TEMPO make TI 128HT series ovens are made of triple-walled construction. The motorized blower with V-belt fitted on the top side of the chamber for re-circulation of air to maintain the uniformity of temperature inside the chamber. The unit is insulated with 4 high grade glass wool. Single door fitted on heavy hinges. The unit is provided with user friendly adjustable stainless steel rod mesh trays. Temperature range â?? 50 C to 400 C Temperature accuracy â?? �±1 C Temperature uniformity â?? �±1% of the set temperature Supply â?? 230V, AC TEMPO make TI â?? 128HT series ovens are made of triple walled construction. The motorized blower with V-Belt fitted on the top side of the chamber for re-circulation of air to maintain the uniformity of temperature inside the chamber. The unit is insulated with 4 high grade glass wool. Single door fitted on heavy hinges. The unit is provided with user friendly adjustable stainless steel rod mesh trays.
TEMPO make lab drying TI 126 series ovens with forced air draft provided by means of blower fitted at the bottom of the oven. There is no recirculation of air. Temperature range â?? 50 C to 250 C Temperature accuracy â?? �±0.5 C Supply â?? 230V, AC Controlling System : Microprocessors based auto tune PID temperature controller with a dual display of set value & process value for precise control of temperature with PT 100 sensor is used for temperature. Air Circulation : Forced air draft is provided by means of blower fitted at the bottom of the oven (there is no reâ??circulation of air). Heating System : Heating element made from the best quality Kanthal wire are used on refractory supports.
TEMPO make lab precision ovens are provided with the forced air circulation provided by means of motorized blower fitted on the oven for recirculation of air to maintain the uniformity of temperature inside the chamber. Temperature range 5 C above ambient to 300 C Temperature accuracy ±0.2 C Temperature uniformity ±2 C Supply 230V, AC Controlling System : Microprocessors based auto tune PID temperature controller with a dual display of set value & process value for precise control of temperature with PT 100 sensor is used for temperature. Air Circulation : The motorized blower with the insulated shaft at the backside of the chamber develops a unique airflow system which ensures maximum uniform temperature inside the chamber. The unique airflow ensures quick recovery after the door opening. Heating System : SS tubular heating elements are used on the back walls to maintain uniform condition inside the chamber.
Hot air ovens use dry heat sterilization. TEMPO make lab precision oven (hot ait oven) uses forced air circulation method to get the desired temperature profile. In the dry heat sterilization process, the material used for heating has the characteristics of a high melting point and it will not catch fire or changes its form while heating at a higher temperature. To ensure the homogeneous hot air mixture inside the oven, a motorized blower is fitted on the top of the chamber which ensures the exact temperature inside the chamber. Out hot air oven specifications Temperature range 5 C above ambient to 250 C Temperature accuracy ±0.2 C Temperature uniformity ±1 C Supply 230V, AC Controlling System : Imported microprocessor-based auto tune PID controller with CE mark and dual display of set value and process value. Heater : SS tubular heating elements used on sidewalls to maintain uniform condition inside the chamber. Air Circulation : Motorized blower on the top side of the chamber develops a unique airflow system which ensures maximum uniform temperature distribution inside the chamber. The unique airflow ensures that there is a quick recovery after the doors are opened.
Natural convection ovens are ideal for sterilization, drying, and thermal storage tasks which do not require high drying rates or special time parameters. These ovens are made of double walled construction. The unit is insulated with 3 thick high grade glass wool insulation. Single door is fitted on heavy duty hinges. The unit is provided user friendly adjustable stainless steel rod trays. Temperature range 5 C above ambient to 250 C Temperature accuracy �±2 C Supply 230V, AC Technical Specification The temperature is controlled by means of imported microprocessor based autotuned PID controller to avoid overshoot. CE marked & dual display for set value & process value.
TEMPO make muffle furnace are designed and manufactured to comply with the requirements of laboratory and industrial applications. It is used for engineering tests of soils and aggregates, cement testing, ashing organic and inorganic samples, gravimetric analysis, ignition tests, etc. TEMPO make a muffle furnace in a horizontal/rectangular model. Insulation is provided with high-grade insulation material. Temperature range 1200 C continuous Supply Single phase Muffle Furnace is designed for R&D labs, Educational institutions , Medicine and Industry, Chemical Industries, Plastic Industry, Moulding Industry, Glass Industry, Rubber Industry, Ceramics Industry, Biomedical Industry, Paint Industry, Textile Materials, Pharma Industry, Dental Labs, Thermal Process Technology, Advanced Materials for following applications, Testing, Analysing, Ashing, Drying, Sintering, Annealing, Melting, Tempering, Hardening, Dental Porcelain, and Crystalizing etc.
