Hydraulic Cylinder for Scissor Type Aerial Work Platform
Precision-engineered lifting, steering, floating, and support cylinders built for safe, reliable performance at every working height.
The Core Role of Hydraulic Cylinders in Scissor Lift Platforms
Scissor type aerial work platforms depend entirely on hydraulic cylinders to raise, lower, steer, stabilize, and level the work platform. Without a dependable scissor lift hydraulic cylinder, operators face jerky movements, platform drift, and — in the worst case — sudden descent under load. Every cylinder fitted to these machines must convert hydraulic pressure into smooth, controllable linear force while withstanding constant vibration, side loads, and harsh outdoor conditions.
In a typical scissor lift, you will find four distinct cylinder types working together. The hydraulic lifting cylinder powers the scissors upward and controls descent speed. The hydraulic steering cylinder turns the drive wheels for precise maneuvering on congested job sites. The hydraulic floating cylinder compensates for uneven terrain so the platform stays level. And the hydraulic support cylinder deploys the outrigger legs that anchor the machine before elevation. Each one must perform thousands of cycles per year without leaking, binding, or losing accuracy.
When any of these hydraulic cylinder components fall short, the entire machine becomes a liability. Downtime on a construction site or maintenance project can cost hundreds of dollars per hour. That is why fleet owners, rental companies, and OEM buyers across Mexico and Latin America are moving toward high quality scissor lift hydraulic cylinders that are purpose-built for the duty cycle and environment of aerial work.
Our range of hydraulic cylinders for scissor type aerial work platforms covers every function on the machine — from the main lift ram to the smallest leveling actuator. Each cylinder is designed and manufactured in-house, giving us full control over bore tolerances, seal groove geometry, surface finish, and testing protocols. The result is a product that installs as a direct replacement for the OEM part but delivers longer service life and lower total cost of ownership.
Whether you are sourcing a single replacement hydraulic cylinder for aerial work platform or negotiating a blanket order for an entire rental fleet, the information on this page will help you understand exactly what separates a premium cylinder from a commodity part — and why the difference matters when workers are standing 12 meters above the ground.
Technical Specifications — Customizable Range
Every hydraulic cylinder for scissor lift we produce can be tailored to your exact application. The tables below show the customizable parameter ranges for each cylinder type. If your requirement falls outside these ranges, contact our engineering team — custom bore, stroke, and mounting configurations are available on request.
Basic Specification Ranges
| Parameter | Lifting Cylinder | Steering Cylinder | Floating Cylinder | Support Cylinder |
|---|---|---|---|---|
| Bore Diameter | 50 – 120 mm | 40 – 80 mm | 40 – 90 mm | 50 – 100 mm |
| Rod Diameter | 30 – 70 mm | 22 – 50 mm | 25 – 56 mm | 30 – 63 mm |
| Stroke Length | 400 – 1400 mm | 80 – 250 mm | 100 – 350 mm | 150 – 600 mm |
| Working Pressure | 16 – 25 MPa | 12 – 20 MPa | 12 – 20 MPa | 16 – 25 MPa |
| Burst Pressure | 56 – 70 MPa | 42 – 56 MPa | 42 – 56 MPa | 56 – 70 MPa |
| Action Type | Single / Double Acting | Double Acting | Single / Double Acting | Single Acting |
Mounting Options
| Mounting Style | Typical Application |
|---|---|
| Pin-Eye / Clevis (Rod & Cap End) | Lifting cylinder, support cylinder |
| Cross-Tube Mount | Lifting cylinder on heavy-duty platforms |
| Spherical Ball Joint | Steering cylinder, floating cylinder |
| Flange Mount (Square / Rectangular) | Support cylinder, OEM integration |
| Trunnion Mount | Floating cylinder on rough-terrain models |
Materials & Surface Treatment
| Component | Material / Finish |
|---|---|
| Cylinder Tube | SAE 1020 / ST52 honed tube, Ra ≤ 0.4 μm inner surface |
| Piston Rod | CK45 / SAE 1045, hard chrome plated (20 – 30 μm), induction hardened option |
| Piston | Ductile iron GGG-40 or forged steel |
| End Caps | Forged carbon steel, zinc plated or painted |
| Seals | Parker / Hallite / NOK — NBR, PU, or PTFE based on duty cycle |
| External Coating | Epoxy primer + polyurethane topcoat, salt spray rated ≥ 500 h |
Environmental Adaptability
| Parameter | Range |
|---|---|
| Operating Temperature | -30 °C to +80 °C (-22 °F to +176 °F) |
| Humidity Resistance | Up to 95% RH, non-condensing |
| Dust & Debris Protection | Metal scraper ring + polyurethane wiper seal standard |
| Corrosion Protection | Salt spray ≥ 500 h (option: ceramic rod coating for coastal use) |
| UV Resistance | Outdoor-rated polyurethane topcoat |
How a Scissor Lift Hydraulic Cylinder Works
Understanding the working principle helps you diagnose problems faster and specify replacements with confidence. A hydraulic cylinder scissor lift is fundamentally a linear actuator: it converts fluid pressure into straight-line force and motion. Here is the cycle, step by step.
