Tensile testing machines; drop testing machine; carton compression testing machine; simulated transportation vibration table; universal material testing machine; wire bending testing machine;� rupture strength testing machine; insertion and extraction force testing machine; wear resistance testing machine; ring compression strength testing machine; key load testing machine; ventilation type aging test chamber;� constant temperature and humidity test chamber; high and low temperature impact test chamber; salt spray test chamber; falling ball impact testing machine;� walk in constant temperature and humidity room; high and low temperature alternating humidity and heat test chamber; carton punching testing machine, etc; interlayer peel strength testing machine;.
II. Performance and Technical Parameters: Experimental load: 40Kg Frequency range: 0-200HZ Sweep frequency range: 0-200HZ No load displacement amplitude (adjustable range P-P): 0-5mm Vibration direction: vertical Vibration motor power: 1.5KW Working table size L.W.H: 450X450X40 (mm) Boundary dimension L.W.H: 450X470X420 (mm) Machine weight: approximately 86KG Power supply voltage: 220V/�± 5% Equipment structure diagram: (The picture is for reference only) Overview and Purpose: The amplitude modulation, frequency modulation, and sweep frequency vibration testing machine series consists of three parts: a vibration table, a platform, and a control console. The vibration machine is designed with a humanized control concept, and has a beautiful and elegant appearance with smooth lines. Its use is simple, convenient, and ultra quiet, so there is no need for special engineering during installation. The addition of anti-interference circuits inside the equipment solves the interference caused by strong electromagnetic fields on weak current control circuits, making the working performance of the vibrator more reliable and stable. This frequency sweep series vibrator is widely used for quality system certification and vibration inspection of various industrial products such as communication, electronics, automobiles, motorcycles, home appliances, etc. This type of equipment is suitable for detecting early faults, similar to actual working condition assessment and structural strength testing. This series of products can also be used for scientific research and vibration resistance inspection tests on production lines of various products, providing a strong and reliable guarantee for the quality of your products.
The LGJ-10 laboratory freeze dryer features benchtop which is compact size. It offers an upright stainless steel ice condenser with -55C/-80C temperature. This lyophilizer mainly use in laboratory for research, development and samples preparation purpose. Condenser Temperature: -55C, -80C. Condenser Capacity: 3~4Kgs/24Hrs. The Vekuma LGJ-10 laboratory freeze dryer is recommended for a variety of laboratory applications including lab R&D, samples preservation and lyophilization testing. The high performance table top unit delivers condenser temperature as low as -80C. Compact benchtop design. Microprocessor and touch screen based controller. HMI displays system working status and key parameters. S/S upright ice condenser inbuilt freeze dryer base unit. Smooth wall type ice condenser for easy defrost. 1 compressor for -55C version, 2 compressors for -80C version. Side mounted defrost water drain valve. Side mounted vacuum port. Side mounted vacuum break valve. Rear mounted vacuum pump power socket. 6 selections of drying chamber enable products to be dried in trays, vials, flasks and ampoules.
Technical Parameters Travel of X and Y Axes: 250x300 mm; Maximum cutting thickness: 350 mm; Maximum Work piece weight: 200 kg; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 340x500x350 mm; Surface Roughness /Ra: Ra less than 2.5 u.m; Numerical Control System: X8, HF SYSTEM ; Display: Latest Version Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Machining precision/Processing precision: 0.015 mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: 150 square mm/min; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 1.2 KVA; Approx. Machine size (LxWxH): 1480x1010x1400 mm; Approx. Machine weight: 1050 kg; Approx. Machine control cabinet size: 700x670x1100 mm; Approx. Machine control cabinet weight: 80 kg.
Technical Parameters Travel of X and Y Axes: 1200x1500 mm; Maximum cutting thickness: 1000 mm; Maximum Work piece weight: 3500 kg; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm. mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 1300x1900x1000 mm; Surface Roughness /Ra: Ra less than 2.5 u.m; Numerical Control System: X8, HF SYSTEM or HL SYSTEM ; Display: Latest Version Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Machining precision/Processing precision: 0.015 mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: 150 square mm/min; Wire speed: 11 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 4200x3600x2300 mm; Approx. Machine weight: 10000 kg; Approx. Machine control cabinet size: 1200x800x800 mm; Approx. Machine control cabinet weight: 150 kg.
