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Zehntausende Kunden auf der ganzen Welt entscheiden sich für den Einsatz von Lab Companion-Produkten in ihren Labors und Produktionslinien für die Prüfung von Automobilen

  • Meeting Testing Demand in the AI Semiconductor Market Introducing New Walk-in Temperature & Humidity Chambers for High Heat-Generation Loads for AI Server Reliability Testing

    LabCompanion launched two new walk-in temperature and humidity chambers for high heat-generation loads in December 2025 for AI server reliability testing. These new chambers are capable of testing under heat-generation loads of 30kW and 60kW, assuming actual server operation conditions. As the use of generative AI expands, demand for AI servers continues to grow, and these servers play an increasingly important role in social infrastructure. At the same time, the high-performance semiconductors used in AI servers generate greater heat due to increased integration and density, resulting in increasingly harsh operating environments.Under these conditions, demand is rising for testing to ensure reliability during AI server development and quality evaluation. In addition, ASHRAE*1 testing standards are recommended for server reliability evaluation, driving demand for equipment that both complies with these standards and supports high heat-generation loads. LabCompanion's newly launched walk-in chambers use a proprietary control system to precisely control temperature and humidity under heat-generation loads of 30kW and 60kW, assuming AI server operation, enabling testing compliant with ASHRAE standards for server reliability evaluation. A newly adopted air circulation system also reduces the impact of exhaust heat from AI servers, ensuring a uniform temperature and humidity environment in the test area and enabling efficient testing without heat buildup. Furthermore, a newly developed air-conditioning system reduces power consumption while also achieving a more space-saving design. These products contribute to ensuring the reliability of AI servers equipped with high-performance semiconductors and power supplies that generate large amounts of heat. As a leading manufacturer of environmental test chambers, LabCompanion remains committed to providing and expanding environmentally conscious products and services that contribute to addressing challenges and supporting the advancement of advanced technology fields such as AI semiconductors and data centers. Walk-in Temperature & Humidity Chamber for High Heat-Generation Loads ■ Overview of Walk-in Temperature & Humidity Chamber for High Heat-Generation Loads <Features> 1. Support for high heat-generation loads of AI servers Even under high-temperature, high-humidity conditions (e.g., 40°C and 95%), the chambers maintain a uniform temperature distribution within the test area under heat-generation loads of 30kW and 60kW, assuming AI server operation. 2. Uniform AI server inlet temperature distribution for standard-compliant testing The air circulation system in the test area includes ducts in the ceiling with outlets positioned at the AI server inlet area, as well as partition panels separating the front and rear server zones. This design prevents recirculation of server exhaust heat, ensuring a uniform inlet temperature distribution and enabling testing compliant with applicable test standards. The perforated panels across the entire wall surface at the air-conditioning inlet also allow efficient recovery of exhaust heat while preventing accumulation in the test area. 3. Newly developed air-conditioning system for improved energy and space savings Use of standard air-conditioning systems is possible with the addition of a hot-water cooler to the existing air-conditioning system, thereby reducing the overall refrigeration equipment capacity even for high heat-generating test specimens such as AI servers. As a result, the system achieves greater energy savings and a compact footprint even with support for high heat-generation loads (patent pending). <Main Specifications> Model 30kW type 60kW type Temperature range -40°C to +80°C Humidity range   Capacity 29m3 48m3 Test area dimensions  W3000 × H3200 × D3000 mm  W5000 × H3200 × D3000 mm Installation area  W3130 × H3655 × D3880 mm  W5130 × H3655 × D3880 mm   *1 ASHRAE testing standardsASHRAE is the abbreviation for the American Society of Heating, Refrigerating and Air-Conditioning Engineers and refers to the test standards established by this organization. Tests based on these standards are conducted to evaluate whether AI servers operate properly under high-load, high-heat conditions. ■ Semiconductor-related equipment lineup   LabCompanion offers a product lineup centered on "thermal solutions" for semiconductor technology development and reliability testing. Click the link below for LabCompanion's products for front-end and back-end semiconductor manufacturing processes, inspection, and reliability testing.Advanced Semiconductor Testing Equipment  

