Write a Review
Our Products
Pathology Laboratory Equipment
2 Products availableGrinding Machine
2 Products availableSterilizers
2 Products availableRefrigerator
2 Products availableLeading Manufacturer, Supplier & Retailer of Thermal Shock Test Chamber, COMPUTER CONTROLLED VIBRATION TEST CHAMBER SYSTEM, Salt Spray Test Chamber, SULPHUR DIOXIDE TEST CHAMBER and SOLAR PANEL TEST CHAMBER.
To observe the product characteristics and failure occurrences caused by different materials and their thermal expansion coefficients, thermal shock testing is subjected to the product. In thermal shock testing alternating high and low temperatures are fed in the chamber. WEIBER designs and manufactures customised THERMAL SHOCK TEST CHAMBER with separately controlled temperature zones (2 zone and 3 zone), depending on configuration of the chamber chosen.
WEIBER offers several configurations of thermal shock chambers capable of meeting a wide variety of testing needs:
3 Zone:Three zone thermal shock test chamber utilizes controlled areas for hot, ambient and cold temperatures. The product is moved from ambient to hot or ambient to cold zones. The chamber can be programmed to include a dwell period in the ambient zone if desired
The Computer Control Vibrating Test Cabinet from WEIBER are specially designed equipments that help in determining the capacity of a product to withstand frequent vibrating motion, temperature, humidity and other rigorous conditions while transportation, usage and storage. These test chambers are designed to create vibration environments for vibration testing of products in combination with other test criterion such as temperature and humidity for testing its quality and reliability. These equipments offer rapid temperature change rates and are compatible with various electrodynamics and mechanical vibration systems for increased versatility. They are commonly employed for testing a wide variety of products in manufacturing and quality control units of industries and find widespread usage in research and development organizations, electronics industries, optoelectronics and electro mechanics industries, telecommunications industry, automotive industries etc.
The Salt water spraying/corrosive resistant machine are specialized to test the performance of the products for its surfaces of various materials after treatment of corrosive protection by means of painting, coating, galvanizing, anodizing and of lubricant.
WEIBERSalt Spray Test Chambersallows selective and reproducible accelerated corrosion testing complying with the requirements of relevant national and international standards such asDIN, ISO, ASTM, DEF, MIL-STD, etc. Standard as well as customizable sizes are available. This Chamber also calledCorrosion resistance test chamber, Cyclic Corrosion Test ChamberandSalt Spray Chamber.
TheSulphur Dioxide Test Chambersfrom Weiber areCorrosion Test Chambersused for testing the corrosion resistance of metallic surfaces and outer protective layer of coatings. They are used to create a highly corrosive environment rich in corrosive gases and natural humid conditions to induce accelerated corrosion in protective coatings of machines and equipments, electrical items, electronic parts and components, mechanical constructions, automobile and aircraft parts and components etc. Since the corrosive action of Sulphur dioxide also depends on specific temperature and humidity conditions and the presence of other contaminants, the WeiberSulphur Dioxide Test Chambersare designed to create optimal conditions of temperature and humidity and also make provisions for introducing impurities and contaminants. These equipments operate across a wide temperature range, creating variations in the working temperature to mimic a natural weathering environment.
For testing various size solar panels WIEBER designs and manufacturesSolar Panel Test Chamber. The test are to be performed according to various standards of ASTM, IEC, UC etc. Solar panels need to pass environmental tests as per IEC and other standards requirements to prove their long term performance and resistance to temperature and humidity extremes. Solor Chamber also known asSolar Photovoltaic Testing ChamberandPV Module Test Chamber.
WEIBER can work with you to decide which equipment has the needed size and features to suit your applications. Factors such as desired equipment, testing methodology, floor space and budget will affect the final selection.
This chamber allows three types of tests to be performed on solar modules:
These tests are performed to determine that solar panel can withstand the thermal stress caused by increase and decrease in temperature and humidity. A unique air flow systems ensures precise air throughout the chamber during testing phase.
WEIBERSolar Panel Test Chamberinclude inbuilt HMI+PLC controller, Ethernet controller, data recording, memory access, alarm and monitoring system, backup and security facilities etc. additional chamber options can be made available on customers request.