Technical Parameters Travel of X and Y Axes: 1000x1200 mm; Maximum cutting thickness: Standard: 800 (Can be adjustable) mm; Maximum Work piece weight: 2000 kg; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm. mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 1010Ã??1500 mm; Surface Roughness /Ra: Ra less than 2.5 u.m; Numerical Control System: X8, HF SYSTEM ; Display: Latest Version Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Machining precision/Processing precision: 0.015 mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: 100 square mm/min; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 1.2 KVA; Approx. Machine size (LxWxH): 3100x2500x2300 mm; Approx. Machine weight: 5000 kg; Approx. Machine control cabinet size: 1200x800x800 mm; Approx. Machine control cabinet weight: 150 kg.
Technical Parameters Travel of X and Y Axes: 630x800 mm; Maximum cutting thickness: 600/800 mm; Maximum Work piece weight: 1000 kg; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 680x1080x600 mm; Surface Roughness /Ra: Ra less than 2.5 u.m; Numerical Control System: X8, HF SYSTEM ; Display: Latest Version Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Machining precision/Processing precision: 0.015 mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: 150 square mm/min; Wire speed: 11 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 2265x1865x1980 mm; Approx. Machine weight: 3500 kg; Approx. Machine control cabinet size: 700x670x1100 mm; Approx. Machine control cabinet weight: 80 kg.
DK7745 Technical Parameters Travel of X and Y Axes: 450x550 mm; Maximum cutting thickness: 460 mm; Maximum Work piece weight: 750 kg; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 500x750x460 mm; Surface Roughness /Ra: Ra less than 2.5 u.m; Numerical Control System: X8, HF SYSTEM ; Display: Latest Version Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Machining precision/Processing precision: 0.015 mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: 150 square mm/min; Wire speed: 11 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1865x1350x1900 mm; Approx. Machine weight: 1250 kg; Approx. Machine control cabinet size: 700x670x1100 mm; Approx. Machine control cabinet weight: 80 kg.
Technical Parameters Travel of X and Y Axes: 400x500 mm; Maximum cutting thickness: 460 mm; Maximum Work piece weight: 450 kg; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 460x690x460 mm; Surface Roughness /Ra: Ra less than 2.5 u.m; Numerical Control System: X8, HF SYSTEM ; Display: Latest Version Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Machining precision/Processing precision: 0.015 mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: 150 square mm/min; Wire speed: 11 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1600x1240x1400 mm; Approx. Machine weight: 1250 kg; Approx. Machine control cabinet size: 700x670x1100 mm; Approx. Machine control cabinet weight: 80 kg.
Technical Parameters Travel of X and Y Axes: 350x450 mm; Maximum cutting thickness: 460 mm; Maximum Work piece weight: 300 kg; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 400x650x460 mm; Surface Roughness /Ra: Ra less than 2.5 u.m; Numerical Control System: X8, HF SYSTEM ; Display: Latest Version Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Machining precision/Processing precision: 0.015 mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: 150 square mm/min; Wire speed: 11 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1200x1170x1400 mm; Approx. Machine weight: 1440 kg; Approx. Machine control cabinet size: 700x670x1100 mm; Approx. Machine control cabinet weight: 80 kg.
Technical Parameters Travel of X and Y Axes: 320x400mm; Maximum cutting thickness: 400 mm; Maximum Work piece weight: 300 kg; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 360x610x400mm; Surface Roughness /Ra: Ra less than 2.5u.m; Numerical Control System: X8, HF SYSTEM ; Display: Latest Version Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function 3-D Graphical Preview: With the function; Total machine power: 1.8KV; Machining precision/Processing precision: 0.015 mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: 150 square mm/min; Wire speed: 11 m/s; Minimum feed increment: 0.001mm; Pulse width adjustable range: 15-150us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1200x1170x1400mm; Approx. Machine weight: 1150kg; Approx. Machine control cabinet size: 700x670x1100 mm; Approx. Machine control cabinet weight: 80kg.
