Automation

Industrial Automation Systems Provider

As a certified manufacturer specializing in automation equipment, we provide turnkey solutions from single components to complete production lines. Our CE/UL certified facilities deliver precision systems compliant with ISO 9001 standards.

Custom Automation Industry Parts and Products

Hollow Shaft Encoder

Hollow shaft encoders are usually made of aluminum alloy, stainless steel or ceramic, and are formed by precision turning, grinding or powder metallurgy sintering.

Indexing Plate Ratchet

Indexing plate ratchet is usually made of 40Cr alloy steel, GCr15 bearing steel or powder metallurgy steel, and is formed by precision forging, CNC gear shaping/gear hobbing and heat treatment (quenching + tempering).

Machine Base Plate

The machine base is usually made of Q235 carbon steel, 45# steel or 6061 aluminum alloy, and is formed by laser cutting, bending welding or precision casting.

Motor End Caps

The motor end cover is usually made of HT200 cast iron, ADC12 die-cast aluminum alloy or 304 stainless steel, and is formed by precision casting, CNC turning and milling composite processing or stamping and stretching.

Pneumatic Slide Table

Pneumatic slides are usually made of high-strength aluminum alloy ( 6061-T6), stainless steel (SUS304) or engineering plastics (POM) and are manufactured through precision extrusion, CNC machining or injection molding.

Robotic Joint Gear

Robot joint gears are usually made of 20CrMnTi alloy steel, 42CrMo high-strength steel or powder metallurgy steel, and are formed through precision forging, CNC hobbing/grinding, and carburizing and quenching heat treatment.

Surgical Robot Reducer

The core components of surgical robot reducers are usually made of medical-grade titanium alloy or high-purity stainless steel and are manufactured through five-axis linkage nano-grinding, laser cladding or powder metallurgy sintering processes.

Timing Belt Pulleys

Timing pulleys are usually made of powder metallurgy steel (Fe-Cu-C material), aluminum alloy (6061) or nylon reinforced composite materials, and are processed by precision die sintering, CNC turning or injection molding.

Why Choose Bright Future for the Automation?

Ultra-high precision processing capability to meet the precision transmission requirements of automation equipment

We uses a five-axis linkage CNC machining center, which can achieve a machining accuracy of ±0.005mm, which is particularly suitable for precision machining of key transmission components such as linear modules, servo motor housings, and harmonic reducers. Through nano-level surface treatment (Ra≤0.2μm), the friction coefficient of moving parts is significantly reduced, and the operating efficiency and service life of automation equipment are improved.

Integrated processing technology for complex structural parts

In response to the requirements of automation equipment for structural compactness, We has the ability to process special-shaped cavities, thin-walled structures (<0.5mm) and precision gears through multi-axis linkage. Using topological optimization design + five-axis precision machining technology, while ensuring structural strength, it can achieve a weight reduction of 20-30%, helping automation equipment to improve energy efficiency.

Special material processing expertise

We have rich experience in processing commonly used automation materials such as aluminum alloy (6061-T6), stainless steel (304/316), and engineering plastics (POM). Especially in the wear-resistant coating treatment, it has unique advantages, which can increase the service life of moving parts such as guide rails and sliders by more than 3 times, greatly reducing equipment maintenance costs.

Intelligent manufacturing and mass production stability control

Equipped with an adaptive processing system, real-time monitoring and compensation of tool wear, ensuring that 100,000+ batch production CPK ≥ 1.67. Typical case: Continuously supplying 300,000 sets of harmonic reducer housings for a global leading industrial robot brand, with dimensional consistency controlled within ±0.01mm.

Rapid response and modular delivery system

72-hour rapid proofing: supports rapid verification in the R&D stage of automation equipment Functional unit integration: provides modular components such as motor seat + reducer housing 48-hour emergency delivery: establishes a dedicated automation spare parts library to ensure zero downtime of customer production lines

Industry certification and successful cases

Passed ISO 9001 & IATF 16949 certification, service coverage: Industrial automation: supply core transmission components for ABB and FANUC Logistics automation: batch processing of AGV drive units, cumulative delivery of 500,000 sets Detection automation: high-precision visual inspection equipment frame processing, flatness ≤ 0.01mm/m

Provide stable and reliable precision parts support for industrial automation production lines, intelligent equipment and robot systems

Module aluminum alloy profile

Servo motor coupling

Automation conveyor line roller

Pneumatic precision valve body

Industrial harmonic reducer housing

Sensor stainless steel bracket

Automation fixture module

Visual inspection lens holder