1. Wire rotary machine adopts Taiwan computer control system and Japanese servomotor, which has the characteristics of easy operation, high speed and high precision. 2. The five axis are cam axis, wire feeding axis, rotary wire axis, rotary quill axis, and spinner axis(optional accessory). The five axis can be operated synchronously. The position of each axis, the length of the wire feed, the production speed, and the number of production can be displayed on the screen. It is very easy to edit and modify the program data online. 3. The cam part has eight sets of slides, crank arm and CAM rotating axis. The wire feeding system is installed horizontally behind the machine. The wire rotary axis can control the rotation of wire, making the speed of high-difficulty special-shaped spring adjustment easier and faster.The rotating quill axis can be rotated positively or negatively, and the spinner device is installed on the slide. 4. The wire rotary spring machine can be applied to the production of lighting, electronics, toys, home appliances, sports equipment, automobile and other industries need precision spring. Specification: Model US-520R US-540R Axis 4/5 4/5 Wire Diameter 0.3-2.5mm 0.8-4.0mm Wire Wheel Sets 2sets 3sets Cam Axis 2.7KW 4.5KW Wire Feeding Axis 2.7KW 4.5KW Rotary Quill Axis 0.4KW 0.4KW Rotary Wire Axis 2KW 2.7KW Spinner Axis 0.4KW 1KW Machine Axis 1350*1500*1700mm3 1650*1700*1900mm3 Machine Weight 1200kg 2100kg FAQ 1. Q: How about the after service? A: We have a strong team, special for after service. We can arrange engineers to do service for you. 2. Q: Are you factory or trading company? A: We are a factory in this field nearly 20 years 3. Q: Where is your factory located? How can I visit there? A:Our factory is located in Shenzhen City. Guangdong province. When you arrive Shenzhen you can contact me,I will pick you up . 4. Q:How does your factory do regarding quality control? A:Quality is priority. From material selection to machine completion, we will spend a lot of time to strictly monitor the operation of the machine. If the machine does not meet the quality we require, we will not ship it.
Our company Traint GmbH from Austria would like to offer you agricultural products from Ukraine. We have a long-standing relationship with our partner from Ukraine, so we can guarantee them a smooth process and a high-quality product. The partner company produces feed corn and sunflowers (kernels, oil). We are ready to ship either DAP Chop - Hungary or to any port within the EU. The quality of our product is guaranteed, we are interested in long fruitful relationships with our customers. Price FOB is only indicative, the Price changes every week depending on many factors.
In order to remove hydrogen in the aluminum liquid, the Silicon Nitride Ceramic hollow degassing rotor is used to feed nitrogen or argon, and the gas is dispersed by high-speed rotation,finally achieve the effect of neutralizing and discharging hydrogen. ï?¬Compared with graphite rotor, Silicon Nitride Ceramic will not be oxidized under high temperature environment, so it will not pollute the aluminum liquid, and the service life is much longer; ï?¬The property of high thermal shock resistance ensures that the degassing rotor will not break during frequent intermittent operation; Because Silicon Nitride Ceramic is of high density and high strength, it assures that degassing rotor can be reliable and stable in high speed rotation.
Description & Application: - Limestone powder with the highest whiteness and purity levels - Ideal for various industries, including glass manufacturing, decorative paints, ceramics, animal feeds, and fertilizers Standard Packaging: - Available in small bags of 50 kg, bulk packaging, or jumbo bags Physical Properties: - Whiteness (Brightness Ry (DIN 53163)): 96% - Density: 2.7 g/ml - Refractive index: 1.59 - Mohs Hardness: 3 - pH (ISO 787/9): 9 Max. - Moisture: 0.2% Max. General Product Data (typical): - >1.4 mm: 38.5% - >1 mm: 44.3% - >0.5 mm: 13.5% - >0.25 mm: 1.2% - >0.075 mm: 1.0% -
The new professional counter top batch freezer, the ideal machine for the Horeca industry. It is easy to use and compact in size and as a result of its air condensation system and single phase power supply, it can be installed anywhere. Main features BEATER Stainless steel structure with three polymer blades suitable for food products. HOPPER Large opening to feed the mixture quickly. DOOR Entirely made of stainless steel with a safety latch. TIMER Electronic to also control the batch freezer timer remotely. SELECTOR Prompt reading to select the batch freezer, extraction, washing and stop phase.
