Repair. Manufacture. Balance.
Driveshafts
Repair using factory processes and manufacture from a sample or drawing. Driveshaft balancing up to 6 m long and 500 kg.
Explore driveshaft servicesALWAZEN INDUSTRIES / Saudi Arabia
Cardan and drive shaft repair, manufacturing and balancing.
For transport and industry.
All applications
- passenger cars
- heavy trucks
- commercial vehicles
- off-highway machinery
- marine drives
- industrial machinery
- rail vehicles
- metallurgical equipment
- agricultural machinery
Feasibility is confirmed after a technical assessment of the component.
Driveshaft repair and rebuilding using factory processes.
Dynamic balancing of industrial rotors and turbine rotors up to 500 kg. Laser alignment of rotating machinery.
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Everything finds its balance.
Built around your component
Two disciplines.
One precise approach.
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Measure. Correct. Verify.
Rotors & turbines
Fans, impellers and turbine rotors up to 500 kg. Acceptance is subject to geometry, speed and safe mounting.
Discuss a rotor01 / Industrial services
Repair. Manufacture.
Balance.
Start with the part, its condition and operating requirements. We define the scope before work begins.
01
Driveshaft repair
Repair and rebuilding using factory processes: inspection of joints, play and straightness, with component repair or replacement to the agreed scope.
What to prepare
Provide the vehicle or equipment model, shaft length, flange photos and a description of when vibration occurs.
02
Driveshaft manufacturing
Manufacture and assembly of cardan and drive shafts to agreed dimensions and application requirements.
What to prepare
A drawing or sample, mounting dimensions, torque and operating speed are needed to define the design and materials.
03
Driveshaft balancing
Dynamic balancing of assembled driveshafts up to 6 m long and 500 kg in mass. Mounting and operating speed are confirmed during technical assessment.
What to prepare
Provide shaft length, mass, operating speed, connection type and the condition of moving components.
04
Rotor & turbine balancing
Dynamic balancing of rotors, fans, impellers and turbine rotors up to 500 kg, subject to technical review.
What to prepare
Acceptance depends on mass, dimensions, speed, support surfaces and safe mounting.
05
Machining & fitting
Turning of shafts, bushings, flanges and mounting surfaces to drawings or measured dimensions.
What to prepare
Specify material, dimensions and tolerances. Repair feasibility is determined after inspecting the component.
06
Welding & assembly
Welding and assembly of metal components with attention to alignment and the effects of heat.
What to prepare
The method depends on material, wall thickness, joint type and operating requirements.
02 / Dynamic balancing
Measure.
Correct.
Verify.
Imbalance is one possible source of vibration. The work starts with an assessment of the rotor and a suitable mounting, measurement and correction plan.
Driveshaft balancing
- Shaft length
- up to 6 m
- Shaft mass
- up to 500 kg
Industrial rotors and turbine rotors — up to 500 kg.
Dimensions, operating speed, rotor type, support surfaces and safe mounting determine technical acceptance. Mass alone does not establish suitability for balancing.
- Assess the component and operating data
- Measure imbalance and agree the correction
- Verify the result after correction
Before you send a request
The right details.
A clearer assessment.
Choose your component to see which information helps us assess the work. Unknown dimensions can be clarified during inspection.
Explore the assembly3D / 360°
Drag to rotate · arrow keys and + / − also work
Vehicle or equipment model and shaft location
Length between mounting faces; state the measurement condition
Flange or joint type, dimensions and part markings
When the vibration occurs; previous damage or modifications
Explore the assembly3D / 360°
Drag to rotate · arrow keys and + / − also work
Rotor type, mass and overall dimensions
Operating speed and support / journal dimensions
Material, rotor condition and available drawings
Previous balancing results and specified acceptance criteria
Illustrative diagrams. Measurements and the final work scope are verified before manufacture or balancing.
03 / Core business processes
From your challenge
to a precise result.
Request, engineering, execution and support. Technical information connects every stage of the work.
Start with the application
We clarify the application, symptoms, dimensions and operating conditions to determine whether inspection, measurement or engineering is needed.
Stage information
- Task description
- Photos and dimensions
- Operating conditions
Agree on the solution first
We define repair or manufacture, connection dimensions and the inspection method. Scope, price and timing are agreed before work begins.
Stage information
- Drawing or sample
- Work sequence
- Approval
Turn the solution into a part
We perform the agreed repair, manufacturing, assembly or balancing operations, then check geometry and results using a method appropriate to the task.
Stage information
- Working parameters
- Measurements
- Result verification
A clear next step
We hand over the part and agreed work results. We discuss installation, operation and further service, including on-site diagnosis where needed.
Stage information
- Work results
- Recommendations
- Further service
Select a stage to explore the process
Request a technical review01Will balancing remove every vibration?
No. Joint wear, shaft damage, misalignment and support condition also need checking. The repair scope follows inspection.
02Can you manufacture from a sample?
A sample or drawing can start the assessment. Mounting dimensions, application, torque and operating speed must be agreed before manufacture.
03Can any rotor under 500 kg be balanced?
Mass is only one condition. Dimensions, journal surfaces, speed, rotor behaviour and safe mounting also determine suitability.
04How are price and timing confirmed?
Describe the part and the required work. After review and, where needed, inspection, the scope, price and timing are agreed before work starts.
04 / Service request
Start with your part.
Tell us what needs balancing or repair. Feasibility, cost and timing are confirmed after review. Sending a request does not confirm acceptance of the part for work.
Not sure of the exact specifications? Start by describing the task.
Catalog & selectionExpert blog
Engineering knowledge.
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Driveshafts, dynamic balancing and vibration diagnostics. Practical answers for equipment operators and maintenance teams in Saudi Arabia.
All articlesDriveshafts
Driveshaft repair or replacement: where to start
What to inspect, what information to prepare and why balancing alone may not resolve a driveshaft problem.
Read articleDynamic balancing
Rotors up to 500 kg: what to prepare for balancing
Mass, geometry, speed and tooling: information needed to assess a rotor or driveshaft balancing request.
Read articleVibration diagnostics
Equipment vibration: diagnosis first or balancing?
Why vibration does not always mean unbalance, and what helps choose diagnosis, alignment or balancing.
Read article