Lvdt Pneumatic Cylinder - China Manufacturer of Quality Actuators

From my workshop to yours, the Lvdt Pneumatic Cylinder I offer is built for demanding automation lines. As a China-based Manufacturer, I design and source robust cylinders with integrated LVDT feedback for real-time position reading, giving your PLC precise control and reduced cycle times. The unit features a corrosion-resistant aluminum body, hard-wearing seals, stainless rods, and standard ports for easy integration. You can customize bore sizes, stroke length, and mounting options to fit your application. It's ideal for packaging, robotics, pick-and-place, and assembly lines. Our production lead time is short, and we support rapid prototyping for OEM projects. With tight tolerances and tested cushioning, you get consistent performance even in dusty or humid environments. I stand behind the product with warranty and responsive after-sales service. If you are a buyer in China looking for a reliable Lvdt Pneumatic Cylinder from a trusted Manufacturer, I am ready to partner with you.

Hot Selling Product

Lvdt Pneumatic Cylinder Pioneers in the Field Your End-to-End Solution

Across industries, LVDT-enabled pneumatic cylinders redefine precision with real-time position feedback, delivering repeatable stroke control and safer operation in challenging environments. Our end-to-end approach starts with tailored specifications and custom cylinder design, followed by careful fabrication, assembly, and rigorous testing. Rooted in decades of engineering capability at a regional manufacturing hub, we align with international standards to offer scalable production, flexible lead times, and transparent quality assurance. Global buyers benefit from a single solution that fits automation lines in packaging, material handling, and robotics. Our service model covers from initial inquiry to after-sales support, including modular configurations, universal mounting, and integrated sensing options. We provide lifecycle services such as spare parts, calibration, and remote diagnostics, backed by data-driven maintenance insights. Emphasizing energy efficiency and reduced downtime, LVDT-based cylinders supply accurate position data and status reporting even in dirty or confined spaces. Partner with a supplier who can deliver at scale, meet diverse regulatory requirements, and sustain global logistics and local support for your automation ambitions.

{ Lvdt Pneumatic Cylinder Pioneers in the Field Your End-to-End Solution}

Model Bore (mm) Stroke (mm) LVDT Range (mm) LVDT Output Actuation Force (N) Operating Pressure (bar) Max Speed (mm/s) Temperature Range (°C) Material Mounting Cushion Type Certifications
LV-001 32 100 120 0-5 V 250 6 180 -25 to 70 Anodized Aluminum Front Flange Internal CE, RoHS, REACH
LV-002 40 150 170 0-5 V 480 8 120 -20 to 85 Stainless Steel Side L-bracket External CE, RoHS
LV-003 50 200 210 4-20 mA 800 10 100 -15 to 80 Stainless Steel Flange Integrated CE, RoHS, REACH, ISO 9001
LV-004 63 300 320 0-5 V 1200 12 90 -25 to 70 Aluminium Alloy Through-holes Integrated CE, RoHS, ISO 9001
LV-005 80 400 420 0-5 V 1800 12 80 -20 to 75 Aluminum Front Header Soft CE, RoHS, REACH, ISO 9001
LV-006 25 80 95 0-10 V 180 5.5 200 -10 to 70 Aluminum Rod end clevis None CE
LV-007 32 120 140 4-20 mA 320 6 140 -25 to 85 Stainless Steel Dowel Twin CE, RoHS
LV-008 40 100 130 0-5 V 420 7 130 -20 to 75 Steel Side Soft CE, RoHS, REACH, ISO 9001
LV-009 63 250 270 0-5 V 1000 10 110 -15 to 70 Stainless Steel Flange External CE, RoHS, UL 508A

Related Products

Lvdt Pneumatic Cylinder Is The Best Your Trusted OEM Partner

Dimension: Stroke Length vs Operational Efficiency

This data visualization examines how the operational efficiency of a pneumatic cylinder varies with stroke length. The dataset uses five common stroke lengths (50, 75, 100, 125, and 150 millimeters) and records the corresponding average efficiency percentage observed during standardized cycling tests. Efficiency here is defined as the ratio of useful output work to input work, expressed as a percentage, and reflects factors such as sealing performance, friction in the piston guides, and actuation speed. The chart shows that efficiency remains high across shorter strokes and begins to trend downward at longer strokes as load distribution and mechanical losses accumulate. The highest efficiency is observed at 75 mm, suggesting an optimal balance between travel distance and internal fluid resistance for this design. At 50 mm, the system operates with very low inertia and fast response but may deliver less total work per cycle, while at 150 mm greater stroke requires more energy to overcome friction and dynamic losses, reducing efficiency. The values are representative and intended to illustrate how stroke length can influence energy utilization in a pneumatic cylinder assembly commonly used in automation lines. In practice, many additional variables affect performance, including bore size, porting, valve actuation speed, lubrication quality, temperature, and load profile. The dataset could be expanded to include additional metrics such as pressure drop, cycle time, and seal wear over life, enabling a more comprehensive comparison. For OEM decision-makers, the chart provides a quick visual of where the performance is most robust, helping to align stroke length with required speed, force, and energy targets, while balancing cost and durability. When applying these insights, customers should perform their own validation tests and consider the entire system integration, rather than relying solely on a single metric.

Top Selling Products