Processing Industry
https://www.miharting.com/sheet-metal-machinery-applications-in-processing-industry.html
#sheet #metal #aerospace
SHEET METAL MACHINERY APPLICATIONS IN PROCESSING INDUSTRY
The chassis system integration of new energy vehicles has been significantly improved, and CNC machining centers have shown unique advantages in the manufacturing of key components such as subframes and battery trays. The 6061-T6 aluminum alloy control arm used in Tesla's integrated die-cast body is pr... moreProcessing Industry
https://www.miharting.com/sheet-metal-machinery-applications-in-processing-industry.html
#sheet #metal #aerospace
SHEET METAL MACHINERY APPLICATIONS IN PROCESSING INDUSTRY
The chassis system integration of new energy vehicles has been significantly improved, and CNC machining centers have shown unique advantages in the manufacturing of key components such as subframes and battery trays. The 6061-T6 aluminum alloy control arm used in Tesla's integrated die-cast body is precisely processed with a topology optimized structure through a high-speed CNC milling center, achieving a 35% weight reduction while maintaining a tensile strength of 520MPa. The Bosch electronic steering gear housing uses a vertical machining center with a compound angle milling head, which can complete the entire process of processing including the worm gear cavity and sensor mounting surface at 18 stations, with a position toleranc.
CNC machining centers play a key role in multiple industries with their high precision, high efficiency and versatility. The following are its main application areas and typical cases:
1. Automobile manufacturing industry
Core component processing
It is used for processing precision parts such as engine blocks, crankshafts, gearbox housings, and chassis components. It is especially good at high-precision cutting of complex curved surfaces.
New energy vehicle field
Processing of battery module structural parts, electric drive system casing, etc. to meet lightweight design requirements. For example, the 6061-T6 aluminum alloy control arm used in Tesla's integrated die-cast body is precisely processed with a topology optimized structure through a high-speed CNC milling center, achieving a 35% weight reduction while maintaining a tensile strength of 520MPa.
2. Aerospace field
Aircraft structural parts
Processing large and complex parts such as aircraft wing spars and fuselage frames, and achieving precision processing of high-strength alloy materials through multi-axis linkage.
Engine parts
Manufacture high-temperature components such as turbine blades and combustion chambers, and use graphite processing technology to produce high-temperature heat-resistant sheets.
3. Electronic/electrical appliance industry
Precision electrode manufacturing
Graphite materials are used to process microporous electrodes for mobile phones, computers and other electronic products to ensure conductivity and heat dissipation performance.
Semiconductor equipment components
Processing of ultra-high-precision metal parts such as wafer carriers and vacuum chambers.
4. Energy equipment field
Nuclear power equipment
Processing of reactor pressure vessel sealing surfaces, pump bodies and other key components to meet nuclear safety standards.
Wind power equipment
Manufacturing of large castings such as gearbox housings and wheel hubs, with an accuracy up to IT6 level.
5. Machinery and mold manufacturing
Complex box parts
For example, machine tool spindle boxes, hydraulic valve bodies, etc. can complete multi-process processing in one clamping to reduce positioning errors.
Precision mold processing
It is used for five-axis simultaneous processing of complex curved surfaces such as injection mold cavities and die-casting mold runners.
6. Rail transit and shipbuilding industry
Train parts
Processing wheels, axles, brake discs, etc. to ensure high-speed operation stability.
Ship power system
Manufacture of corrosion-resistant parts such as diesel engine crankcases and propeller blades.
7. Medical and precision instruments
Implant processing
Micron-level precision manufacturing of titanium alloy bone joints and dental implants.
Optical instrument components
Processing of ultra-smooth surface parts such as spectrometer bases and laser mirrors.
Expand application scenarios
● Special-shaped parts processing: irregularly shaped workpieces such as art sculptures and bionic structural parts.
● New material processing: drilling and contour forming of carbon fiber composites, ceramics and other special materials.
