High precision mechanical actuator mounting bracket
● Material: carbon steel, stainless steel, aluminum alloy (optional)
● Surface treatment: galvanizing, electrophoresis, spraying or polishing
● Size range: length 100-300 mm, width 50-150 mm, thickness 3-10 mm
● Mounting hole diameter: 8-12 mm
● Applicable actuator types: linear actuator, rotary actuator
● Adjustment function: fixed or adjustable
● Use environment: high temperature resistance, corrosion resistance
● Support customized drawings
In what industries can actuator brackets be used?
According to the needs of different industries, it can be customized as needed:
1. Industrial Automation
● Robotic Arms and Robots: Support linear or rotary actuators to drive the movement or grasping action of the robotic arms.
● Conveying Equipment: Fix the actuator to drive the conveyor belt or lifting device.
● Automatic Assembly Line: Provide stable support for the actuator to ensure the accuracy and efficiency of repeated movements.
2. Automobile Industry
● Electric Vehicle Tailgate: Support the electric actuator to achieve automatic opening or closing of the tailgate.
● Seat Adjustment System: Fix the seat adjustment actuator to help adjust the seat position and angle.
● Brake and Throttle Control: Support the actuator to achieve precise control of the brake system or throttle.
3. Construction Industry
● Automatic Door and Window System: Provide support for linear or rotary actuators to achieve automatic opening and closing of doors and windows.
● Sunshades and Venetian Blinds: Fix the actuator to control the opening and closing of the sunshade.
4. Aerospace
● Landing Gear System: Support the landing gear actuator to ensure the stability of the retraction and extension process.
● Rudder control system: Provide a fixed point for the actuator to control the movement of the aircraft rudder or elevator.
5. Energy industry
● Solar tracking system: Support the actuator to adjust the angle of the solar panel and improve the utilization of light energy.
● Wind turbine adjustment system: Fix the actuator to adjust the angle of the wind turbine blades or the direction of the tower.
6. Medical equipment
● Hospital beds and operating tables: Fix the actuator to adjust the height and angle of the bed or table.
● Prosthetics and rehabilitation equipment: Support micro actuators to provide precise movement assistance.
Quality Management
Vickers Hardness Instrument
Profile Measuring Instrument
Spectrograph Instrument
Three Coordinate Instrument
Company Profile
Xinzhe Metal Products Co., Ltd. was established in 2016 and focuses on the production of high-quality metal brackets and components, which are widely used in the construction, elevator, bridge, power, automotive parts and other industries. The main products include seismic pipe gallery brackets, fixed brackets, U-channel brackets, angle brackets, galvanized embedded base plates, elevator mounting brackets and fasteners, etc., which can meet the diverse project needs of various industries.
The company uses cutting-edge laser cutting equipment in conjunction with bending, welding, stamping, surface treatment, and other production processes to guarantee the precision and longevity of the products.
As an ISO 9001 certified company, we have worked closely with many international machinery, elevator and construction equipment manufacturers and provide them with the most competitive customized solutions.
According to the company's "going global" vision, we are dedicated to offering top-notch metal processing services to the global market and are constantly working to improve the quality of our products and services.
Packaging and Delivery
Angle Brackets
Elevator Mounting Kit
Elevator Accessories Connection Plate
Wooden Box
Packing
Loading
The development process of actuator brackets
The development of actuator brackets, a crucial part for securing and supporting actuators, has been steadily advancing along with technical advancements in the automotive, industrial, and construction sectors. Its primary development procedure is as follows:
Brackets were often made of angle irons or basic welded metal sheets when actuators were first employed. They had crude designs, little durability, and were solely employed to offer simple fixing operations. At this point, brackets had a limited variety of applications, mostly being utilized for basic mechanical drives in industrial machinery.
Actuator brackets entered standardized production as manufacturing technology and the industrial revolution advanced. Over time, the bracket's composition has evolved from a single iron to alloys of carbon steel, stainless steel, and aluminum that are stronger and more resistant to corrosion. The bracket's application range grew to include construction equipment, vehicle production, and other industries as it gradually adjusted to various conditions, such as high temperatures, high humidity, or corrosive situations.
Actuator brackets' functionality and design were refined in the middle to late 20th century:
Modular design: greater versatility was achieved by adding brackets with movable angles and locations.
Surface treatment technology: such as galvanizing and electrophoretic coating, which improved the durability and aesthetics of the bracket.
Diversified applications: gradually meet the needs of high-precision equipment (such as medical instruments) and smart home systems.
Actuator brackets are now in the stage of intelligent and lightweight development due to the emergence of Industry 4.0 and new energy vehicles:
Astute brackets: Certain brackets have sensors integrated into them to track the actuator's operational state and facilitate remote control and diagnostics.
Lightweight materials: such as high-strength aluminum alloys and composite materials, which greatly reduce the weight of the bracket and improve energy efficiency, are particularly suitable for the automotive and aerospace fields.
Actuator brackets currently prioritize environmental preservation and personalization:
High-precision customization: Customized brackets are made to clients' specifications using technologies like CNC machining and laser cutting.
Green manufacturing: Using recyclable materials and eco-friendly coating techniques lessens environmental effect and complies with sustainable development trends.
Multiple Transportation Options
Ocean Freight
Air Freight
Road Transportation