  • Kundenspezifische Umweltprüfkammer für Batteriepacks

    Batteriepacks integrieren mehrere Zellen mit einem BMS und thermischen Kontrollen für eine stabile Stromversorgung. Zu den wichtigsten Anwendungsgebieten zählen Elektrofahrzeuge, Energiespeicher, Elektronik, Drohnen und medizinische Geräte. Beispiele: Teslas 4680 und BYDs Blade Battery. Die Temperatur- und Feuchtigkeitsprüfung von Akkupacks ist eine wichtige Bewertung ihrer Leistung und Zuverlässigkeit unter unterschiedlichen thermischen und hygrometrischen Bedingungen. Um reale Betriebsumgebungen zu simulieren, müssen Akkupacks umfassenden Tests unter verschiedenen Bedingungen unterzogen werden, darunter niedrige Temperaturen mit niedriger Luftfeuchtigkeit (LT/LH), niedrige Temperaturen mit hoher Luftfeuchtigkeit (LT/HH) und hohe Temperaturen mit hoher Luftfeuchtigkeit (HT/HH). Basierend auf tatsächlichen Fallstudien analysiert dieses Dokument die technischen Anforderungen, die eine Prüfkammer mit konstanter Temperatur und Luftfeuchtigkeit erfüllen muss, um diese Bewertungen effektiv durchführen zu können. Wichtige technische Anforderungen an Prüfkammern: Temperaturbereich: Kann extreme Bedingungen (z. B. -40 °C bis +85 °C) mit hoher Stabilität (±0,5 °C) bewältigen. Feuchtigkeitsbereich: Einstellbar von 10 % bis 98 % relativer Luftfeuchtigkeit, wodurch Präzision (±2 % relative Luftfeuchtigkeit) gewährleistet wird. Rampenpreise: Steuerbare Temperatur-/Feuchtigkeitsübergangsgeschwindigkeiten (z. B. ≥ 1 °C/min) zur Simulation schneller Umweltveränderungen. Gleichmäßigkeit: Sorgen Sie für eine konstante Temperatur- (±1 °C) und Feuchtigkeitsverteilung (±3 % relative Luftfeuchtigkeit) im Arbeitsbereich. Datenprotokollierung: Echtzeitüberwachung und Aufzeichnung von Testparametern zur Einhaltung von Standards (z. B. ISO 16750, GB/T 31467). Sicherheitsfunktionen: Explosionsgeschütztes Design, Leckerkennung und Notabschaltprotokolle für Gefahrenszenarien. Umwelttestbedingungen für Akkupacks1. TemperaturprüfungHochtemperaturprüfung: Simuliert den Fahrzeugbetrieb oder die Lagerung in heißen Klimazonen. Die Prüftemperaturen liegen typischerweise zwischen 45 °C und 70 °C, abhängig von Normen (z. B. ISO, GB oder Kundenspezifikationen). Zu den Prüfpunkten gehören: Hochtemperaturlagerung Hochtemperaturzyklen Hochtemperaturentladung Tieftemperaturprüfung: Simuliert den Fahrzeugbetrieb oder die Lagerung in kalten Klimazonen. Die Prüftemperaturen liegen je nach Norm typischerweise zwischen -40 °C und -20 °C. Zu den Prüfpunkten gehören: Tieftemperaturlagerung Niedertemperaturstart Niedertemperaturzyklen Niedertemperaturentladung Thermoschocktest: Simuliert schnelle Temperaturschwankungen (z. B. -40 °C ↔ 70 °C), um die Widerstandsfähigkeit des Akkupacks gegenüber extremer thermischer Belastung zu bewerten. Thermischer Durchgehentest: Simuliert interne/externe Kurzschlüsse, um die Wirksamkeit des Wärmemanagements und der Sicherheitsmechanismen des Akkupacks zu beurteilen und Explosionen oder Brände zu verhindern. 2. FeuchtigkeitsprüfungFeucht-Wärme-Zyklustest: Simuliert Umgebungen mit hohen Temperaturen und hoher Luftfeuchtigkeit (z. B. 40 °C / 95 % relative Luftfeuchtigkeit), um die Korrosionsbeständigkeit und die Dichtungsleistung zu bewerten. 3. SalzsprühnebelprüfungSalznebel-Korrosionstest: Simuliert Küstenumgebungen mit hohem Salzgehalt, um die Korrosionsbeständigkeit des Akkupacks zu überprüfen. 4. WasserdichtigkeitsprüfungWassereintrittstest: Simuliert die Einwirkung von Wasser (z. B. Eintauchen, Regen), um die Wasserdichtigkeitsleistung zu validieren (bewertet anhand der IP-Schutzklasse). 5. StaubdichtigkeitsprüfungStaubeintrittstest: Simuliert Umgebungen mit hoher Staubbelastung (z. B. Wüsten), um die Dichtheit zu überprüfen. 6. NiederdruckprüfungHöhensimulationstest: Simuliert Luftdruckänderungen in unterschiedlichen Höhen, um die Anpassungsfähigkeit des Batteriepacks zu beurteilen. Technische Daten für Prüfkammern mit konstanter Temperatur und Luftfeuchtigkeit(Entspricht den Kundenanforderungen) KammerabmessungenInnenmaße (B×T×H): 3000 × 2000 × 2000 mm Funktionale Anforderungen1.Temperaturbereich: -60 °C bis +150 °C 2. Heizrate: ≥1°C/min (durchschnittlich, unter Last: 1T, 5kW Heizleistung) von -40°C bis +125°C 3. Kühlrate: ≥1°C/min (durchschnittlich, unter Last: 1T, 5kW Heizleistung) von +125°C bis -40°C 4. Temperaturauflösung: 0,01 °C 5. Temperaturschwankung: ≤±0,2°C (ohne Last) 6.Temperaturabweichung: ≤±2°C 7. Temperaturgleichmäßigkeit: ≤2°C (ohne Last) 8. Kontinuierlicher Betrieb bei niedrigen Temperaturen: 1000 Stunden bei niedrigen Temperaturen ohne Frost/Vereisung (erfordert Trockenluftsystem) 9. Feuchtigkeitsauflösung: 0,1 % relative Luftfeuchtigkeit 10. Feuchtigkeitsschwankung: ≤±2,5 % relative Luftfeuchtigkeit 11. Feuchtigkeitsabweichung: ≤+3 % relative Luftfeuchtigkeit (wenn >75 % relative Luftfeuchtigkeit) ≤±5% RH (wenn