TEMPO laboratory furnaces are designed for higher temperature applications. The design is based on the highest standards for quality with efficient high-temperature use and minimal maintenance. Silicon carbide element with easy assembly. These lab furnaces are Ideal for rapid cycling over extended periods. The advance design feature provides fast heat up and recovery with excellent uniformity and energy efficiency, increased resistance to thermal shock, ideal for rapid cycling over extended periods. Temperature range 1300 C max (1250 C continuous) Supply Single phase/three phase This laboratory muffle furnace is designed to operate under high temperature with minimal maintenance and higher efficiency. The high-temperature ceramic fibre insulation with an advanced graded design ensures fast heat-up time and resistance to the thermal shock. The natural cooling of the outer surface reduces exterior shell temperatures and improve energy efficiency and operator safety. The thermocouples compensated lead wire and polarized plug for measures accurate high-temperature with a longer self-life. Removable panels for easy access to replaceable heating elements and thermocouples. The heating is achieved by silicon carbide element with easy mounting and assembly. Temperature Control The temperature is controlled by means of an imported microprocessor-based autotuned PID controller to avoid overshoot. CE marked and a dual display for set value and process value.
TEMPO laboratory furnaces are designed for higher temperature applications. The design is based on the highest standards for quality with efficient high-temperature use and minimal maintenance. Silicon carbide element with easy assembly. These lab furnaces are Ideal for rapid cycling over extended periods. The advance design feature provides fast heat up and recovery with excellent uniformity and energy efficiency, increased resistance to thermal shock, ideal for rapid cycling over extended periods. Temperature range 1450 C max (1400 C continuous) Supply Single phase/three phase Temperature Control The temperature is controlled by means of an imported microprocessor-based autotuned PID controller to avoid overshoot. CE marked and a dual display for set value and process value.
TEMPO make shell laboratory furnace are designed and manufactured to comply with requirements for laboratory and industrial applications. It is used for engineering tests of soils and aggregates, cement testing, ashing organic and inorganic samples, gravimetric analysis, ignition tests, etc. TEMPO make laboratory furnaces are constructed in the horizontal or rectangular model. The insulation is provided with high grade insulation material. Max temperature 1150 C continuous (max 1200 c) Temperature Control The temperature is controlled by means of imported microprocessor based autotuned PID controller to avoid overshoot. CE marked and a dual display for set value and process value.
Muffle Furnace is designed for R&D labs, Educational institutions , Medicine and Industry, Chemical Industries, Plastic Industry, Moulding Industry, Glass Industry, Rubber Industry, Ceramics Industry, Biomedical Industry, Paint Industry, Textile Materials, Pharma Industry, Dental Labs, Thermal Process Technology, Advanced Materials for following applications, Testing, Analysing, Ashing, Drying, Sintering, Annealing, Melting, Tempering, Hardening, Dental Porcelain, and Crystalizing etc. Temperature range 1700 C max Supply Single phase/three phase Maximum operating temperature range up to 1700°C. Dimensions from 1 up to 200 litres. Rugged and durable construction. The outer casing is made up of thick mild steel with duly powder coated or thick buffed stainless steel, gives long service life with extremely resistant. Multiplayer insulation with vacuum formed ceramic fibre or refractory bricks with low thermal mass. Parallel guided swing aside door design. Furnace design with powerful heating elements i.e. FeCrAl, SiC and MoSi2 on both sides providing a fast heating rate. Fast heat up and cool down rates. Temperature uniformity +/- 5°C. Temperature control with PID controllers. Power control with solid-state relays or Thyristor units for very precise temperature Control, wear-free and noiseless. High mechanical durability, short heating cycle and low power consumption.
