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Computer Numerical Control
Material: Aluminum alloy 6061T6
Surface treatment: sandblasting 150# bright silver oxidation (according to customer demand for surface treatment, can do sandblasting or non-sandblasting oxidation and hard oxidation, acid baking paint treatment, oil spraying treatment, electroplating, chemical nickel plating, passivation, etc.)
Processing method: four-axis CNC machining center
Tolerance range: bearing circumference within 0.005mm, bearing spacing within 0.01mm, bearing assembly requirements temperature difference after assembly without loosening process.
CNC machining finish：Ra1.6
Application areas: crawling robot body, motor cabin body, main board of token balance car, pipeline inspection equipment shell, industrial crawling equipment head shell, laser equipment shell, optical base plate, robot vision shell, robot arm, etc.
Description：The parts of this product are relatively large, and the four-axis processing method is used. One clamping can complete the multi-surface cavity, the equipment repeat positioning accuracy 0.002mm, reducing the error or bad caused by manual secondary clamping.
The monthly output of this product is 1000 pieces with 99% yield rate. -
Computer Numerical Control
Material: Aluminum alloy 6061T6
Surface treatment: None (surface treatment according to customer requirements, can be sandblasted or not sandblasted oxidation and hard oxidation, acid baking paint treatment, oil spray treatment, electroplating, chemical nickel plating, passivation, etc.)
Processing method: CNC machining center
Tolerance range: within 0.01
CNC machining finish: Ra1.6
Application areas: industrial video capture, camera housing, medical lens, optical base plate, robot vision housing, robot arm, etc. -
Computer Numerical Control
Material: aluminum alloy 7075
Surface treatment: None (surface treatment according to customer requirements, can be sandblasted or not sandblasted oxidation and hard oxidation, acid baking paint treatment, oil spray treatment, electroplating, chemical nickel plating, passivation, etc.)
Processing method: CNC machining center
Tolerance range: within 0.01
CNC machining finish: Ra1.6
Application areas: industrial crawling equipment head shell, laser equipment shell, industrial video capture, camera shell, medical lens , optical base plate, robot vision shell, robot arm, etc. -
Computer Numerical Control
Material: Aluminum alloy 6061T6
Surface treatment: sandblasting 150# dyeing oxidation (surface treatment can be done according to customer requirements, sandblasting or non-sandblasting oxidation and hard oxidation, acid baking paint treatment, oil spraying treatment, electroplating, chemical nickel plating, passivation, etc.)
Processing method: CNC machining center
Tolerance range: within 0.01
CNC machining finish: Ra1.6
Application areas: lens gland, pipe inspection equipment shell, crawling robot body, industrial crawling equipment head shell, laser equipment shell, optical base plate, robot vision shell, robot arm, etc.
Description：The parts of this product are not large, using nesting processing, the product output is stable, accurate size, high production efficiency, and has the advantage of low price and high requirements for mass production. -
Computer Numerical Control
Material: Aluminum alloy 6061T6
Surface treatment: sandblasting 150# bright silver oxidation (according to customer demand for surface treatment, can do sandblasting or non-sandblasting oxidation and hard oxidation, acid baking paint treatment, oil spraying treatment, electroplating, chemical nickel plating, passivation, etc.)
Processing method: five-axis CNC machining center
Tolerance range: coaxiality of two measuring holes within 0.01
CNC machining finish: Ra1.6
Application areas: pipeline inspection equipment shell, crawling robot body, industrial crawling equipment head shell, laser equipment shell, optical base plate, robot vision shell, robot arm, etc.
Description：The height between the left and right side is 100mm, and the two holes on the left and right side require coaxiality within 0.015mm. The two holes have coaxial rotation effect, and the built-in motor makes the head up and down electronically controlled tilt mechanical principle.
This product is processed by five-axis equipment, and five faces are processed continuously in one clamping, which saves the production cost and ensures the quality of the product, and requires high precision and stability of CNC equipment in production.
This product in the production we achieved 99% yield rate, the detection method three yuan. -
Computer Numerical Control
Material: Aluminum alloy 6061T6
Surface treatment: sandblasting 150# bright silver oxidation (according to customer demand for surface treatment, can do sandblasting or non-sandblasting oxidation and hard oxidation, acid baking paint treatment, oil spraying treatment, electroplating, chemical nickel plating, passivation, etc.)
Processing method: four-axis CNC machining center
Tolerance range: bearing circumference within 0.005mm, bearing spacing within 0.01mm, bearing assembly requirements temperature difference after assembly without loosening process.
CNC machining finish：Ra1.6
Application areas: crawling robot body, motor cabin body, main board of token balance car, pipeline inspection equipment shell, industrial crawling equipment head shell, laser equipment shell, optical base plate, robot vision shell, robot arm, etc.
Description：The parts of this product are relatively large, and the four-axis processing method is used. One clamping can complete the multi-surface cavity, the equipment repeat positioning accuracy 0.002mm, reducing the error or bad caused by manual secondary clamping.
The monthly output of this product is 1000 pieces with 99% yield rate. -
CNC Lathe
Ichimura currently has 3 sets of DOOSAN CNC lathes imported from Korea, which can process carbon steel, manganese steel, alloy steel, tool steel, high-speed steel, 304, 316, 303, 400 stainless steel, aluminum alloy, copper, iron, aluminum parts, race steel and other metals for customers. Equipment rotary diameter: 400mm, tolerance ±0.007mm, finish is Ra≤0.6
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Computer Numerical Control
Material: aluminum alloy 7075
Surface treatment: None (surface treatment according to customer requirements, can be sandblasted or not sandblasted oxidation and hard oxidation, acid baking paint treatment, oil spray treatment, electroplating, chemical nickel plating, passivation, etc.)
Processing method: CNC machining center
Tolerance range: Height 200mm coaxiality within 0.015
CNC machining finish: Ra1.6
Application areas: Nucleic acid detection reaction cup holder, industrial crawler equipment head shell, laser equipment shell, optical base plate, robot vision shell, robot arm, etc.
Description：The height between the top and bottom is 200mm, the parallelism between the top and bottom is required within 0.02mm, the two faces have large and small holes respectively, and the coaxiality of the two holes is required within 0.015mm.
The tolerance range of φ42 is 0.00-0.015, which requires high precision and stability of CNC equipment in the production. We have achieved 99% yield rate in the production of this product, and the inspection method is three-dimensional yuan. -
WEDM
Murayama currently has 10 sets of sodick and seibu wire cutting machines imported from Japan, which can be equipped with electrode wire diameters of 0.2mm, 0.15mm, 0.1mm, 0.07mm, 0.05mm and the smallest diameter is 0.03mm. The best precision can reach 0.002mm and the best finish can reach Ra0.2
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Electrical Discharge Machining
Murayama currently has 6 sets of Makino and Shadick mirror discharge electrodes imported from Japan and 4 sets of ordinary discharge machines, which are mainly used for processing inserts and mold kernels of precision plastic molds. The maximum precision can reach 0.005mm and the maximum finish can reach Ra0.2
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Related Products Case
Murayama currently has 24 precision surface grinders with a maximum accuracy of 0.002mm and a maximum finish of Ra0.05
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Optical Profile Grinder
Murayama currently has 3 sets of mada optical grinding machines imported from Japan, which are mainly used for processing tungsten steel punches with high precision requirements and shaped parts with complex shapes, with maximum precision up to 0.001mm and best finish up to Ra0.1