HALT and HASS chambers from WEIBER provide extreme temperature & vibration capabilities used during the product design and manufacturing cycles to compress the time normally required to identify design and process weaknesses. HALT techniques are important in uncovering many of the weak links inherent to the design and fabrication process of a new product. HASS techniques are incorporated during the production phase to find manufacturing process defects that could cause product failures in the field.
Aging Chamber has been designed to simulate environmental condition to test the stability and reliability of products under stressed environment. Weiber is a leading manufacturer and supplier of Aging Test Chamber in India and abroad. Weiber offers scientific equipments at the most economical rates and versatile design. Microprocessor based Aging Test Chambers are made in accordance with the international testing standards. The equipments are NABL, NSF certified and CE approved. Aging Chamber maintains 25% to 95 % RH. The Test Chamber is digitally controlled delivering accurate result under controlled environmental conditions. This chamber also known as Accelerated Ageing Test Chamber.
WeiberAltitude Test Chambercombine temperature and altitude to test basic components or subassemblies designed for use in a variety of industries. With altitude test chambers, user can control the temperature environment for testing while simulating various altitudes from site level to 10, 400 meters (25kPa). Altitude testing may be continued without temperature control up to 600, 000 meters (0.1 kPa).
High Low Temperature Altitude Test Chamberis used to test temperature and low-pressure altitude conditions simultaneously. Two common applications ofHigh Low Humidity Altitude Test Chamberare testing of avionics or other aerospace equipment to simulate actual conditions, and simulate high-altitude conditions found in mountainous regions or other regions. All models are factory tested, with an ergonomic and maintenance cum user-friendly design. These CE approved test chambers are created with multi-layered insulation with double vapour barrier is of low 'K' factor, high density and of non-hygroscopic in nature. Weiber test chamber are made in accordance with the international standard. Weiber Test Chambers are GMP complaints and are also ISO and NABL certified.
WEIBERThermal Cycle Test Chamberis ideally suited for specimen test requiring quick changes of temperature.it covers various applications from JEDEC and IEC test standards. WEIBERThermal Cyclic Chamberis equipped with advanced technology such as specimen temperature control which allows linear specimen temperature rates of change during rapid thermal cycling or accurate temperature ramp control. This chamber also known asClimatic Test ChamberandClimate Controlled Test Chamber.
Xenon is one of the noble gases and is a major component of arc lamps and flash lamp and it also has its importance in general anesthetics. One of the major applications of xenon lamp is that it can be used in research applications to simulate the sunlight.
Weiber xenon lamp chamber uses xenon lamp to simulate the whole sunlight spectrum that can produce many destructive effects on the products. This simulation environment provided in the chamber is used to test the resistance of various manufactured products towards these destructive conditions. This chamber is used for quality control, product development and scientific researches and many more. With a variety of models and options, you can customize your chamber to fit your testing needs. Reach in chambers provide a compact testing area for small applications. These are easy to install, transport and occupies less space.
Three categories of optical filters are available to simulate variety of service environments.
Daylight filters are used to simulate direct sunlight.They provide the best correlation to natural outdoor exposures for most applications. Materials thatare typically used outdoors like roofing or exterior coatings should be tested using daylight filters.
Window glass filters produce spectra equivalent to sunlight coming through window glass. This spectrum can also simulate other indoor lighting suchas the harsh lighting found in a typical commercial or office environment. Window glass filters are used for indoor materials such as printing materials or textiles
Extended UV filters allow excess UV, below the normal cut-on of natural sunlight.They are used to produce faster or more severe test results. Extended UV filters arespecified in some automotive test methods and are sometimes used for aerospace applications
All Q-Sun models control specimen temperature with a Black Panel ora Black Standard sensor. Due to its black coating it absorbs all wavelength uniformly, it provides an estimate of the maximum temperature of the specimen inside the chamber.
The black panel temperature can be set anywhere between 25oC and 120oC depending upon the irradiance level, lamp age, ambient room temperature, black panel sensor and specific tester model. Chamber Air Temperature can also be controlled simultaneously with Black Panel Temperature to give the ultimate control of specimen temperature.
Outdoor moisture attack issimulated via a pure water spray.Two nozzles are located in thetop of the chamber. Spray canbe programmed to operate during either the dark or light cycle.