Price US $ 0.60/ Ream Specifications : Size : A4 (210mm x 297mm), Legal (Legal 216mm Ã?? 356mm), Letter (216mm Ã?? 279mm) Brightness : 100% Whiteness : CIE 167 Thickness : 110 um Opacity : 95% Roughness : 140 ml/ min Sheets/Ream : 500 sheets Reams/Box : 5 Key Performance : No jam in photocopy machine No double feed Stay flat after copying Leave no dust in the copy-machine Nice appearance-white and clean Nice touch-smooth and bulky No see through-print both sides Best For Use With Your : Photocopier Laser Printer Fax Machine Ink-jet Copier 2 side copying
Product Detail The fully automatic plating line is improved on the basis of the traditional plating line. It realizes the centralized PLC or microcomputer program control in the whole line, which has high working efficiency, fewer operators and less floor space, stable quality, long service life and convenient maintenance. Product Characteristics1.Scientific design, reasonable structure: this machine combines designers more than ten years of design and use experience, so that the production line fully reflects the company's product concept of Economic, efficient, practical in the design and structure.2.Machine Material selection Chrome Machine: Storage tank, working tank are made of TA2 material with a long life and no leakage. Anode uses two forms of hanging and rotating column. And it is automatic positioning. Anode can adopt platinum titanium anode and lead-antimony alloys. The liquid feeding system adopts the titanium liquid feeding pump, which has long service life and no leakage. Copper Machine: ANODE can adopt two forms of hanging column and rotating column; its automatic positioning; the new type titanium filter improves the products filtering and sealing effects; titanium (TA2) heating pipe and temperature control system; Japanese Yiweiqi additive pump has high precision and long service life; the storage tank is supported by stiffening rib and sealed by fixing edge.3.The electronic component adopts Japanese Omron inverter, which guarantees the current stability and the electric appliance service life. The operation adopts the programmable controller, which makes the machine achieve automation on feeding the liquid, anode automatic positioning and other operations.
Product Detail: The fully automatic plating line is improved on the basis of the traditional plating line. It realizes the centralized PLC or microcomputer program control in the whole line, which has high working efficiency, fewer operators and less floor space, stable quality, long service life and convenient maintenance. Product Characteristics: 1.Scientific design, reasonable structure: this machine combines designersâ?? more than ten years of design and use experience, so that the production line fully reflects the companys product concept of Economic, efficient, practical in the design and structure. 2.Machine Material SelectionChrome Machine: Storage tank, working tank are made of TA2 material with a long life and no leakage. Anode uses two forms of hanging and rotating column. And it is automatic positioning. Anode can adopt platinum titanium anode and lead-antimony alloys. The liquid feeding system adopts the titanium liquid feeding pump, which has long service life and no leakage.Copper Machine: ANODE can adopt two forms of hanging column and rotating column; its automatic positioning; the new type titanium filter improves the products filtering and sealing effects; titanium (TA2) heating pipe and temperature control system; Japanese Yiweiqi additive pump has high precision and long service life; the storage tank is supported by stiffening rib and sealed by fixing edge. 3.The electronic component adopts Japanese Omron inverter, which guarantees the current stability and the electric appliance service life. The operation adopts the programmable controller, which makes the machine achieve automation on feeding the liquid, anode automatic positioning and other operations.