  • Neue Energie

    Auf der Grundlage neuer Technologien und Materialien modernisieren wir die Entwicklung und Nutzung traditioneller erneuerbarer Energien. Wir ersetzen fossile Energieträger durch erneuerbare Energieträger, die nur begrenzte Ressourcen bieten und die Umwelt belasten. Solarenergie, Windenergie, Biomasseenergie, Gezeitenenergie, Geothermie, Wasserstoffenergie und Kernenergie zählen zu den von den Vereinten Nationen festgelegten Schlüsselenergieträgern. Da die Kollektoren und Konverter für erneuerbare Energien häufig im Außenbereich installiert werden müssen, kommt der Auswahl der richtigen Materialien und des richtigen Designs dieser Anlagen eine wichtige Bedeutung zu.  

  • Halbleiter

    Halbleiterprodukte werden häufig in hochwertigen elektronischen Geräten wie medizinischen Geräten und Kommunikationsgeräten eingesetzt. Daher sind ihre Qualität und Zuverlässigkeit von entscheidender Bedeutung. Zuverlässigkeitstests umfassen eine Reihe von Experimenten und Analysen, um die Zuverlässigkeit, Stabilität und Lebensdauer von Halbleiterbauelementen unter bestimmten Bedingungen zu bewerten. Sie sind ein wichtiges Mittel zur Gewährleistung von Produktqualität und -stabilität und bilden zugleich die Grundlage für Kundenvertrauen und -zufriedenheit. Daher ist die Festlegung wissenschaftlicher und strenger Standards für Halbleiterzuverlässigkeitstests für die Entwicklung der Halbleiterindustrie von entscheidender Bedeutung.