In addition to oxygenation, spray can be useful for creating thermal shock and/or mechanical erosion.
The Solar Eye system constantlymonitors and controls lamp outputto assure precise light exposureand to maximize repeatability and reproducibility of test results.Irradiance control is available at 340 nm, 420 nm or TUV.
Operating Principle:
Weiber Conditioning Test Chamber Manufacturers offers an ideal apparatus for conditioning materials at non-ambient temperatures. Now researchers, engineers, and technicians have a simple and cost effective method to condition samples prior to testing. Laboratory Conditioning Chamber is designed for the conditioning of samples prior to testing, provides conditions from 20% to 98% RH 2 and 0C to 94C 0.5C.Conditioning Test Chambers offers ideal humidity and temperature conditions required for testing the effect of environmental changes on the product. The chamber can be widely used to evaluate the durability of various products. Weiber delivers customized products at the most economical rate and within the limited delivery period.
Our Laboratory Conditioning Test Chambers use airtight modular construction for ease of installation and relocation. We can even custom design these chambers as per the specific environmental testing application.
Thehigh low temperature test chambersfrom Weiber are climatic test chambers, designed to simulate highly precise high and low temperature environments for the testing of electrical and electronics items, metallic products, automobile parts, food items, biological samples, chemicals, building materials and other wide variety of processed and packaged goods. These test chambers find widespread usage in manufacturing units, quality control units and scientific research organizations and are commonly employed for heat endurance test, cold endurance test and humidity and dryness endurance tests of products. These tests help in determining the product performance in specific environments and also help in identifying any manufacturing flaws and in determining its stability and shelf life.
Thesehigh low thermal chambersfrom Weiberare essentially double walled equipments that feature an inner bladder made up of high grade SUS 304 stainless steel plates and an outer bladder made up of plastic coated A3 steel plates. The equipment uses high-tech insulation system for maximum thermal efficiency. The test chamber also uses a high intensity, high temperature resistant double layered seal between the chamber door and the chamber wall that completely seals off the internal environment from the external environment once the door is closed. The chamber door is provided with an observation window for complete visibility of the test process, allowing real-time observation and analysis.
acmas technocracysand and dust test chamberprovide an environment to test the exposure of automotive and electronic components to concentrated levels of dust. These chambers are utilized in several industries and applications such as for military & defense, automotive, computer systems, optics and displays, materiel, coatings, solar energy, etc.
moreover our equipment is supplied with fully programmable control systems to ensure the perfect test environment. They are also fitted with full measurement systems to measure the sand & dust fallout rates, as well as the air-flow rate. The chamber also known assand test chamberanddust test chamber.
The automotive industries and various research and developmental units often useTensile Test Chamberto test the quality and performance of the product in extreme stress environments.WEIBER provides you the best ofTensile Test Chamberswith unique features and application to be used in several industry. Tensile test makes a base for all materials like metals, plastics, paper, fabrics, fibers, composites etc. TheseTensile Environmental Test Chamberare used for static and fatigue testing.
All the external and internal surfaces of the equipment are made up of PCRC sheet for added strength, resistance and proper finishing. For proper RH regulation we use refrigeration system instead of a liquid nitrogen to cool the chamber.The High and Low Temperature Tensile Test Chamberis designed in such a way that with respect to the internal and external size of the chamber it can interface with the load frame having customized ports.
The fingerprint testing chambers from Weiber are designed to accelerate ninhydrin, DFO, and other fingerprint development processes for faster detection of fingerprints. They provide optimum conditions of high temperature and high relative humidity for accelerated fingerprint development processes, while maintaining astonishing clarity and higher throughput. Unlike the conventional methods that may even require days before processing of results, the WeiberFinger Print Development Chamberare capable of processing fingerprints quite rapidly and the results can be obtained within a few minutes. These equipments offer a wide temperature and humidity range and use microprocessor based controllers for highly precise control of operating parameters for highly accurate and stable working conditions, ensuring reliable and repeatable results. The unit ideally operates at 80C and 65% RH for fingerprint detection using ninhydrin and at 100C for detection using DFO. Both ninhydrin and DFO work by reacting with the amino acids present in the fingerprints and are commonly employed for fingerprint detection on porous surfaces such as unpainted wood and paper.