Dolph has developed a comprehensive line of waveguide ortho-mode transducer covering C, X, Ku and Ka bands. The devices offer very high performance at a very competitive price. Orthomode Transducers separate a signal applied to the circular waveguide input port into its two linear orthogonal components at the rectangular waveguide output ports between the polarizations. In reverse, two orthogonal linearly polarized signals combine, producing an output in the circular waveguide port. The resulting polarization may be linear, circular, or elliptical depending on the relative phase and amplitude of the two orthogonal input signals. Please call us with your specification and discuss your needs with one of our sales engineers. Note: Take Ka-Band Waveguide Ortho-Mode Transducer (OMT) as an example. FAQs of OMT (Orthogonal Mode Transducer) Definition of OMT (Orthogonal Mode Transducer) An Orthogonal Mode Transducer (OMT) is a waveguide component commonly referred to as a polarization duplexer. Orthogonal mode transducers are used to combine or split two orthogonally polarized microwave signal paths. One of the paths forms the uplink and travels through the same waveguide as the receive signal path or downlink path. Application of OMT (Orthogonal Mode Transducer) Orthogonal mode transducers are used to combine or separate two orthogonally polarized microwave signal paths. One of the paths forms the uplink and travels through the same waveguide as the receive signal path or downlink path. Such equipment may be part of a Very Small Aperture Terminal (VSAT) antenna feed or a terrestrial microwave radio feed; for example, OMTs are often used with feed horns to isolate orthogonal polarizations of signals and transmit transmit and receive signals to different ports. There are many microwave waveguide manufacturers, but we are one of the best choices for you.
Soybean (also known as soyabean), the legume or bean with the botanical name Glycine max, has attained global importance as a rich source of proteins and polyunsaturated oil after the World War II. It is also an important vegetarian source of omega-3 and omega-6 fatty acids. Direct food uses of soybeans include soya milk and tofu (made from soya milk). Fermented foods like soy sauce are also made from soybeans.bean products over the past few years. Today, soybeans are cultivated across the globe in large quantities and are processed to obtain vegetable oil as well as the oil meal for a wide range of end-uses. Malaysia. Therefore, the soybean processing industry, i.e., solvent extraction plants to extract the triglyceride oil from soybeans and feed making plants to produce various animal feeds from the extracted soybean oil meal (and other oil meals), have flourished in these countries in the past several decades. Standards have been specified for various grades of soybeans which are traded across the globe. Soybeans generally contain about 18 to 20% triglyceride oil and 35 to 40% proteins on dry basis. Traditionally, soybeans are first processed in solvent extraction plants to obtain the vegetable oil and then the oil meal is either used as a component of different animal feeds. Soybean flour is also used to make traditional breads after mixing with other flours like wheat flour. Other products like textured vegetable proteins (TVP) are also made from soybeans. Baby food formulations, meat and dairy alternatives, soy nut butter are some of the advanced food products made from soybeans.
Parameter: Maximum swing diameter over bed: 800 mm; Maximum turning length: 3000 mm; Maximum length of two centers: 3000 mm; Spindle bore diameter: 104 mm; Spindle nose type D11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 5.4-720(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.06-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 480 mm; Transverse travel of lower tool rest: 500 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 5900 kg; Machine overall size: 5160x1450x1630 mm;
Parameter: Unit Maximum swing diameter over bed: 800 mm; Maximum turning length: 1500 mm; Maximum length of two centers: 1500 mm; Spindle bore diameter: 104 mm; Spindle nose type D11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 5.4-720(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.06-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 480 mm; Transverse travel of lower tool rest: 500 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 4900 kg; Machine overall size: 3660x1450x1630 mm;
