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Custom SECC Sheet Metal Mounting Plate for Patrol Robot Transmission Modules - China Suppliers & Factory Solutions

Introducing our custom SECC sheet metal mounting plate, specifically engineered for patrol robot transmission modules. Manufactured in China, our precision-stamped and corrosion-resistant metal mounting plates ensure durability and reliability. As a leading factory and supplier, we pride ourselves on fast delivery and comprehensive OEM support to meet your unique requirements. Enhance your patrol robot systems with our top-quality mounting solutions today!
  • Product Name Patrol Robot Transmission Module Mounting Plate
  • Process Metal Stamping and Stamping Die
  • Size Custom Size
  • Material SECC
  • Mold Ttype Single Die/Compound Die
  • Drawing Format pdf, dwg, igs, step, stp

What is Patrol Robot Transmission Module Mounting Plate

Patrol robots transmission module mounting plate is specifically designed to secure the transmission module. It is manufactured using SECC material via a stamping process.

This stamped mounting plate effectively resolves issues associated with the robot's transmission module, such as cumbersome assembly procedures and high iteration costs. A reliable and stable transmission module directly determines the robot's operational endurance and overall operational reliability.

Product Specifications

Product Size 105*70*80mm Expand Size 194.6*116.1*1.5mm
Material SECC Material Thickness 1.5mm
Product Weight 130.8g Processing Difficulty Simple
Size Tolerance ±0.01mm Angle Tolerance ±0.3°

Manufacturing Process

# Process Equipment / Tonnage Process Description & Precautions
1 Progressive Blanking 160 Tons Product outline and locating holes are punched in one operation to ensure dimensional accuracy and controlled burr height.
2 Piercing & Forming 160 Tons Functional holes and partial forming features are completed in the same stage. Tool alignment and punch precision are critical.
3 Tapping M3 x 2 Two threaded holes are tapped. Thread quality and hole tolerance are controlled within ±0.01 mm.
4 L-Bending 200 Tons Main bending process forms the bracket profile. Bending angle and springback are carefully monitored.
5 Final Forming 200 Tons Secondary bending and shape correction are performed to meet final geometry requirements.
6 PEM Fastener Insertion Auxiliary Process Press-fit nuts or studs are installed according to assembly requirements.
7 Surface Cleaning Auxiliary Process Degreasing and cleaning remove oil, dust, and stamping residue before inspection.
8 Quality Inspection Auxiliary Process Full inspection of dimensions, thread quality, bend angle, and surface appearance. Nonconforming parts are removed.
9 Packaging Auxiliary Process Custom protective packaging is used to prevent scratches and deformation during transport.

Why Choose Us?

Rapid Delivery, Guaranteed Production Capacity

Backed by a professional production team of over 500 members, with scheduling and coordination expertly managed by our mechanical engineers.

Precision-Fit Assembly

Components feature multiple pre-drilled holes and tapped threads, ensuring perfect compatibility with robotic transmission structures—eliminating the need for secondary processing and allowing for immediate, plug-and-play installation.

Batch Customization

We employ a large-scale customized production model. This enables rapid iteration of product structures, effectively minimizing the costs associated with batch updates and helping you maintain a competitive edge in the robotics market.

Dedicated 1-on-1 Engineering Support

From design reviews and mass production oversight to after-sales support, a dedicated engineer provides personalized, one-on-one service throughout the entire process—ensuring consistent, controllable quality at every stage and nipping potential risks in the bud.

High-Strength, Corrosion-Resistant Structure

Our components boast superior tensile strength, enhanced by specialized anti-corrosion surface treatments. Combining moderate hardness with excellent toughness, they ensure stable operation in complex outdoor environments—withstanding the multiple challenges posed by temperature fluctuations and vibration.

Precision Stamping Process: High Dimensional Consistency

Leveraging advanced metal stamping technology, we achieve exceptional dimensional consistency. Our inspection capabilities reach a precision of 0.01 inches, ensuring stable tolerances across every production batch.

Factory Display

Stamping Mold

Stamping Mold

Stamping Machining

Stamping Machining

Dimension Testing

Dimension Testing

6m Bending Machine

6m Bending Machine

Raw Material Steel Coil

Raw Material Steel Coil

Seamless Square Pipe Warehouse

Seamless Square Pipe Warehouse

Laser Tube Cutting Machine

Laser Tube Cutting Machine

Auxiliary Gas Storage Equipment

Auxiliary Gas Storage Equipment

MTC Material Test Certificated

MTC Material Test Certificated

LVMA specializes in custom robot metal mounting plates by precision metal stamping and sheet metal fabrication. We produce structural frames, brackets, housings, and other durable components for robotics applications. Supported by advanced equipment, strict quality control, and fast turnaround, LVMA delivers reliable stamped parts with accurate tolerances and consistent finishes.

From prototypes to mass production, our scalable manufacturing solutions serve automation, medical robotics, aerospace, and consumer electronics industries worldwide.

Frequently Asked Questions

What material is used for the patrol robot transmission module mounting plate?
The mounting plate is manufactured using SECC (electrogalvanized cold-rolled steel), which offers excellent corrosion resistance, good formability, and reliable mechanical strength—making it well-suited for robotic structural applications.
What are the key dimensions and tolerances of this mounting plate?
The product size is 105×70×80mm with an expanded flat size of 194.6×116.1×1.5mm. Material thickness is 1.5mm, weight is 130.8g, size tolerance is ±0.01mm, and angle tolerance is ±0.3°.
How many manufacturing steps are involved in producing this mounting plate?
The production process involves 9 steps: progressive blanking, piercing & forming, tapping, L-bending, final forming, PEM fastener insertion, surface cleaning, quality inspection, and protective packaging—ensuring consistent quality throughout.
Can the mounting plate be customized for different robot transmission module designs?
Yes. We support batch customization with rapid structural iteration. Our large-scale production model allows design modifications to be implemented efficiently, minimizing update costs while maintaining dimensional precision across every batch.
Does the mounting plate require secondary processing before installation?
No secondary processing is required. The plate comes with pre-drilled holes and tapped threads (M3×2) that are fully compatible with standard robotic transmission structures, enabling immediate plug-and-play installation.
What quality control measures are applied during production?
Each part undergoes a full quality inspection covering dimensional accuracy, thread quality, bend angle, and surface appearance. Our inspection capability reaches 0.01mm precision, and all nonconforming parts are removed before packaging and shipment.

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