Lifting Equipment Inspection

All our inspections comply with current standards and with 5-2.1, r. 13 – Regulation on Occupational Health and Safety. Safety and compliance are our top priorities, which is why our team is dedicated to ensuring that all lifting equipment in industrial facilities meets the rigorous standards set by ASME (American Society of Mechanical Engineers) and CSA (Canadian Standards Association).

We conduct regular inspections, load tests, compliance assessments, and provide recommendations for necessary repairs and upgrades.

Overhead crane inspections are essential to ensure their safety and proper functioning. These inspections include a thorough visual examination of the structure, including beams, rails, trolleys, and suspension components, to identify any visible damage, corrosion, cracks, or other anomalies.

We check lifting devices (hoists, cables, slings, hooks) and safety features (load limiters, brakes, emergency stops, locking mechanisms). A check of the movement mechanisms and rail alignment is conducted, along with an inspection of electrical components and control systems (remote controls, obstacle detection).

A detailed inspection report will be provided, documenting any defects, recommendations, and corrective actions needed to ensure traceability and compliance with standards.

Inspection Frequency: Inspections should be conducted regularly, according to the manufacturer’s recommendations, local regulations, and industry best practices. Depending on usage and work environment, they may be monthly, quarterly, or annual inspections.

Inspection Objectives: The goal is to ensure operational safety, prevent costly repairs by detecting potential problems, guarantee compliance with standards, and extend the crane’s lifespan by preventing premature wear.

Regular inspections prevent accidents, minimize downtime, and ensure safe and efficient lifting operations.

Under-the-Hook Inspection: The under-the-hook inspection examines lifting equipment (slings, hooks, hoists) located beneath the load connection point. This inspection helps identify defects or signs of deterioration that could compromise the safety of the lifting operation.

Adaptable to your needs, we offer on-site load testing up to 50,000 lbs with a maximum capacity of 80,000 lbs for test benches.

A load test is an important procedure performed to evaluate the lifting capacity and strength of lifting equipment such as overhead cranes, hoists, slings, and winches. Here’s an overview of the load test and its typical procedure:

Objective of the Load Test:

The main goal of the load test is to verify that the lifting equipment can safely support the rated load it is designed for.

This test also helps detect any defects, anomalies, or weaknesses in the equipment that could compromise its ability to operate safely.

How the Load Test is Conducted:

Before performing the load test, it is essential to consider the manufacturer’s requirements, applicable safety standards, and the working environment.

An appropriate load is selected, and necessary safety devices are put in place to prevent risks.

The load is gradually applied to the lifting equipment until its rated capacity or a specified load by the manufacturer is reached.

During the test, the equipment is closely monitored for any signs of deformation, excessive bending, abnormal noise, or other anomalies.

The test can be conducted at various working positions or heights to assess the load capacity under different conditions.

Safety Measures:

The load test must be carried out according to strict safety procedures to protect people and surrounding property.

Safety devices such as safety stops, emergency shutdowns, and load limiters must be in place and functioning properly during the test.

Evaluation of Results:

Once the load test is complete, the results are evaluated to determine if the lifting equipment meets the established performance criteria.

If any defects or issues are identified during the test, corrective measures may be needed before the equipment can be put into service again.

Our team of engineers offers custom solutions to meet your lifting needs. Our services include:

• Needs Analysis: We begin by studying your requirements, including load assessment, environmental constraints, safety requirements, and structural limitations.
• Custom Design: Our engineers create tailored solutions for lifting and handling equipment.
• 3D Scanning and Reverse Engineering: We use advanced technologies for in-depth analysis.
• Finite Element Analysis: Evaluation of the strength and performance of equipment.
• Load Capacity Calculation: Verification of the optimal capacity of your equipment.
• Performance Optimization: We design solutions to improve productivity, reduce downtime, and increase operational safety.
• Compliance Guarantee: Our designs adhere to safety and quality standards, ensuring legal compliance of equipment.
• Risk Reduction: Our custom solutions help minimize the risks of accidents, property damage, and failures.
• Technical Support: We offer ongoing support, including expert advice, feasibility studies, risk assessments, and project management, from design to implementation.

Get structural certification for various personnel lifting equipment, including:

1. Self-propelled aerial work platforms
2. Telescopic and/or articulated boom lifts
3. Vehicle-mounted aerial lifts
4. Concrete pumps and distribution booms
5. Mobile cranes
6. Personnel lifting platforms

The inspection begins with a visual examination of the structure of each piece of equipment, where inspectors look for signs of damage, corrosion, cracks, deformations, or other visible defects. Key components — rails, supports, panels, safety barriers, hydraulic cylinders, cables, and joints — are inspected.

The lifting and propulsion mechanisms are checked to ensure they function properly, and the anchorage points for the lift or platform are verified to ensure they can support the specified maximum load. Fastening devices, such as hooks and straps, are also inspected for strength.

All observations are documented in detail, and an inspection report is provided. This report assesses the condition of the structure, notes any defects, and proposes recommendations and corrective actions as needed.

Contact us today to discuss your inspection or certification needs, and find out how our team can help you ensure a safe and compliant work environment.