Parameter: Unit Maximum swing diameter over bed: 400 mm; Maximum turning length: 1000 mm; Maximum length of two centers: 1000 mm; Spindle bore diameter: 104 mm; Spindle nose type D11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 5.4-720(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.06-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 480 mm; Transverse travel of lower tool rest: 500 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 4200 kg; Machine overall size: 3160x1450x1630 mm;
Parameter: Unit Maximum swing diameter over bed: 400 mm; Maximum turning length: 3000 mm; Maximum length of two centers: 3000 mm; Spindle bore diameter: 104 mm; Spindle nose type A11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 7.5-1000(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.05-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 350 mm; Transverse travel of lower tool rest: 400 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 5700 kg; Machine overall size: 5160x1380x1450 mm;
Parameter: Unit Maximum swing diameter over bed: 400 mm; Maximum turning length: 1500 mm; Maximum length of two centers: 1500 mm; Spindle bore diameter: 104 mm; Spindle nose type A11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 7.5-1000(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.05-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 350 mm; Transverse travel of lower tool rest: 400 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 4700 kg; Machine overall size: 3660x1380x1450 mm;
Parameter: Unit Maximum swing diameter over bed: 400 mm; Maximum turning length: 1000 mm; Maximum length of two centers: 1000 mm; Spindle bore diameter: 104 mm; Spindle nose type A11 type; Spindle nose taper: 120(1:20) mm; Spindle speed range(clockwise): 7.5-1000(18 steps) rpm; Spindle motor power: 11 kw; Rapid motor power: 1.1 kw; Saddle feed speed: 4000 mm/min; Spindle longitudinal feed per revolution: 0.05-24.3/64 kinds mm/r; Spindle transverse l feed per revolution: 0.03-12.1/64 kinds mm/r; Lead screw pitch: 12 Metric ; Metric threads range(number): 1-240(50 kinds) mm; Inch threads range(number): 1-14(26kinds) t.p.i; Modular threads range(number): 0.5-120(53 kinds) mm; Diametral pitch threads range(number): 1-28(24 kinds) Dp; Tailstock sleeve diameter: 100 mm; Tailstock sleeve traverse: 250 mm; Tailstock center taper hole: MT5 ; Positions of tool rest: 4 positions vertical type pcs; Maximum swing diameter over tool rest: 350 mm; Transverse travel of lower tool rest: 400 mm; Transverse travel of upper tool rest: 200 mm; Section size of tool shank: 25*25 square mm; Machine weight: 4000 kg; Machine overall size: 3160x1380x1450 mm;
Parameter: Maximum swing diameter over bed: 400 mm; Maximum swing diameter over carriage: 210 mm; Maximum turning length: 2000 mm; Maximum length of two centers: 2000 mm; Spindle bore diameter: 52 mm; Spindle nose type: ISO-C6 (C8) type; Spindle inner hole taper: MT6 ; Spindle speed range(clockwise): 10-1400(24 steps) rpm; Spindle speed range(anti-clockwise) 12.5-1400(12 steps) rpm; Spindle longitudinal feed per revolution: 0.08-1.59 mm/r; Spindle transverse l feed per revolution: 0.04-0.79 mm/r; Spindle motor power: 11 kw; Metric threads range(number): 1-192(44 kinds) pcs; Inch threads range(number): 2-24(24 kinds) pcs; Modular threads range(number): 0.25-48(39 kinds) pcs; Diametral pitch threads range(number): 1-96(37 kinds) Dp; Transverse travel of the tool rest: 320 mm; Travel of small tool rest: 140 mm; Swing angle of tool rest rotary table : Pos&Neg 90 Deg.; Rapid feed speed (transverse/longitudinal ): 4/2 mm; X-axis travel: 180 mm; Z-axis travel: 320 mm; Section size of tool shank: 25*25 square mm; Tailstock sleeve diameter: 75 mm; Tailstock center taper hole: MT5 ; Tailstock sleeve traverse: 150 mm; Machine weight: 2570 kg; Machine overall size: 3668x1000x1267 mm;