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Zehntausende Kunden auf der ganzen Welt entscheiden sich für den Einsatz von Lab Companion-Produkten in ihren Labors und Produktionslinien für die Prüfung von Automobilen

  • Lab Companion: 21 Years of Deep Cultivation Adds Precision Laser Cutting to Upgrade AI Computing Power Testing Equipment
    03 March
    Lab Companion: 21 Years of Deep Cultivation Adds Precision Laser Cutting to Upgrade AI Computing Power Testing Equipment

              Recently, Lab Companion, a national high-tech enterprise with 21 years of deep cultivation in the rapid temperature change test chamber sector, has officially introduced high-precision fiber laser cutting equipment. This move represents a key strategic layout for the company to keep pace with the explosive growth of AI computing power and break through production bottlenecks of core components. Through intelligent process upgrading, it has achieved dual breakthroughs in precision and efficiency of precision sheet metal processing, laying a solid foundation for the mass production of reliability testing equipment for AI servers, GPU clusters and other computing power hardware.         Established in 2005 as an industry benchmark, Lab Companion has become a leader in China's environmental reliability testing equipment industry with 21 years of technological accumulation. Its independently developed rapid temperature change test chambers are widely used in high-end manufacturing fields such as semiconductors, new energy, aerospace and more. With the rapid iteration of AI computing power technology, high-power servers and high-density data centers have put forward extreme requirements for reliability testing: AI chips consume over 200W during operation, requiring stability verification through wide temperature range and rapid temperature change environment simulation, which has directly driven a surge in orders for Lab Companion's rapid temperature change test chambers. Among them, the demand for customized models adapted to high-heat scenarios has surged by more than 150% year-on-year.         A production director of Lab Companion stated: "The testing precision requirements of AI computing power equipment are ultimately transmitted to the manufacturing of core components." Sheet metal parts such as cavities and heat dissipation components of rapid temperature change test chambers directly determine the equipment's temperature control uniformity, sealing performance and seismic resistance. Traditional mechanical cutting suffers from shortcomings including insufficient precision (error ≥0.2mm), easy deformation of plates and long processing cycles, which can hardly meet the ±0.1℃ temperature control precision and complex special-shaped structure processing demands of AI testing equipment. The newly added precision laser cutting equipment accurately overcomes these common industrial pain points and serves as the core support for process upgrading. Equipped with an intelligent control system and high-precision cutting head, the equipment boasts three core advantages:         Ultra-high precision: Cutting precision reaches ±0.03mm, with incision roughness Ra≤1.2μm. It can precisely process precision structures such as heat dissipation holes and sealing grooves, and control cavity assembly clearance ≤0.08mm, greatly improving the temperature field uniformity of the equipment to match the extreme precision requirements of AI chip testing.         Extreme efficiency: Featuring high-efficiency cutting algorithms and automatic typesetting functions, its efficiency in continuous processing mode is more than twice that of traditional processes. The production cycle of core sheet metal parts for a single test chamber is shortened from 5 days to 2 days, significantly accelerating order delivery.         High adaptability: Supports processing of multiple materials such as 0.5–10mm stainless steel and aluminum alloy, adapting to multi-variety, small-batch customized orders. Model changeover time is reduced by 60%, perfectly fitting the diverse testing scenarios of the AI industry.         This equipment upgrade is not only an iteration of production tools, but also a practical implementation of Lab Companion's "Manufacturing + R&D" dual-wheel drive strategy. Laser-cut parts strictly comply with international standards such as GB/T 2423.22 and MIL-STD-810H, and can be directly used in the manufacturing of core structures for rapid temperature change test chambers. Meanwhile, it expands services to downstream processing such as AI server cabinets and computing unit shells, building a collaborative industrial layout of "testing equipment – core components". At present, the new equipment has completed commissioning and trial production. The first batch of test chambers equipped with laser-cut parts have seen significant improvements in key indicators such as temperature control stability and structural sealing, and have passed verification by leading domestic technology enterprises.         "Twenty-one years of deep industry cultivation have made us better understand the persistence of 'stability' and 'precision' in high-end manufacturing," said a person in charge of Lab Companion. The rapid development of the AI computing power industry has brought new opportunities and challenges to the environmental testing equipment sector. This process upgrade is just the beginning. In the future, Lab Companion will continue to focus on core fields such as AI computing power and semiconductors, rely on its 21 years of manufacturing accumulation, continuously optimize the whole chain system of "R&D – Manufacturing – Service", launch more customized testing equipment adapted to high-end scenarios, and empower the high-quality development of the global AI industry through technological innovation and efficiency improvement.