When the operator presses the “up” button, the hydraulic pump draws oil from the reservoir and pushes it through a directional control valve into the cap end of the hydraulic lifting cylinder. Oil pressure acts on the piston area, generating a force equal to the pressure multiplied by the piston cross-section. That force pushes the piston rod outward, expanding the scissor arms and raising the platform.
To lower the platform, the control valve shifts to allow oil on the cap side to flow back to the reservoir, usually through a flow-control or counterbalance valve that meters the discharge rate. This is how descent speed remains steady and safe, even under full load. A single acting hydraulic cylinder relies on gravity or the weight of the platform to retract the rod, while a double acting hydraulic cylinder uses pressurized oil on both sides of the piston for powered extension and retraction.
The hydraulic steering cylinder on a scissor lift operates in double-acting mode. Pressurized fluid enters one port to push the piston left or right, turning the steered axle. A built-in relief valve prevents over-pressure if the wheels hit an obstruction. The hydraulic floating cylinder works differently: it absorbs ground-level variations by allowing limited piston travel against a pre-set gas or spring charge, keeping the chassis level while the wheels ride over bumps. The hydraulic support cylinder extends the outrigger legs downward; it typically uses a single-acting design because gravity holds the legs in place once pressure is released.
Across all four cylinder types, the critical sealing system must prevent internal leakage (oil bypassing the hydraulic cylinder piston) and external leakage (oil escaping past the rod gland). High-grade hydraulic cylinder seals and precision-machined seal grooves are what separate a cylinder that holds pressure at full height from one that slowly creeps downward.
Compatible Equipment Brands
Disclaimer: All brand names referenced below are the property of their respective owners. We mention them solely to assist buyers in identifying correct replacement cylinders. No sponsorship, endorsement, or affiliation is implied.
Our hydraulic cylinders for aerial work vehicles are engineered as direct-fit replacements for scissor lifts manufactured by leading global OEMs, including:
- JLG Industries (models 1930ES, 2630ES, 3246ES, 4045R, and more)
- Genie / Terex (GS-1930, GS-2632, GS-3246, GS-4047, GS-5390)
- Skyjack (SJIII 3219, SJIII 3226, SJIII 4632, SJIII 4740)
- Haulotte (Compact 8, Compact 10, Compact 12, Optimum 8)
- Sinoboom (GTJZ0608, GTJZ1012, GTJZ1414)
- MEC Aerial Work Platforms (Micro 19, 2684RT, 4069RT)
- Dingli (JCPT0607, JCPT1012, JCPT1214)
- Mantall (XE80C, XE120W)
If your specific model is not listed, send us the OEM part number or a photo of the cylinder nameplate. Our engineers will cross-reference dimensions and port configurations to confirm fitment before production begins.