Screw oil press is the most commonly used equipment for oil extraction,different oil extractors have different functional characteristics,the following will be detailed about the characteristics of screw press. 1.High oil yield: THE use of directional pressure, multistage propulsion, one squeeze, residual oil rate within 6.5%. 2.Large pruduction capacity: strengthen feeding system, increase speed, work efficiency increased by more than 30%. 3.Automatic control: automatic control of pressing temperature; Built-in vacuum shunt, oil, slag effective separation; 4.Safe and convenient: compact structure, less space occupation; Fully enclosed protection, safe and convenient operation; 5.Durable: The body is made of high quality wear-resistant steel and anti-fatigue casting, stable performance, can work continuously for a long time; Machine table is made of new material electrostatic spraying, strong adhesion, greasy, high temperature resistance, beautiful and generous, and clean health.
1 The spindle and table are vertically aligned for high cutting forces and rigidity, making it suitable for machining heavy, high-strength materials and large workpieces. Spindle speed from 8000 to 15000rpm. GM-V series is arm type tool magazine, with automatic tool changing system, it can change tools of different shapes and sizes quickly and accurately to meet different machining needs. High-speed, high-precision positioning and motion control capability, with three-axis high-speed displacement of 36 m/min, which can save non-machining time. The pitch between the screws is 12mm, and the linear speed and load capacity of the screw is large. The operation interface is simple, intuitive and easy to operate, and it can realize automatic processing through pre-written programs to improve production efficiency. High speed silent screw and silent linear guide make the thermal displacement smaller,high precision. The connection between motor and spindle is direct connection, with large speed and brightness.
Hollow Core Slab Machine Description A hollow core slab machine is a specialized piece of equipment used in the construction industry to produce hollow core slabs. Hollow core slabs are precast, prestressed concrete elements with voids or hollow cores running through the length of the slab. These slabs are commonly used in the construction of floors and roofs in buildings. The hollow core slab machine is designed to automate the manufacturing process of these slabs, increasing efficiency and productivity. It typically consists of a series of casting beds or forms, a concrete batching system, a prestressing system, and a cutting or sawing mechanism. Prefabricated house automatic hollow core slab making machine works on the long-line table, using the high-strength low-relaxation steel strand as the guide, using the pushing work method to form the concrete hollow core slab, the slab have the advantage of smooth surface, high-density structure. capable of making construction slabs of 4.2m to 18m, the GLY series concrete hollow core slab mainly used on the larger bay workshop, school, hospital, shopping mall, office building,bulk storage plant etc. Go to website
Applications The bell-type sintering furnace is a high-temperature sintering furnace for cyclic operation, with a shear screw lifting system for the lifting of the firing table. It can be used for intermittent production sintering process of ceramic products such as zirconia, alumina and dielectric ceramics. Features 1. maximum temperature of 1500C and 1650C (two models of temperature are available); 2. Special riveted structure is chosen for the furnace chamber fixing, no cracking and collapse of the top for long-term use. 3. Linear guide design, smooth movement without jitter, loading and unloading products is extremely convenient and safe. 4. Pre-embedded corundum mullite at the bottom of the bearing plate to enhance support, to prevent the bearing plate from sinking and sinking. 5. Multi-stage programmed temperature control, PID adjustment, to meet the sintering requirements of multiple multi-stage process curve storage 6. Over-temperature protection function, over-temperature automatic power off. 7. High precision B-type thermocouple, accurate temperature measurement 8. Heating element is U-type silicon molybdenum rod MOSI2 9. Additional option: tail gas treatment combustion cracking device
Intco framing product like moulding, skirting, base board, cornice, chair rail, crown moulding, wall panel, casing, case moulding, basic moulding, door frame moulding, curtain rob, decor moulding, interior decor moulding, led light moulding, 3d wall panel, flooring accessories, reducer, t mould, trimming, scotia, adaptation, stair nose, stair case, louver, charcoal, uv board, acoustic wall panel, intco decor product like frame, home decor, mirror frame, photo frame, art frame, framed art, arts, canvas, poster frame, crafts, document frame, picture frame, wall decor, standing mirror, wall mirror, portrait frame, frame gift set, gift box set, door mirror, table frame, hand painting, shadowbox, memo board, whiteboard, black board, chalk board, corkboard, linen board, jewelry frame, function board frame, frame moulding, moulding strip, mirror frame moulding, photo frame moulding, art frame moulding, photo frame, mirror frame, art frame, stretch bar, mat board, hanger, glass.