When your testing requires a walk in rooms choose TEMPO controlled temperatures solution. Our test rooms feature automated process control, energy efficiency and a vast range of other features and options. Every TEMPO environmental room features equipment that reliably produces required conditions, structural integrity that keeps the room working properly through years of demanding test cycles, and measuring/monitoring equipment that precisely records all test data. Temperature range 20 C to 60 C Temperature accuracy ±0.2 C Temperature uniformity ±1°C Humidity Range 40% Rh to 95% Rh Humidity Accuracy ±2%Rh Humidity Uniformity ±3%Rh
Whether your testing is for R&D, clinical trials or ongoing stability, the TEMPO stability chamber provide a stable temperature & humidity condition environment for worry-free operations with a control system that is easy to operate. TEMPO make stability chamber is designed as per ICH guidelines and are manufactured to comply with requirements in the industries. Stability testing is an integral part of formulation development. It helps to generate information, which permits well-considered proposals to be made for the shelf life of drug substances and products and recommended storage conditions. The purpose of stability testing is to provide evidence on how the quality of a drug substance or drug product varies with time under the influence of a variety of environmental factors such as temperature, humidity, and light, and to establish a re-test period for the drug substance or product under recommended storage conditions. Hence, the pharmaceutical stability chamber serves as an important quality attribute for the product. Temperature range 20 C to 60 C Temperature accuracy �±0.2 C Temperature uniformity �±1 C Humidity Range 40% Rh to 90% Rh Humidity Accuracy �±2%Rh Humidity Uniformity �±3%Rh Technical Specification Controlling System Two separate imported microprocessors based auto tune PID controller with CE mark & dual display of set value & process value for temperature & humidity with direct %RH. Air Circulation The motorized blower at the backside of the chamber develops a unique air ow system which ensures max. uniform temperature & humidity condition inside the chamber. Heating System High-quality U shape S.S. tubular heater is used for better heating. Humidity System Steam injection system (Non-condensing type) & reservoir tank with water level arrangement with indicator. Refrigeration System CFC Free hermetically sealed Emerson Copeland make compressor for better cooling with R134 A (Eco Friendly) refrigerant with a time delay to safeguard compressor system.
TEMPO make photostability chamber is used for confirmatory studies, the samples should be exposed to light providing an overall illumination of not less than 1.2 million lux hours and an integrated near ultraviolet energy of not less than 200 watt hours/square meter to allow direct comparison to be made between drug substance & drug product. Temperature range 20°C to 50°C Temperature accuracy ±0.2°C Temperature uniformity ±1°C Humidity Range 40% Rh to 90% Rh Humidity Accuracy ±2%Rh Humidity Uniformity ±3%Rh Supply 230V, AC
Whether your testing is for R&D, clinical trials or ongoing stability, TEMPO stability chamber provide a stable temperature & humidity condition environment for worry-free operations with a control system that is easy to operate. TEMPO make stability chamber is designed as per ICH guidelines and are manufactured to comply with requirements in the industries. Stability testing is an integral part of formulation development. It helps to generate information, which permits well-considered proposals to be made for the shelf life of drug substances and products and recommended storage condition. The purpose of stability testing is to provide evidence on how the quality of a drug substance or drug product varies with time under the influence of a variety of environmental factors such as temperature, humidity, and light, and to establish a re-test period for the drug substance or product under recommended storage conditions. Hence, pharmaceutical stability chamber serves as an important quality attribute for the product. Temperature range 20 C to 60 C Temperature accuracy ±0.20 C Temperature uniformity ±1 C Humidity Range 40% Rh to 90% Rh Humidity Accuracy ±2%Rh Humidity Uniformity ±3%Rh
Drill collars, heavy weight drill pipes, rotary kellys, subs / pup joints, pipe billets (solid bars), pipe billets (bored bars), steel forgings / forged bars, continuous casting blooms, ingots.