Core Technical Advantages
Ultra-Low Friction Sealing Technology
We use a multi-lip, stepped-geometry seal pack that distributes side load across a wider bearing surface. The result is up to 40% less breakaway friction compared to standard O-ring-based designs. Lower friction means smoother platform motion and less stress on the pump, which translates directly into longer hydraulic cylinder life and reduced energy consumption.
High-Rigidity Barrel & Rod Manufacturing
Every cylinder barrel is cold-drawn and honed to an inner surface roughness of Ra 0.2 – 0.4 μm. The hydraulic cylinder piston rod is induction hardened to HRC 55 – 60, then hard-chrome plated in our own plating line for consistent thickness control. This combination gives the rod excellent resistance to scoring, pitting, and bending under off-center loads, a common issue in scissor lift applications.
Thermal Stability & Fatigue Life Optimization
Our engineering team runs finite-element analysis on every new cylinder design to identify stress concentrations around port bosses, weld zones, and mounting eyes. The cylinder wall thickness and weld profile are optimized so the part can survive over 100,000 full-pressure cycles at temperatures ranging from -30 °C to +80 °C without fatigue cracking.
Integrated Cushioning for End-of-Stroke Protection
Many aerial platform failures originate from repeated shock loading at the end of stroke. Our lifting and support cylinders feature adjustable cushioning chambers on both ends that decelerate the piston before it reaches the cap or head. This drastically reduces mechanical noise, structural fatigue in the scissor arms, and seal extrusion.
Corrosion-Resistant Rod Options for Coastal & Tropical Environments
Standard hard chrome plating performs well in most conditions, but customers in coastal Mexico and the Caribbean basin often face accelerated pitting corrosion from salt-laden air. For those applications, we offer ceramic-composite rod coating or nickel-chrome duplex plating that extends rod life by 3 – 5 times in salt-spray testing.
Precision Port & Fitting Compatibility
Every port is machined to SAE J1926 or BSP thread standards with O-ring boss sealing. We match the OEM thread type, size, and orientation so the replacement cylinder connects to existing hoses without adapters, reducing potential leak points and installation time on site.
Zero Internal Leakage Under Static Load
Platform drift — the slow downward creep of a raised scissor lift — is almost always caused by internal leakage past the piston seal. Our cylinders are tested for zero measurable drift over a five-minute hold at rated pressure. This is achieved through a piston seal design that combines a bronze wear ring with a high-pressure energized lip seal, giving both low friction and near-zero bypass.
Modular Design for Fast Field Service
Our cylinder heads are thread-in or snap-ring retained, allowing field technicians to disassemble and replace hydraulic cylinder seals and hydraulic cylinder parts on site without special tooling. This cuts hydraulic cylinder repair time from hours to under 45 minutes, keeping your fleet operational and productive.
Manufacturing Process & Quality Control
Full In-House Production
From raw bar stock to finished, painted cylinder, every operation takes place under one roof. We cut, machine, weld, hone, plate, assemble, test, and paint in our own facility — no outsourced processes that could introduce variability. Vertical integration means we control tolerances at each stage and can trace any issue back to the exact machine, operator, and material batch.
100% Factory Testing
Every single cylinder is pressure tested before leaving the factory. Our standard test protocol includes a proof-pressure hold at 1.5 times rated working pressure, a leak test at full working pressure for a minimum of two minutes, a function test measuring extension and retraction speed under load, and a drift test at rated pressure with a five-minute static hold. No cylinder ships unless it passes every stage.
Certifications & Traceability
Our quality management system is certified to ISO 9001:2015. Raw materials are sourced from mills that supply EN 10204 3.1 certificates. Each cylinder receives a unique serial number linked to a digital record that stores material heat numbers, dimensional inspection results, test pressures, and the names of the assemblers involved. Customers who require third-party inspection (SGS, Bureau Veritas, TUV) can arrange witnessed testing at our facility.
