean these are the only exhibitors worth visiting?

No. This guide covers five companies that have paid for placement in this Shared Spotlight. Battery Tech Expo 2026 includes additional exhibitors across battery manufacturing, materials, and EV technology that are not featured here. This guide is a starting point for a deliberate route, not a complete directory of the show floor.