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  • 2549.2020L.001
    2549.2020L.001
    2549.2020L.001

    2549.2020L.001

    2549.2020L.001 2549.2020L.001
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    Part No.
    A
    B
    C
    D
    SurfaceG
    Material
    Weight(g)
    2549.2020L.001
    60
    60
    4
    φ5.5
    Anodized
    6060-T5
    35.72
    2549.3030L.002
    90
    30
    4
    φ6.5
    Anodized
    6060-T5
    81.40
    2549.4040L.003
    118
    118
    6
    φ8.5
    Anodized
    6060-T5
    209.93
    2549.4545L.004
    133
    133
    6
    φ8.5
    Anodized
    6060-T5
    267.87
    ×
  • 2549.2020T.001
    2549.2020T.001
    2549.2020T.001

    2549.2020T.001

    2549.2020T.001 2549.2020T.001
    Contact us
    Part No.
    A
    B
    C
    D
    E
    F
    SurfaceG
    Material
    Weight(g)
    2549.2020T.001
    60
    60
    4
    20
    10
    φ5.5
    Anodized
    6060-T5
    35.72
    2549.3030T.002
    90
    30
    4
    30
    15
    φ6.5
    Anodized
    6060-T5
    81.40
    2549.4040T.003
    118
    118
    6
    40
    20
    φ8.5
    Anodized
    6060-T5
    209.93
    2549.4545T.004
    133
    133
    6
    45
    22.5
    φ8.5
    Anodized
    6060-T5
    267.87
    ×
With 19 years of dedicated production experience in the automation industry, our company is a trusted in the manufacturing of T-slotted Profile Connection Plates. We pride ourselves on maintaining the standards of quality control throughout the production process, ensuring that each connection plate meets or exceeds industry requirements.

Production Materials:
Our versatility extends to materials; we manufacture T-slotted Profile Connection Plates in both aluminum and steel. This material diversity allows us to cater to a wide range of automation applications, providing strength, durability, and corrosion resistance where needed.

Production Process:
Our production process is a blend of precision engineering and advanced technology. It starts with meticulous design and material selection, followed by:

Cutting and Shaping: Our state-of-the-art machinery precisely cuts and shapes the aluminum or steel into the desired profile, ensuring dimensional accuracy.
Machining: We employ cutting-edge CNC machining techniques to create the necessary T-slots and holes in the plates, guaranteeing a fit with T-slotted profiles.
Quality Control: Quality is paramount in our production process. Every connection plate undergoes rigorous quality control checks at multiple stages to ensure it meets our high standards.
Sorting and Inspection: Before packing, each plate undergoes a 99% sorting process, where it is meticulously inspected for dimensional accuracy, surface finish, and overall quality.
Packaging: We take great care in packaging to prevent any damage during transit, ensuring that our products reach you in pristine condition.

Customization:
Recognizing that automation systems often have unique requirements, we offer customization services. Our team works closely with clients to design and produce connection plates tailored to their specific needs, including variations in dimensions, hole placements, and material preferences.

In conclusion, our 19 years of experience, commitment to quality, and ability to produce T-slotted Profile Connection Plates in both aluminum and steel make us a reliable partner in the automation industry. Whether you need standard or customized solutions, our dedication to precision and excellence ensures that your automation projects benefit from the connection plates available.
About Minde
Ningbo Minde Technology Co., Ltd.
Ningbo Minde Technology Co., Ltd.
The company was established in 2004 and has passed ISO9001, SGS, and RoHS certification. To create an ideal green enterprise, protect limited resources, and reduce waste and pollution, our products have passed SGS environmental testing and comply with the EU RoHS directive. As China Profile Connection Plates Manufacturers and Profile Connection Plates Suppliers, production area 12,000㎡, Two office areas 350㎡, Have 65 Experienced team-member. The major production process includes tooling designing & making, die casting, forging, stamping, precision machining, drilling, surface plating, Intelligent infrared detecting and automation packing, etc. Mostly exported to more than 35 countries and regions, major markets are the USA, Europe, the Middle East, and Southeast Asia.
Certificate Of Honor
  • 900 ISO 2022
  • SGS -RoHs testing 02 SHAEC22002232201
  • Environmental System
  • Health System
  • Quality System
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Profile Connection Plates Industry knowledge
Alignment and Geometry Control of Profile Connection Plates
Alignment and geometry control are crucial considerations in the use of Profile Connection Plates in structural applications. Proper alignment ensures that structural members are correctly positioned, while effective geometry control maintains the intended shape and configuration of the overall structure. Here are key aspects related to the alignment and geometry control of Profile Connection Plates:
Precision Manufacturing: Profile Connection Plates are manufactured with precision to ensure accurate dimensions and geometry, aiding in proper alignment during assembly.
Tolerances and Specifications: The manufacturer provides specific tolerances and specifications for the plates, guiding users on acceptable deviations and helping maintain alignment and geometry within specified limits.
Pre-Engineered Designs: Many profile connection plates are part of pre-engineered systems, where the designs are optimized for precise alignment and geometry control. This ensures consistent performance across various applications.
Alignment Features: The design of Profile Connection Plates often includes alignment features such as guiding grooves, notches, or reference points that assist in aligning the plates with the structural members.
Interlocking Mechanisms: Some plates incorporate interlocking mechanisms that help in maintaining alignment during assembly and contribute to the overall stability of the connected profiles.
Bolt Hole Alignment: The plates are designed with bolt holes that facilitate accurate alignment of profiles, ensuring that bolts can be inserted smoothly without causing misalignment.
Structural Analysis: Engineers conduct structural analysis to verify that the connection plates contribute to the desired geometry and alignment without compromising structural integrity.
Computer-Aided Design (CAD): CAD systems are often employed in the design phase to model and simulate the assembly, allowing engineers to predict and control alignment and geometry issues.
Adjustability: Some Profile Connection Plates are designed to be adjustable, allowing for fine-tuning during assembly to achieve the desired alignment and geometry.
Quality Control Measures: Manufacturers implement stringent quality control measures to verify that each plate meets specified standards, including alignment and geometry requirements.
Installation Guidelines: Users are provided with installation guidelines that include step-by-step instructions for achieving proper alignment and geometry control during the assembly process.
Alignment Verification Tools: In certain applications, alignment verification tools may be employed during or after assembly to ensure that the installed plates maintain the intended alignment and geometry.
Comprehensive Testing: The plates may undergo comprehensive testing, including load tests and structural analyses, to verify that they perform as intended without compromising alignment or geometry.
Compatibility with Different Profiles: Profile Connection Plates are designed to accommodate various profile shapes, ensuring that the connection maintains alignment and geometry control across different structural elements.
Corrosion Protection: Corrosion-resistant coatings on the plates contribute to long-term durability, preserving the alignment and geometry of connections over the structure's lifespan.
By addressing alignment and geometry control through precision manufacturing, design features, adjustability, and quality control measures, Profile Connection Plates play a critical role in ensuring the structural integrity and performance of connected profiles in diverse applications.