Continuous Improvement Through Field Data
We maintain a warranty return analysis program. Every returned cylinder is disassembled, photographed, measured, and root-cause analyzed. Data from these investigations feeds back into design and process changes, so the same failure mode does not repeat. This closed-loop system is one reason our field failure rate has fallen below 0.3% over the past three years.
Typical Industry Applications
1. Construction Sites
Scissor lifts on construction sites face dust, debris, vibration, and heavy daily cycles. Our hydraulic lifting cylinder range is built with reinforced scraper seals and impact-absorbing cushioning to handle exactly these conditions. From interior drywall work to exterior curtain-wall installation, the cylinders maintain smooth, drift-free elevation throughout the shift.
2. Utility Maintenance & Power Line Service
Electrical utilities require aerial platforms that reach working height quickly and hold position with absolute reliability. A failed aerial work vehicle hydraulic cylinder at 14 meters above a live power line is not an acceptable risk. Our zero-drift piston design and redundant rod-seal arrangement give utility crews the confidence to focus on the task, not the machine.
3. Warehouse & Distribution Operations
Indoor scissor lifts used for order picking and racking maintenance run in tighter spaces and demand precise positioning. Our hydraulic steering cylinder provides accurate, responsive steering control with minimal dead band, and the low-friction seal pack keeps noise levels comfortable for enclosed environments.
4. Emergency Response & Rescue
Fire departments and civil protection agencies deploy scissor platforms for search-and-rescue, building evacuation, and disaster recovery. The cylinders must perform reliably in extreme temperature swings, rain, and under urgent time pressure. Our wide-temperature seal compounds and corrosion-proof rod coatings are specified for emergency fleet vehicles operating from northern Mexico to the humid Gulf Coast.
5. Renewable Energy Projects
Solar panel installation, wind turbine maintenance, and substation construction all rely on scissor lifts for safe elevated access. Projects in remote locations need cylinders that will not fail mid-cycle, because a replacement may be days away. Our fatigue-optimized barrel design and double-layer chrome rod plating reduce unplanned downtime even in the most demanding field conditions.
6. Shipyard & Port Operations
Salt air, heavy loads, and round-the-clock shifts define the port environment. We supply hydraulic cylinders for sale to several Mexican port logistics companies that have switched from OEM parts to our corrosion-upgraded replacement cylinders and documented a measurable drop in seal replacement frequency.
7. Entertainment & Event Production
Stage rigging, concert platforms, and arena maintenance all use scissor lifts where smooth, quiet operation is essential. Our precision-honed barrels and tuned cushioning deliver whisper-quiet extension and retraction, which matters when the audience is just meters away.
Standard vs. High-Performance Hydraulic Cylinder: A Direct Comparison
| Feature | Standard Cylinder | Our High-Performance Cylinder |
|---|---|---|
| Inner Surface Finish | Ra 0.6 – 0.8 μm | Ra 0.2 – 0.4 μm |
| Chrome Plating Thickness | 15 – 20 μm | 20 – 30 μm (duplex option) |
| Seal Brand | Generic / unbranded | Parker, Hallite, or NOK |
| Static Drift (5 min hold) | ≤ 5 mm | Zero measurable drift |
| Fatigue Life (full-pressure cycles) | 50,000 – 70,000 | 100,000+ |
| Cushioning | Not included | Adjustable, both ends |
| Factory Test | Batch sampling | 100% individual test |
| Traceability | Limited or none | Full serial-number traceability |
| Warranty | 6 – 12 months | 18 months |
Real-World Case Studies
Case 1 — Rental Fleet Overhaul in Monterrey, Mexico
Client: A regional equipment rental company operating 85 scissor lifts across Nuevo León and Tamaulipas.
Challenge: Frequent lifting-cylinder seal failures during the hot summer months (May – September), leading to platform drift complaints from tenants and an average of 4.2 days downtime per repair.
How They Found Us: The fleet maintenance manager discovered our website while searching for hydraulic cylinders for sale with coastal-rated rod options in March 2024.
Solution: We supplied 110 replacement lifting cylinders with high-temperature PU seal kits and ceramic-coated piston rods, delivered in two batches over six weeks.