44.MODEL:DL- BTST Textile Sweater Button Push Adhesion Pull Tensile Strength Button Push & Pull Tensile Strength button tensile strength dynamometer Standard configuration: 1. Tension seat 2. Pushing and pulling force gauge 3. Two jaw pliers 4. Three jaw pliers 5. Tension pliers 6. Bottom fabric fixture 7. Male button fixture 8. Mother button clamp Size: 280 * 220 * 777mm Button tensile testing machine Button strength machine: The purpose of this test is to define the responsibility of garment manufacturers to ensure that buttons, buttons, and fasteners are properly secured to the garment, preventing buttons from detaching from the garment and posing a risk of swallowing by infants. Therefore, all buttons, buttons, and fasteners on ready-made clothing must be tested by a button strength tester. This function performs uniform and vertical tensile testing on various buttons on clothing to check whether their firmness meets relevant safety standards Standard: 16CFR1500.51-53, ASTM PS79-96 Operating instructions: 1. Install the fixture, cooperate with the test button, and lock the test sample onto the base tightly 2. Put down the fixture, grip the buttons tightly and pull them upwards. Each group of buttons should be able to withstand a minimum of 17 pounds of tension (7.72kg) and maintain it for 10 seconds without any signs of looseness or damage. At least 20 buttons per model need to be tested simultaneously to be considered qualified If one of the buttons is loose or damaged, or if it is replaced, it is necessary to retest all of them
Melt Index Meter
Model: DL-9929XM Product Name: Touch Screen Linear Wear Resistance Testing Machine Test stroke: 0-100mm Test speed: 0-60 times/min adjustable Test object: coating, coating, or other surface treatment Sports mode: electric Fixture self weight: 15g Test load: 250g Counting setting range: 1~999999 times Maximum allowable size of workpiece: 220 * 160 * 50mm Machine size: W480 �? D360 �? H360mm Machine weight; 20kg Power supply: 1 â?® AC220V 2A or specified 2. Introductionï¼? This instrument is suitable for testing the wear resistance of products such as plastics, automotive parts, rubber, leather and textiles, electroplating, freely detachable components, paints, printing patterns, etc. It can be used to evaluate the wear resistance of products, as well as the scratch resistance (single or multiple scratches) and color transmission of products. Both dry and wet wear tests can be conducted.
Specification parameters Test piece 16mm 615mm D Fixture load 25N Weight load 25N 5N Lateral displacement of fixture 42mmroller per revolution Sandcloth 60 Drum diameter 150mm Drum length 460mm Drum speed 40rpm Travel booking 40m20m Wear speed 032ms Inclination angle the angle between the support axis of the 3 specimen and the vertical plane of the drum Volume 70 30 30cm Weight 61kg Power supply 16 AC220V 3A This machine complies with DIN5316 ISODIS4649 GB9867 and is suitable for wear testing of elastic materials rubber tires conveyor belts conveyor belts shoe soles soft synthetic leather leather and other materials It has the characteristics of high efficiency good reproducibility and easy operation Roller diameter 150mm roller length 460mm roller speed 40rpm wear stroke 40mm 20mm wear speed 032 msec inclination angle 3o specimen diameter 16 mm thickness 615 mm test load 5N 1
