Tubular stranding machine
I have found results from2000+products and600+suppliers aboutTubular stranding machine
Long Service Life Type Tubular Stranding Machine for Wire Stranding
China Manufacture Big Bearing Tubular Stranding Machine 500mm Model Tubular Stranding Machine
Copper/Aluminum/Steel Wire/Cable Tubular Stranding Machine Cable Making Machine
New Type Tubular/Planetary/Bow Cable Stranding Machine
Pn800/Pn1600 High Speed Tubular Type Stranding Machine for Cable Industry
Cable Making Machine Steel Wire Rope Twisting 500-1+6 Tubular Stranding Machine
Low Price Tubular Stranding Machine Steel Wire Aluminum Copper Cable Manufacturing Machine
Big Bearing Tubular Stranding Machine Electrical Cable Steel Wire Twisting Machine
500/1+6 Wire and Cable Tubular Stranding Machine Cable Twisting Machine
High Speed Tubular Stranding Machine for Wire Drawing Processing
10-35mm² Wire Cable 630/1+6 Tubular Stranding Strander Twisting Machine with Constant Tension Control for Cable Conductor
Chipeng Hot Sell High Speed Copper Twisting Machine 630 1+6 Conductors Kvv Cable Tubular Stranding Machine
Chipeng Low Voltage Cable Advanced Tubular Stranding Machine for Precision Wire Stranding
Wire Tubular Stranding Machine Cable Tubular Strander for Steel Wire Copper Wire Twisting
Heavy Load Big Bearing Tubular Stranding Machine for Electrical Cable Wire Stranding & Twisting
Electrical Cable Production Tubular Stranding Machine Big Bearing Copper Steel Wire Twister
Tubular Stranding Machine Big Bearing Design Power Cable Copper Aluminum Wire Twisting Machine
High Speed Tubular Stranding Machine for Copper Aluminum Steel Wires
630 Tubular Stranding Machine High Speed Stranding Machine Wire Twisting Machine
Jgg630 Tubular Stranding Machine Electric Wire Cable Manufacturing Equipment
Jg500 Tubular Stranding Machine for Power Cable Manufacturing Copper Wire Twisting
Jg500 Professional Wire Making Equipment Tubular Stranding Machine Cable Manufacturing Machine
Jg630 Electric Tubular Stranding Machine for Aluminum Steel Wire Cable Making
Jg500 Customizable Tubular Stranding Machine Power Cable Manufacturing Equipment
Jgg630 Single Large Bearing Tubular Stranding Machine for Copper Cable Manufacturing
High Speed Jgg630 Tubular Stranding Machine for Copper Aluminum Steel Wire Cable
Good Quality 630/1+6+12 Tubular Stranding Machine for Cable Stranding and Making
Sourcing guidance for Tubular Stranding Machine
What are the key technical specifications to evaluate when selecting a Tubular Stranding Machine?
Buyers should prioritize the rotational speed (RPM) and the number of bobbins (e.g., 6, 12, 18, or 24) to match production capacity. Ensure the machine features a high-tensile seamless steel tube for the main body to minimize vibration at high speeds. Additionally, verify the wire diameter range (typically 0.5mm to 5.0mm) and the take-up/pay-off bobbin sizes (e.g., 400mm to 630mm) to ensure compatibility with your existing wire drawing and extrusion lines.
Which control systems and automation features are essential for modern cable production?
Look for machines equipped with PLC control systems (such as Siemens or Mitsubishi) and HMI touchscreens for precise parameter setting. Essential features include automatic tension control (using magnetic powder brakes or mechanical friction), wire-break detection sensors that trigger an emergency stop, and synchronized pitch control via AC frequency inverters to ensure consistent stranding quality.
What compliance and safety standards must a Tubular Stranding Machine meet?
For international trade, the machine must be CE certified to meet European safety standards, particularly regarding mechanical guarding and emergency stop circuits. Ensure the supplier adheres to ISO 9001:2015 for quality management. For electrical components, look for UL or CSA compliance if exporting to North America, and ensure the noise levels are kept below 80-85 dB through dynamic balancing of the tube.
How does the material of the tube and bearings affect long-term ROI?
The main tube should be dynamically balanced to a high precision grade (G2.5) to prevent premature bearing failure. High-quality SKF or NSK bearings are recommended for the main support to handle the centrifugal forces. Investing in a machine with tungsten carbide wire guides will significantly reduce wear and tear compared to ceramic guides, leading to lower maintenance costs and reduced downtime over a 10-15 year lifecycle.
Cross-Border Procurement & Risk Management for Heavy Machinery
How can I mitigate the risk of receiving a machine that does not meet performance claims?
Always mandate a Factory Acceptance Test (FAT) via video link or a third-party inspector (like SGS) before final payment. Request a running test at full RPM for at least 2-4 hours. Ensure the contract specifies performance guarantees, such as maximum vibration displacement and pitch accuracy. Utilizing Made-in-China.com's Secured Trading services can provide an extra layer of payment protection until the shipping documents are verified.
What are the best practices for shipping and installing a Tubular Stranding Machine internationally?
Due to the length of the tube, these machines often require 40ft Open Top or Flat Rack containers. Ensure the supplier uses anti-rust oil and vacuum plastic packaging to prevent sea-salt corrosion. Negotiate for the supplier to provide on-site installation and commissioning or, at minimum, comprehensive remote video technical support and a detailed English-language operation manual. Confirm that critical spare parts (bearings, belts, sensors) are included in the initial shipment.
How should I negotiate pricing and payment terms for high-value industrial equipment?
Standard industry terms are 30% T/T deposit and 70% before shipment after successful inspection. For large-scale production lines, consider a Letter of Credit (L/C) to protect your capital. When negotiating, focus on the Total Cost of Ownership (TCO) rather than just the sticker price; ask for a 2-year warranty instead of the standard 1-year, and request the inclusion of a complete set of wear-parts to offset future operational costs.





