: 3000-12000W Working Area (L) : 3000mm, 4000mm, 6000mm Working Area (W) : 1500mm, 2000mm, 2500mm
Double switching table horizontal machining center HMC-63 double exchange table horizontal machining center is mainly suitable for parts processing in construction machinery, automobile, energy, information, mold and other industries. Especially suitable for all kinds of special-shaped parts, box parts processing. Workpiece once clamping can complete multi-sided milling, drilling, boring, expanding, reaming, countersinking, tapping and other processes processing, effectively improve efficiency and save costs, while reducing the cumulative error caused by the workpiece multiple clamping, improve processing accuracy. The machine adopts a positive T-shaped structure, the column moves around (X axis), the headstock moves up and down (Y axis) and the table moves back and forth (Z axis), and is equipped with a double exchange rotary table and a large disc servo tool library. Product characteristics PRODUCT CHARACTERISTICS The all-in-one molding bed is made of T-box structure, high-quality resin sand molding and high strength cast iron material, and is heat-treated to eliminate internal stress. Through finite element analysis, the layout of reinforcement is optimized to fully meet the needs of high torque cutting. The double-wall structure design of the column, the internal multi-point radial reinforcement arrangement, the bottom of the large span section arrangement, light weight, good rigidity, good dynamic performance. Through the finite element analysis of structural statics and dynamics, the reasonable structural design and the combination of reinforcing bars ensure the high rigidity of the box and the machining rigidity of the spindle parts. The machine tool is equipped with a rotary exchange double workbench, which reduces the time of the machine tool standby clamping workpiece and greatly improves the processing efficiency. The mechanical CAM rotary exchange mechanism makes the workpiece exchange more stable and rapid. High precision CAM turntable adopts high precision taper positioning pin and oil pressure force doubling locking mechanism to ensure the clamping of the table and ensure the smooth and no vibration of the table during cutting.
Vertical machining center hard rail Product characteristics Taiqun Vertical Machining Center T-8 has high precision and high rigidity cutting performance: 1. The structure of the whole machine is fixed column type and cross sliding table structure. The fuselage adopts a large stable base, the base is wide, and the structure is strong to ensure the heavy load capacity during processing. 2, X, Y, Z axis with high rigidity rectangular hard rail, good shock absorption, good recutting performance. 3, the main shaft adopts high speed and high precision spindle unit, the front end of the main shaft adopts labyrinth design, and has air curtain protection function to prevent cutting fluid from entering the main shaft bearing; 4. The machine adopts front chip design and is placed inside the machine to save space. The machine tool cutting fluid capacity is large, can quickly remove the cutting heat. 5, equipped with high-performance CNC system, to ensure the stability of machine tool control, and has superior CNC processing functions and auxiliary functions. Application field application area Suitable for small and medium-sized box class, plate class, plate class, valve class, shell class, mold and other complex parts of a variety of small and medium-sized batch processing, widely used in precision parts, precision mold, hardware, auto parts, medical equipment industry. Work piece Machining workpiece
Vertical machining center hard rail Product characteristics Taiqun Vertical Machining Center T-8 has high precision and high rigidity cutting performance: 1. The structure of the whole machine is fixed column type and cross sliding table structure. The fuselage adopts a large stable base, the base is wide, and the structure is strong to ensure the heavy load capacity during processing. 2, X, Y, Z axis with high rigidity rectangular hard rail, good shock absorption, good recutting performance. 3, the main shaft adopts high speed and high precision spindle unit, the front end of the main shaft adopts labyrinth design, and has air curtain protection function to prevent cutting fluid from entering the main shaft bearing; 4. The machine adopts front chip design and is placed inside the machine to save space. The machine tool cutting fluid capacity is large, can quickly remove the cutting heat. 5, equipped with high-performance CNC system, to ensure the stability of machine tool control, and has superior CNC processing functions and auxiliary functions. Application field application area Suitable for small and medium-sized box class, plate class, plate class, valve class, shell class, mold and other complex parts of a variety of small and medium-sized batch processing, widely used in precision parts, precision mold, hardware, auto parts, medical equipment industry. Work piece Machining workpiece
Vertical machining center hard rail Product characteristics Taiqun Vertical Machining Center T-8 has high precision and high rigidity cutting performance: 1. The structure of the whole machine is fixed column type and cross sliding table structure. The fuselage adopts a large stable base, the base is wide, and the structure is strong to ensure the heavy load capacity during processing. 2, X, Y, Z axis with high rigidity rectangular hard rail, good shock absorption, good recutting performance. 3, the main shaft adopts high speed and high precision spindle unit, the front end of the main shaft adopts labyrinth design, and has air curtain protection function to prevent cutting fluid from entering the main shaft bearing; 4. The machine adopts front chip design and is placed inside the machine to save space. The machine tool cutting fluid capacity is large, can quickly remove the cutting heat. 5, equipped with high-performance CNC system, to ensure the stability of machine tool control, and has superior CNC processing functions and auxiliary functions. Application field application area Suitable for small and medium-sized box class, plate class, plate class, valve class, shell class, mold and other complex parts of a variety of small and medium-sized batch processing, widely used in precision parts, precision mold, hardware, auto parts, medical equipment industry. Work piece Machining workpiece
