Supporting Structure for Lifting Operations in Space-Limited Areas
A lifting auxiliary frame provides a structural foundation for lifting and material-handling operations where conventional cranes or fixed systems cannot be installed. It integrates with compatible hoists, winches, and lifting mechanisms to establish secure operational positions in restricted environments, such as building maintenance zones, narrow access routes, industrial workshops, and balcony openings.
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Indoor Crane Auxiliary BracketDesigned for reliable performance, the indoor auxiliary support frame-also known as the indoor hoisting frame-delivers exceptional load-bearing stability to ensure safe, sway-free operation....view more
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Lifting Wall BracketThe wall-mounted bracket angle is adjustable, making hoisting more flexible. It supports rotation/angle adjustment, adapting to different windows and floors, ensuring precise material feeding...view more
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Outdoor Crane Auxiliary BracketOutdoor auxiliary support frame, specifically designed for outdoor use, wind and weather resistance, superior load-bearing capacity, more stable hoisting, anti-tipping, high safety, quick...view more
Core Technical Specifications & Compliance
Design & Manufacturing Standards:
Built in accordance with international structural steel fabrication and lifting equipment design codes.
Welding & Joints:
Structural joints and weld configurations follow certified industrial welding procedures to ensure structural integrity under dynamic loads (>= safety factors).
Surface Protection:
Industrial-grade corrosion-resistant coatings applied via controlled surface preparation stages.
Operational Tolerances:
Engineered to meet strict dimensional precision (+/- tolerances) and rotational ranges (deg).
Product Configuration & Selection Guide
|
Configuration Item |
Buyer Verification Points |
|
Frame Structure |
Fixed or adjustable configuration |
|
Support Arrangement |
Installation and load-transfer method |
|
Lifting Arm |
Length, reach, and working position |
|
Lifting Point |
Connection type and location |
|
Adjustment Options |
Required height, angle, or reach (+/-, deg) |
|
Hoist Connection |
Compatible lifting equipment interfaces |
|
Available Dimensions |
Installation clearance and space limits |
|
Surface Treatment |
Corrosion protection and finish specs |
|
Technical Documentation |
Drawings, specifications, and inspection records |
Working Load: Rated capacity must align with the complete lifting arrangement, accounting for the load, equipment weight, and safety requirements (>=).
Installation Location: Verification of mounting space, working height, arm reach, and clearance from walls or openings.
Lifting Equipment Compatibility: Alignment with the connection method, load point position, and working range of the selected hoist or winch.
Structural Support: Evaluation of the load transfer path, fastener arrangements, and structural strength of the host building by a qualified engineer.
Adjustment Range: Specification of required height adjustments, arm reach, or rotation capabilities before production.

Material Preparation: Cutting of certified structural steel grades and plates according to approved engineering drawings.
Component Fabrication: Forming and machining of columns, arms, and mounting plates.
Welding Execution:
Assembly of structural parts following specified joint designs.
Dimensional Inspection:
Systematic verification of key dimensions, interfaces, and assembly tolerances (+/-).
Surface Treatment & Final Check:
Application of protective coatings followed by comprehensive completeness and traceability reviews.
FAQ
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