It can be seen from the above applications that CNC machining centers have become universal core equipment in modern manufacturing industries. Different industries can choose vertical, horizontal or gantry processing according to their needs.
Applications
https://www.miharting.com/sheet-metal-machinery-applications/
#application #of #sheet #metal
Processing Industry
The chassis system integration of new energy vehicles has been significantly improved, and CNC machining centers have shown unique advantages in the manufacturing of key components such as subframes a...
Bending Machines in Shipbuilding Manufacturing
Shipbuilding Industry
1. Improve production efficiency and processing accuracyThe application of bending machines i... moreApplications
https://www.miharting.com/sheet-metal-machinery-applications/
#application #of #sheet #metal
Processing Industry
The chassis system integration of new energy vehicles has been significantly improved, and CNC machining centers have shown unique advantages in the manufacturing of key components such as subframes a...
Bending Machines in Shipbuilding Manufacturing
Shipbuilding Industry
1. Improve production efficiency and processing accuracyThe application of bending machines in shipbuilding manufacturing has significantly improved production efficiency. Through automated and intell...
Sheet Metal Machinery Applications in Kitchen, Bathroom and Decoration
Kitchen, Bathroom and Decoration
Press brake machines, shearing machine, punch press machine and laser cutting machines are widely used in decoration, decoration and kitchen and bathroom fields.Press Brake Machine1. Application areas...
Sheet Metal Machinery Applications in Mechanical Automation
Mechanical Automation
The application of sheet metal machines in the field of mechanical automation has penetrated into many core links. Its technological iteration and process innovation have significantly improved the ef...
Sheet Metal Machinery Applications in Light Pole
Light Pole and Flagpole Processing Equipment
The processing and manufacturing of metal pipes such as light poles, flagpoles and street light poles are inseparable from bending machines and laser cutting machines. The CNC bending machine is suita...
V Grooving Machine
https://www.miharting.com/products/v-grooving-machine/
#v #grooving #machine #price
The main types of our routers are: vertical Grooving machine and gantry Grooving machine.
Mainly used for processing V-shaped grooves, U-shaped grooves and other irregular grooves on sheet metal parts
CNC display panel, optional for the system
Brand pressure controller, reading is clear and intuitive
Highly integrated protection circuit, durable and difficult to use, using precision too... moreV Grooving Machine
https://www.miharting.com/products/v-grooving-machine/
#v #grooving #machine #price
The main types of our routers are: vertical Grooving machine and gantry Grooving machine.
Mainly used for processing V-shaped grooves, U-shaped grooves and other irregular grooves on sheet metal parts
CNC display panel, optional for the system
Brand pressure controller, reading is clear and intuitive
Highly integrated protection circuit, durable and difficult to use, using precision tool holder
Using ball screw, linear guide, and rack and pinion motion system
TYPES OF V GROOVING MACHINE
Gantry Grooving Machine
Vertical Grooving Machine
V GROOVING MACHINE
A V grooving machine offers several advantages in metal and sheet material processing. It provides high precision in creating V-shaped grooves, ensuring clean and accurate cuts without deformation. Th...
A V grooving machine offers several advantages in metal and sheet material processing. It provides high precision in creating V-shaped grooves, ensuring clean and accurate cuts without deformation. This enhances the quality of bends and folds in materials like stainless steel, aluminum, and acrylic. The machine is highly efficient, reducing production time and labor costs. It also minimizes material waste due to its precise cutting capability. Additionally, V grooving machines are versatile, suitable for various thicknesses and types of materials. Their automated features improve safety by reducing manual handling. Overall, these machines enhance productivity, accuracy, and cost-effectiveness in industries like metal fabrication, signage, and HVAC manufacturing.
