Lander provides a complete range of wireline cables engineered for logging, well intervention, real-time data transmission, and complex diagnostic operations.
Our cable designs ensure stable performance under high tension, high pressure, and extreme downhole temperatures — delivering reliable data and power transmission in challenging well conditions.
A combined copper-and-fiber design delivering power + data in one robust cable for complex well intervention.
· Supports simultaneous electric power and optical communication
· Suitable for multi-parameter monitoring and advanced well analysis
High-bandwidth optical-fiber cable enabling long-distance data transfer and advanced downhole sensing applications.
· Superior signal integrity for real-time telemetry
· Ideal for high-speed diagnostics and long-reach wells
Reliable copper-conductor cable designed for standard logging, depth correlation, and electric-line intervention operations.
· Excellent electrical conductivity for steady signal transmission
· Durable construction for repeated spooling and mechanical stress
Downhole logging is essential for evaluating formation properties, well integrity, and reservoir behavior.
Wireline cables transmit power, data, and control signals between surface equipment and downhole logging tools, enabling accurate measurement of temperature, pressure, resistivity, porosity, and fluid characteristics.
Insulation materials are uniformly extruded around conductors to provide electrical isolation and resistance to heat and downhole chemicals.
High-strength steel armor wires are formed and prepared to deliver mechanical protection and load-bearing capacity.
Protective outer layers are applied to resist corrosion, fluids, and harsh wellbore conditions.
Comprehensive pre-shipment inspection ensures wireline cable quality, compliance, and reliability.
Finished wireline cables are spooled under controlled tension and packaged for safe global transportation.
Copper and aluminum conductors are carefully stored and managed in a controlled warehouse environment. Each batch undergoes verification for conductivity, dimensional consistency, and surface condition before entering the production line, ensuring stable electrical performance and reliable processing throughout cable manufacturing.
Annealed single wires are stranded into conductors to achieve the required current capacity, flexibility, and mechanical strength.
Insulation materials are extruded over the stranded conductor under controlled conditions to provide electrical insulation and thermal protection.
An inner sheath is applied to protect the cable core and provide a stable base for armoring.
Metal armor is applied to enhance mechanical strength and resistance to external impact and downhole stresses.
Cables are carefully spooled and packaged to prevent deformation and damage during transportation.
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