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  • Grand Opening | Embarking on a New Journey in the Year of the Horse
    24 February
    Grand Opening | Embarking on a New Journey in the Year of the Horse

    Guangdong Lab Companion Strives Forward with All Staff     With spring breeze ushering in a new chapter and everything renewed, today (February 24) marks the auspicious 2026 Bingwu Year of the Horse opening day for Guangdong Lab Companion! All staff gathered together, embracing full enthusiasm and high spirits to kick off a year of hard work and stride toward a brighter future together. The festive atmosphere still lingers, yet the journey has begun; our original aspiration remains firm as we pursue our dreams.     The short Spring Festival break was a warm time with families, and also a precious period for all employees to recharge. On the opening day, everyone returned to their posts, shifting swiftly from holiday mode to work mode, meeting the challenges and opportunities of the new year with full energy and a pragmatic attitude. The whole factory was filled with a striving and progressive atmosphere.     The opening scene was warm and joyful, brimming with motivation. At 8:00 a.m., the opening ceremony officially commenced, attended by the company’s leadership team and all employees to witness this important moment.         The past year has woven a splendid tapestry; the new year aims to reach greater heights.     The 2026 Year of the Horse is a year full of opportunities and challenges, and also a year to forge ahead with determination and diligence. We are grateful for the dedication and company of every staff member, and the trust and support of every partner. In the new year, taking the opening as a new starting point, let us shake off holiday laziness, hold fast to dreams and passion, stay down-to-earth and strive bravely, turning every expectation into action and every goal into detail, living up to the time and forging a new glory for the company together!   ✅ To all colleagues:As we return to work, it may take time to adjust, but remember: alone we go fast, together we go far. In the new year, may every team member at Lab Companion shake off leisure, quickly get into work rhythm, devote full enthusiasm to duties, fulfill missions with responsibility, achieve growth through diligence, gallop like a vigorous horse, and shine in their respective positions.   ✅ Business Resumption:Starting today, all business operations of the company are fully resumed. Consultation, cooperation, customer service and other work are carried out in an orderly manner. New and existing customers are welcome to contact us for inquiries and cooperation. We will repay your trust and support with more professional and attentive services.   ✅ New Year Wishes:We wish all colleagues and your families a smooth and successful Year of the Horse, a pleasant work life and good health. May we move forward with momentum and achieve every goal together with Guangdong Lab Companion, embracing a promising future through relentless endeavor.  

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  • Empowering Employees with Health, Consolidating the Foundation for Development — Labcompanion Conducts 2026 Annual Employee Physical Examination
    31 January
    Empowering Employees with Health, Consolidating the Foundation for Development — Labcompanion Conducts 2026 Annual Employee Physical Examination