TUBE LASER CUTTING MACHINE
https://www.miharting.com/products/tube-laser-cutting-machine/
#tube #laser #cutting #machine #manufacturers
Fast cutting speed
Refined processing
Suitable for cutting different panels
INTRODUCTION TO CONFIGURATION
Stretched Aluminum Gantry
Using low pressure steel film casting process,the beam has high density, light weight,smooth surface quality,excellent integrity and rigidity.At the same time,it has good toughness,ductility and corrosion resistance.
Super... moreTUBE LASER CUTTING MACHINE
https://www.miharting.com/products/tube-laser-cutting-machine/
#tube #laser #cutting #machine #manufacturers
Fast cutting speed
Refined processing
Suitable for cutting different panels
INTRODUCTION TO CONFIGURATION
Stretched Aluminum Gantry
Using low pressure steel film casting process,the beam has high density, light weight,smooth surface quality,excellent integrity and rigidity.At the same time,it has good toughness,ductility and corrosion resistance.
Super Thick and Wide Steel Bed
Steel bed has good shock absorption and small deformation, which ensures the stability of long-term production.It can effectively counteract the force of frequent high-speed reversing and high acceleration and deceleration,which is the guarantee of stable quality and provides support for constant quality of laser cutting machine.
Laser Cutting System
Intelligent visual control system, the operation interface is easier to understand, and the laser power, gas type and pressure can be adjusted intuitively; Intelligent edge searching, automatic positioning, easy to achieve efficient production.
Japan Panasonic Servo Motor
The high precision servo motor can control the cutting speed and position, running smoothly and without vibration.
Laser Cutting Head
The laser head automatically avoids obstacles, suppresses vibrations, and enables multiple perforation patterns.
SPECIFICATION OF TUBE LASER CUTTING MACHINE
Torsion Axis Press Brake Machine
https://www.miharting.com/products/torsion-axis-press-brake-machine/
#torsion #bar #press #brake
A press brake using torsion bars to synchronize dual hydraulic cylinders, ensuring parallel ram movement. Ideal for medium-thick metal bending, offering mechanical simplicity, durability, and cost-effectiveness. Limited CNC precision but excels in high-load, low-complexity tasks.
TYPES OF TORSION AXIS PRESS BRAKE MACHINE FOR SALE
TP10S
E21
HOW DOES A TORSION A... moreTorsion Axis Press Brake Machine
https://www.miharting.com/products/torsion-axis-press-brake-machine/
#torsion #bar #press #brake
A press brake using torsion bars to synchronize dual hydraulic cylinders, ensuring parallel ram movement. Ideal for medium-thick metal bending, offering mechanical simplicity, durability, and cost-effectiveness. Limited CNC precision but excels in high-load, low-complexity tasks.
TYPES OF TORSION AXIS PRESS BRAKE MACHINE FOR SALE
TP10S
E21
HOW DOES A TORSION AXIS PRESS BRAKE WORK?
A torsion axis press brake is a machine used for bending metal sheets, utilizing a synchronized mechanical system to ensure precision. Its key component is a torsion bar (or shaft) connecting two hydraulic cylinders on either side of the machine. When activated, hydraulic pressure drives the cylinders upward, creating torque in the torsion bar. This torque forces the upper beam (ram) to descend uniformly, pressing the metal against a die to form a precise bend. The torsion bar mechanically synchronizes the cylinders, maintaining parallelism between the ram and the bed during operation. This design offers simplicity, durability, and cost-efficiency compared to CNC servo-driven models, making it ideal for repetitive bends in small-to-medium workshops. Adjustments are typically manual, focusing on bend angle and depth.
ADVANTAGES OF TORSION AXIS PRESS BRAKES
Torsion axis press brakes offer distinct advantages in metal fabrication. Their torsion bar synchronization mechanism ensures uniform force distribution across the ram, enabling high-precision bending with consistent angular accuracy (±0.5°), particularly beneficial for complex or long workpieces. This rigid construction minimizes deflection, maintaining parallelism between upper and lower dies even under heavy loads (up to 3000 tons). Operators benefit from simplified programming with angle-memory systems that automatically calculate required tonnage, reducing setup time by 30-40% compared to conventional presses. The direct-drive transmission eliminates hydraulic components, cutting energy consumption by 25% while achieving faster stroke cycles (15-20 RPM). Enhanced durability comes from reduced wear components, lowering maintenance costs by approximately 50% over hydraulic equivalents. These machines particularly excel in high-volume production of automotive chassis and architectural metalwork, where repeatable precision is critical.