The WeiberFinger Print Test Chamberare available as both independent floor standing models as well as smaller bench top models. They are available in various capacities to accommodate a wide range of samples and usually come equipped with a flexible shelving system to allow simultaneous processing of large batches of samples.
For aim of reduced CO2 emissions and recovering braking energy lithium ion batteries have proved to be most suitable instrument. Developments are being made to make Li-ion battery for used as standard storage devices in HEV (Hybrid Electric Vehicles and PHEV (Plug in hybrid electric vehicles). The Chamber also known asBattery Test ChamberandLi Ion Battery Test Chamber.
WEIBER is able to offer both standard and customized solution for verifying the quality of batteries. Tests on batteries can generate potentially hazardous situations as they are carried out by simulating the limit conditions that may occur by transfer of energy from battery.
To handle and solve these problems ourLithium Ion Battery Test Chamberare equipped with necessary instruments for dangerous monitoring conditions like:
Smoke sensors.
Dangerous gas sensors
Inerting system
Flame extinguishing system
Vapour removal system.
Each battery test chamber is built according to specific test requirements and may be interfaced with battery cyclers, control and monitoring data acquisition system and other test equipments.
he WeiberPlant Tissue Culture Chamberare specifically designed equipments that provide a highly controlled and sterile environment for various laboratory and commercial tissue culture applications. These cell culture chambers are available as both stand-alone units as well as two-level units to allow simulation of different growing environments within the same equipment.
ThePlant Tissue Culture Test Chamberfrom Weiber are available as easy to install, cost-effective units, designed for economical and energy efficient operation. They are available in various standard sizes and can also be customized for specific applications. They are designed according to international standards and conform to the highest standards of quality and safety. The Chamber also known asTissue Culture ChamberandTissue Culture Test Chamber.
WeiberNephelometer/turbidity meteris used to measure the scattering degree of light generated by the insoluble particulate matter suspended in a transparent liquid or water, with capability to characterize the content of these suspended particulate matter.This is of particular use in water turbidity measurements as well as various medical, biological and agricultural assays.
FACTORS AFFECTING TURBIDITY
The Walk in Hydroponics Test Chamber from Weiber are fully enclosed, self-contained plant growth chambers, designed to provide a cost effective solution to getting bigger harvests in smaller spaces and less time. These equipments use advanced technological features and an energy efficient design to provide optimum growth conditions for all stages of plant growth. They are designed to meet all the ventilation, lighting and temperature requirements for different plant species, providing a safe and aesthetic area for growing different types of plants in an aerated solution of nutrients.
These growth chambers provide a standard technique for growing plants in an artificial laboratory environment for various biological research and teaching applications. They come equipped with a nutrient reservoir featuring a customized lid inside the chamber with enough built-in capacity. The plants absorb the nutrients though their roots that remain submerged into a dilute solution containing organic or inorganic nutrients to meet their entire nutrient requirement. Since plant growth can also be affected considerably due to inadequate lighting, these hydroponics chambers also come equipped with an efficient lighting system fitted at the top of the chamber. They might use compact fluorescent bulbs for reduced energy consumption, LED grow lights or more reliable HID bulbs to provide solar energy for enabling plant photosynthesis. The whole cabinet is lined with foil for maximum reflection of light back at the plants and features a transparent window in the front for increased visibility.
Drosophila melanogaster, commonly known as fruit fly is one of the most common genetic model organism that is used in several laboratories across the globe for the study of genetics and other biological sciences. There has been a lot of emphasis on Drosophila research, especially since it was established that a vast majority of human disease genes have parallels in the Drosophila genome and therefore conventionalDrosophila genetics can be used to place human disease genes of unknown function in the context of functional pathways. The Drosophilagenome also shows high degree of homology to the mammalian genome and is often used for the identification and characterization of cellular processes and major signaling pathways that are conserved from fruit flies to humans. The insect has a short generation time, allowing large genetic screens and providing a cost effective solution to studying population genetics.
Sonia Nathani (Acmas Technologies (pvt.) Ltd.)
Plot No. 126, Phase- IV, Sector -56, Kundli, Sonepat, Haryana-131028, India
Share us via
