Qsq-1200 Vertical Plus Horizontal Cutting Machine-Stone Cutting Machine

Model NO.: vertical plus horizontal cutting machine
Control: Artificial
Certification: API, CCC, UL, SONCAP, GOST, ISO, CE, Horizontal Cutting Machinery
Model: Qsq-1200 Vertical Plus Horizontal Cutting Machine
Max. Diameter of Blade(PC): 1200
Max. No. of Blades(PC): 1
Crossbeam Length(Mm): 7400
Main Motor Power(Kw): 45/55
Max. Vertical Stroke(Mm): 1350
Max. Cutting Size(L*W*H)(Mm): 3500*1800
Diameter of Horizontal Blade(Mm): 400-600
Water Consumption(M3/H): 6
Approximate Weight(Kg): 9000
Trademark: wanlong
Specification: QSQ-1200 vertical plus horizontal cutting machine
Origin: Quanzhou City
OSQ-1200A/1600A has vertical and horizontal blade working on the same machine. It is designed as per the understandingof processing marble or granite block into slabs and tiles. Strong motor power, heavy-duty steel body, and user-friendly operationsystem as well as easy-to- maintain of machine that is an ideal machine for choice.

    QSQ-1200 QSQ-1600
Max. diameter of blade mm 1200 1600
Max. No. of blades pc 1 1
Main motor power KW 45/55 45/55
Max. vertical stroke mm 1350 1350
Crossbeam length mm 7400 6500
Max. cutting size ( L x W x H) mm 3200*1800*950 3000*1800*1100
Diameter of horizontal blade mm 400-600 400-600
Main motor power for horizontal blade KW 11 11
Vertical stroke of horizontal cutting column mm 850 850
Dimensions (L x W x H ) mm 7400*3800*6100 7400*3800*56100
Water consumption m³/h 6 6
Approximate weight Kg 9000 9500

Sand Casting

Sand casting is used to produce a wide variety of metal components with complex geometries. These parts can vary greatly in size and weight, ranging from a couple ounces to several tons. Some smaller sand cast parts include components as gears, pulleys, crankshafts, connecting rods, and propellers. Larger applications include housings for large equipment and heavy machine bases. Sand casting is also common in producing automobile components, such as engine blocks, engine manifolds, cylinder heads, and transmission cases.


Sand casting, the most widely used casting process, utilizes expendable sand molds to form complex metal parts that can be made of nearly any alloy. Because the sand mold must be destroyed in order to remove the part, called the casting, sand casting typically has a low production rate. The sand casting process involves the use of a furnace, metal, pattern, and sand mold. The metal is melted in the furnace and then ladled and poured into the cavity of the sand mold, which is formed by the pattern. The sand mold separates along a parting line and the solidified casting can be removed. The steps in this process are described in greater detail in the next section. In sand casting, the primary piece of equipment is the mold, which contains several components. The mold is divided into two halves - the cope (upper half) and the drag (bottom half), which meet along a parting line. Both mold halves are contained inside a box, called a flask, which itself is divided along this parting line. The mold cavity is formed by packing sand around the pattern in each half of the flask. The sand can be packed by hand, but machines that use pressure or impact ensure even packing of the sand and require far less time, thus increasing the production rate. After the sand has been packed and the pattern is removed, a cavity will remain that forms the external shape of the casting. Some internal surfaces of the casting may be formed by cores.


Sand casting is able to use of almost any alloy. An advantage of sand casting is the ability to cast materials with high melting temperatures, including steel, nickel, and titanium. The four most common materials that are used in sand casting are shown below, along with their melting temperatures

Materials Melting temperature
Aluminum alloys 1220 °F (660 °C)
Brass alloys 1980 °F (1082 °C)
Cast iron 1990-2300 °F (1088-1260 °C)
Cast steel 2500 °F (1371 °C)

The material cost for sand casting includes the cost of the metal, melting the metal, the mold sand, and the core sand. The cost of the metal is determined by the weight of the part, calculated from part volume and material density, as well the unit price of the material. The melting cost will also be greater for a larger part weight and is influenced by the material, as some materials are more costly to melt. However, the melting cost in typically insignificant compared to the metal cost. The amount of mold sand that is used, and hence the cost, is also proportional to the weight of the part. Lastly, the cost of the core sand is determined by the quantity and size of the cores used to cast the part.

Sand casting process advantages
Can produce very large parts
Can form complex shapes
Many material options
Low tooling and equipment cost
Scrap can be recycled
Short lead time possible

Applications:
Construction Machine Parts,Scaffolding Parts,Engine blocks and manifolds, machine bases, gears, pulleys, agriculture parts,Marine Parts,medical parts,hardware, automobile parts,ect.

Sand Casting,Aluminum Sand Casting,Stainless Steel Sand Casting,Sand Precision Casting

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