SINGLE TABLE LASER CUTTING MACHINE
https://www.miharting.com/products/single-table-laser-cutting-machine/
#single #table #laser #cutting #machine
A single-table laser cutting machine uses a high-powered laser beam to cut materials with precision. The workpiece is placed on a stationary table, while the laser head moves along the X and Y axes to perform cuts. This setup ensures accuracy, speed, and versatility for cutting metals, plastics, and other materials.
Batch continuous processing
Fa... moreSINGLE TABLE LASER CUTTING MACHINE
https://www.miharting.com/products/single-table-laser-cutting-machine/
#single #table #laser #cutting #machine
A single-table laser cutting machine uses a high-powered laser beam to cut materials with precision. The workpiece is placed on a stationary table, while the laser head moves along the X and Y axes to perform cuts. This setup ensures accuracy, speed, and versatility for cutting metals, plastics, and other materials.
Batch continuous processing
Fast speed and low energy consumption
Easy to operate
INTRODUCTION TO CONFIGURATION
Stretched Aluminum Gantry
Using low pressure steel film casting process,the beam has high density, light weight,smooth surface quality,excellent integrity and rigidity.At the same time,it has good toughness,ductility and corrosion resistance.
Super Thick and Wide Steel Bed
Steel bed has good shock absorption and small deformation, which ensures the stability of long-term production.It can effectively counteract the force of frequent high-speed reversing and high acceleration and deceleration,which is the guarantee of stable quality and provides support for constant quality of laser cutting machine.
Laser Cutting System
Intelligent visual control system, the operation interface is easier to understand, and the laser power, gas type and pressure can be adjusted intuitively; Intelligent edge searching, automatic positioning, easy to achieve efficient production.
Japan Panasonic Servo Motor
The high precision servo motor can control the cutting speed and position, running smoothly and without vibration.
Laser Cutting Head
The laser head automatically avoids obstacles, suppresses vibrations, and enables multiple perforation patterns.
DETAILS OF SINGLE TABLE LASER CUTTING MACHINE
SPECIFICATION OF SINGLE TABLE LASER CUTTING MACHINE
Shearing Machine
https://www.miharting.com/products/shearing-machine/
#shearing #machine #in #china
The shearing machine adopts a metal plate welded structure, hydraulic transmission, accumulator return, easy operation, reliable performance, beautiful appearance, and standard CNC controller.
The gap between the metal scissor blades is indicated by symbols, making it easy and quick to adjust.
The light centering device and the shearing stroke control device are convenient and quick to adju... moreShearing Machine
https://www.miharting.com/products/shearing-machine/
#shearing #machine #in #china
The shearing machine adopts a metal plate welded structure, hydraulic transmission, accumulator return, easy operation, reliable performance, beautiful appearance, and standard CNC controller.
The gap between the metal scissor blades is indicated by symbols, making it easy and quick to adjust.
The light centering device and the shearing stroke control device are convenient and quick to adjust.
The workbench uses a rolling plate to support the balls, which facilitates plate feeding and reduces scratches and frictional resistance of the plate.
TYPES OF SHEARING MACHINE FOR SALE
Hydraulic Swing Shearing Machine
Hydraulic Guilltine Shearing Machine
APPLICATION OF CNC SHEARING MACHINE IN SHEET METAL INDUSTRY
CNC shearing machine is a piece of equipment that uses CNC technology for plate cutting. It is composed of CNC devices, servo systems, devices and machine tools, and can achieve precise cutting of plates. CNC shearing machines play a vital role in sheet metal processing, especially in the initial process of blanking. Its accuracy directly affects the processing quality of subsequent processes.