          On January 25, 2026, Labcompanion organized its 2026 annual employee physical examination. The event aimed to safeguard employees' physical and mental health, convey the company's humanistic care, and help employees gain a clear understanding of their health status. The company specially invited the medical team from Chang'an Hospital to conduct on-site examinations, enabling employees to complete health screenings conveniently. This practical initiative embodies the company's people-oriented corporate philosophy.       After a smooth and orderly morning, the annual physical examination concluded successfully. This event provided all-round health protection for employees and fully demonstrates Labcompanion's attention and care for its staff. In the future, the company will continue to prioritize employees' physical and mental health, continuously improve the welfare and security system, and foster a positive atmosphere of "healthy work, happy life". It will enable every employee to embrace new journeys together with the company in high spirits and with robust health.       To ensure the efficient and orderly implementation of the physical examination, the company's General Administration Department conducted multiple rounds of communication with Chang'an Hospital in advance, making meticulous arrangements for details including customized examination items, venue planning, and process coordination. On the morning of the examination, medical staff from Chang'an Hospital arrived at the company punctually with professional medical equipment. Administrative personnel quickly set up a standardized temporary examination area, clearly dividing it into a check-in zone and a testing zone, laying a solid foundation for the smooth progress of the examination.       The on-site examination proceeded in good order. Employees queued up at the front desk to check in and collect examination forms in accordance with prior notices. Guided by administrative staff, everyone consciously complied with on-site regulations and completed examinations at each testing station in sequence. The examination covered multiple core items, including blood pressure measurement, routine blood test, electrocardiogram (ECG), chest X-ray, and routine urine test, addressing common health risks among office workers. It not only facilitated thetimely detection of potential health hazards but also provided employees with a scientific basis for health assessment.       Dressed in standardized uniforms, the medical staff maintained a rigorous and meticulous attitude. They performed each examination carefully and recorded results patiently. In light of the work characteristics of office employees, they also answered questions and provided practical guidance on daily health protection and chronic disease prevention. Thus, the physical examination served not only as a health screening but also as a vivid health education session.       After a smooth and orderly morning, the annual physical examination concluded successfully. This event provided all-round health protection for employees and fully demonstrates Labcompanion's attention and care for its staff. In the future, the company will continue to prioritize employees' physical and mental health, continuously improve the welfare and security system, and foster a positive atmosphere of "healthy work, happy life". It will enable every employee to embrace new journeys together with the company in high spirits and with robust health.

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  • Fire Safety for All, Life First - Lab Companion Successfully Completes 2026 Annual Fire Emergency Drill
    22 January
    Fire Safety for All, Life First - Lab Companion Successfully Completes 2026 Annual Fire Emergency Drill

    1. Drill Overview   Time: 16:40-17:30 on January 17, 2026 Venue: Factory basketball court Participants: All employees of Lab Companion Objective: Consolidate the enterprise's safe production defense line, enhance employees' fire safety awareness and emergency response capabilities   2. Pre-Drill Preparation (16:00 onwards)   The General Department prepared all necessary drill tools in advance. Conducted a comprehensive inspection of the integrity of on-site fire-fighting facilities (including fire extinguishers and hydrants). Verified the clarity and accuracy of emergency route maps to ensure all emergency resources were in optimal standby condition.       3. Emergency Evacuation Process   16:35: Team leaders took positions promptly and notified employees at each workstation to prepare for emergency assembly, ensuring no information omission or delay. 16:37: The fire alarm was activated on time, and the entire factory entered an "emergency state". Guided by team leaders, employees evacuated along fire escape routes (bending down, covering mouths and noses) to the assembly point. All employees completed safe assembly within 3 minutes; the General Department supervisor conducted a head count to confirm no one was left behind.         4. Core Training & Practical Operations   Centered on the theme of "Prevention First, Life First", the safety and security supervisor delivered on-site training:   Explained key fire prevention points and initial fire-fighting skills combined with typical cases. Demonstrated the four-step fire extinguisher operation ("lift, pull, hold, squeeze") and rapid fire hose connection techniques. Organized random employees to practice oil pan fire extinguishing, achieving "integration of teaching and practice, everyone passing the test". Targeted the company's production characteristics to demonstrate the chemical leakage emergency response process (covering risk identification, protective measures, leak control, and post-disposal).     5. Drill Achievements   The drill was well-organized, with standardized processes and substantial content. Effectively tested the practicality and operability of the company's fire emergency plan. Polished the collaborative linkage mechanism between departments. Enhanced employees' fire-fighting skills and safety awareness in a realistic scenario. Fulfilled the expected goals of "testing the plan, polishing the mechanism, training the team, and popularizing science and education".       6. Follow-Up Plans   Take this drill as an important starting point to deepen safe production management. Promote the construction of a dual prevention mechanism for risk classification control and hidden danger investigation. Integrate fire safety work into daily operations. Conduct regular emergency drills and strengthen safety knowledge publicity and education. Continuously improve the enterprise's emergency management level to safeguard high-quality development.

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