Parameter: Maximum swing diameter over bed: 400 mm; Maximum swing diameter over carriage: 210 mm; Maximum turning length: 1500 mm; Maximum length of two centers: 1500 mm; Spindle bore diameter: 52 mm; Spindle nose type: ISO-C6 (C8) type; Spindle inner hole taper: MT6 ; Spindle speed range(clockwise): 10-1400(24 steps) rpm; Spindle speed range(anti-clockwise) 12.5-1400(12 steps) rpm; Spindle longitudinal feed per revolution: 0.08-1.59 mm/r; Spindle transverse l feed per revolution: 0.04-0.79 mm/r; Spindle motor power: 11 kw; Metric threads range(number): 1-192(44 kinds) pcs; Inch threads range(number): 2-24(24 kinds) pcs; Modular threads range(number): 0.25-48(39 kinds) pcs; Diametral pitch threads range(number): 1-96(37 kinds) Dp; Transverse travel of the tool rest: 320 mm; Travel of small tool rest: 140 mm; Swing angle of tool rest rotary table : Pos&Neg 90 Deg.; Rapid feed speed (transverse/longitudinal ): 4/2 mm; X-axis travel: 180 mm; Z-axis travel: 320 mm; Section size of tool shank: 25*25 square mm; Tailstock sleeve diameter: 75 mm; Tailstock center taper hole: MT5 ; Tailstock sleeve traverse: 150 mm; Machine weight: 2220 kg; Machine overall size: 3168x1000x1267 mm;
Parameter: Maximum swing diameter over bed: 400 mm; Maximum swing diameter over carriage: 210 mm; Maximum turning length: 1000 mm; Maximum length of two centers: 1000 mm; Spindle bore diameter: 52 mm; Spindle nose type: ISO-C6 (C8) type; Spindle inner hole taper: MT6 ; Spindle speed range(clockwise): 10-1400(24 steps) rpm; Spindle speed range(anti-clockwise) 12.5-1400(12 steps) rpm; Spindle longitudinal feed per revolution: 0.08-1.59 mm/r; Spindle transverse l feed per revolution: 0.04-0.79 mm/r; Spindle motor power: 11 kw; Metric threads range(number): 1-192(44 kinds) pcs; Inch threads range(number): 2-24(24 kinds) pcs; Modular threads range(number): 0.25-48(39 kinds) pcs; Diametral pitch threads range(number): 1-96 (37 kinds) Dp; Transverse travel of the tool rest: 320 mm; Travel of small tool rest: 140 mm; Swing angle of tool rest rotary table : Pos&Neg 90 Deg.; Rapid feed speed (transverse/longitudinal ): 4/2 mm; X-axis travel: 180 mm; Z-axis travel: 320 mm; Section size of tool shank: 25*25 square mm; Tailstock sleeve diameter: 75 mm; Tailstock center taper hole: MT5 ; Tailstock sleeve traverse: 150 mm; Machine weight: 2070 kg; Machine overall size: 2668x1000x1267 mm;
Soybean Seed 1. Introduction: Soybean seeds, scientifically known as Glycine max, are a valuable leguminous crop renowned for their high protein and oil content. A versatile commodity, soybean seeds find application in various industries, including food processing, animal feed production, and oil extraction. This product information guide provides key details about soybean seeds, covering their characteristics, nutritional value, common uses, and storage considerations. 2. Characteristics: Shape and Size: Soybean seeds are typically small, oval-shaped legumes with a length ranging from 5 to 11 mm. Color: The color of soybean seeds can vary, including shades of yellow, brown, or black, depending on the variety. Texture: The seed coat is smooth, and the seeds have a firm yet easily crushable texture. 3. Nutritional Composition: Protein Content: Soybean seeds are prized for their high protein content, ranging from 35% to 40%. This makes them a valuable source of plant-based protein. Oil Content: Soybeans contain approximately 18% to 20% oil, primarily consisting of polyunsaturated fats. Carbohydrates: The carbohydrate content is moderate, providing energy and dietary fiber. Vitamins and Minerals: Soybeans are rich in vitamins (B-complex) and minerals (iron, calcium, magnesium), contributing to their nutritional profile. 4. Common Uses: Edible Oil Production: Soybean oil is extracted from the seeds and widely used in cooking and food preparation. Animal Feed: Soybean meal, a byproduct of oil extraction, is a valuable protein source in livestock and poultry feed. Food Products: Soybeans are processed into various food products, including tofu, soy milk, soy sauce, and textured vegetable protein (TVP). Industrial Applications: Soybean oil is used in non-food applications such as biodiesel production and as a base for industrial lubricants. 5. Storage Considerations: Moisture Control: Soybean seeds should be stored in a cool, dry place to prevent moisture absorption and reduce the risk of mold growth. Airtight Containers: Packaging should be airtight to maintain freshness and prevent the seeds from becoming rancid due to exposure to air. Temperature: Storage temperatures should ideally be below 25�°C to preserve the quality of the seeds.