Main components
- CNC device: responsible for receiving and processing machining instructions.
- Servo system: It consists of servo motor and driving device to ensure the precise movement of the machine tool.
- Machine tool body: including front positioning and rear positioning servo motors, and workbench, used to support and move the plate to be processed.
APPLICATION ADVANTAGES OF CNC SHEARING MACHINE IN SHEET METAL PROCESSING
1. Improve processing accuracy and efficiency
CNC shearing machines can effectively improve the processing accuracy of sheet metal parts by accurately controlling the cutting process. In addition, due to its high degree of automation, manual intervention is reduced, thereby significantly improving production efficiency.
2. Adaptable
CNC shearing machines can adapt to the processing needs of sheet metal parts of different shapes and sizes. Especially for parts with complex shapes, CNC shearing machines can achieve precise processing through programming.
3. Reduce labor intensity
Compared with traditional manual or semi-automatic shearing machines, CNC shearing machines greatly reduce the labor intensity of the operator, making the processing process more efficient and convenient.
PURE ELECTRIC PRESS BRAKE
https://www.miharting.com/products/pure-electric-press-brake/
#servo #electric #press #brake
A high-precision metal-forming machine powered entirely by electricity, offering energy efficiency, zero emissions, and low noise. Ideal for bending sheet metal in automotive, aerospace, and construction industries. Features servo motor control, CNC systems, and rapid response for consistent accuracy. Compact design, easy operation, and reduced maintenance costs enhance prod... morePURE ELECTRIC PRESS BRAKE
https://www.miharting.com/products/pure-electric-press-brake/
#servo #electric #press #brake
A high-precision metal-forming machine powered entirely by electricity, offering energy efficiency, zero emissions, and low noise. Ideal for bending sheet metal in automotive, aerospace, and construction industries. Features servo motor control, CNC systems, and rapid response for consistent accuracy. Compact design, easy operation, and reduced maintenance costs enhance productivity and sustainability.
TYPES OF PURE ELECTRIC PRESS BRAKE FOR SALE
DA53T
DE15
INVOANCE
PURE ELECTRIC PRESS BRAKE WORKING PRINCIPLE
A pure electric press brake utilizes servo motors and ball screws instead of traditional hydraulic systems to generate bending force. The servo motors drive the ball screws, converting rotational motion into precise linear movement. This controls the vertical displacement of the ram (upper beam), which presses the metal sheet against the die (lower tool) to achieve the desired bend angle.
Key components include:
Servo Motors: Provide high-precision torque and speed control.
Ball Screws: Ensure accurate force transmission with minimal friction.
CNC System: Programs parameters like bend angle, depth, and speed.
Advantages include energy efficiency (no hydraulic oil), reduced noise, faster response, and minimal maintenance. The electric design eliminates oil leaks and ensures consistent repeatability (±0.01mm), ideal for complex or high-volume sheet metal fabrication in industries like automotive and aerospace.
PURE ELECTRIC PRESS BRAKE ADVANTAGES
Pure electric press brakes offer significant benefits over hydraulic counterparts. Energy efficiency stands out, consuming up to 60% less power by eliminating hydraulic pumps and oil. Precision and repeatability (±0.01mm) are achieved via servo motors and CNC systems, ideal for complex, high-tolerance bends. Faster cycle times and instant response enhance productivity. Maintenance is minimal due to no hydraulic oil, filters, or leak-prone components, reducing downtime and lifecycle costs. The eco-friendly design avoids oil waste and contamination, aligning with sustainability goals. Low noise operation (below 75 dB) improves workplace comfort. Flexibility in programming enables rapid adaptation to diverse part geometries. These features make electric press brakes ideal for automotive, aerospace, and electronics industries seeking speed, precision, and cost-effective production.