Result: Seal-related downtime dropped by 78% in the first full summer season. The client extended their reorder agreement through 2026.
Client Feedback: “We used to swap seals every 800 hours in the Monterrey heat. After switching to your cylinders, we passed 2,400 hours on the first set without a single leak. That alone justified the investment.” — Maintenance Director, July 2024
Case 2 — Solar Farm Installation in Sonora, Mexico
Client: A renewable energy contractor building a 120 MW solar park near Hermosillo.
Challenge: The project required 30 scissor lifts working daily in desert conditions with ambient temperatures exceeding 45 °C. OEM cylinders were developing rod pitting within 60 days.
How They Found Us: An engineering consultant who had used our cylinders on a previous project referred them in November 2023.
Solution: We provided lifting and support cylinders with nickel-chrome duplex rod plating and FKM (Viton) seals rated to 120 °C.
Result: Zero rod replacements over the 14-month project duration. The contractor estimated a savings of approximately USD 38,000 in parts and labor compared to their previous supplier.
Client Feedback: “Desert UV and heat destroy ordinary chrome rods in weeks. Your duplex-coated rods looked nearly new when we demobilized. We will spec your cylinders on every future solar project.” — Project Engineer, January 2025
Case 3 — Port Logistics in Veracruz, Mexico
Client: A container terminal operator using scissor lifts for reefer container inspection and stacking-area maintenance.
Challenge: Salt-air corrosion was causing external cylinder leaks within six months. The hydraulic cylinder repair backlog was tying up two full-time technicians.
How They Found Us: The procurement manager attended an industrial trade show in Mexico City (FABTECH 2023) and visited our booth.
Solution: We delivered 24 lifting cylinders and 24 support cylinders with marine-grade epoxy coating, stainless-steel port fittings, and double-wiper rod seals.
Result: External leakage incidents fell from 11 per quarter to 1 in the first year. One full-time technician was reassigned to other duties.
Client Feedback: “The salt air in Veracruz eats everything metal. Your coating system is the first we have tested that actually holds up through hurricane season.” — Operations Supervisor, October 2024
Case 4 — Municipal Fire Department Fleet in Guadalajara, Mexico
Client: Guadalajara Metropolitan Fire and Rescue, operating six scissor-lift rescue vehicles.
Challenge: Aging OEM cylinders on Genie GS-3246 platforms were showing internal leakage, causing drift during elevated rescue operations — an unacceptable safety risk.
How They Found Us: The department mechanic contacted us through our Contact page in August 2024 after reading this website.
Solution: We manufactured 12 replacement lifting cylinders with zero-drift piston seals and provided detailed installation instructions with torque specs.
Result: All six vehicles passed their annual safety inspection on the first attempt for the first time in three years. Drift measurements dropped to zero at full load.
Client Feedback: “Our crews need absolute confidence that the platform will stay where they put it. Since installing your cylinders, we have had zero drift events — even during extended rescues lasting over an hour.” — Fleet Maintenance Chief, December 2024
Case 5 — Event Production Company in Mexico City
Client: A large event staging company providing scissor-lift platforms for concerts, conventions, and broadcast events.
Challenge: Noisy cylinder operation during live broadcasts was picked up by floor microphones. Standard cylinders produced a metallic “clunk” at full extension and retraction.
How They Found Us: A technical director found our product page while searching for high quality scissor lift hydraulic cylinder options with cushioning in February 2025.
Solution: We supplied 16 lifting cylinders with adjustable cushioning on both ends and low-friction PTFE-based piston seals.
Result: On-set noise complaints eliminated entirely. The production crew reported that platform movements were “barely audible” during sound checks.
Client Feedback: “Sound engineers stopped complaining about platform noise after the very first show. That is something I never expected from a cylinder upgrade.” — Technical Director, April 2025
Common Faults & Troubleshooting Guide
| Symptom | Likely Cause | Recommended Action |
|---|---|---|
| Platform drifts down slowly | Worn piston seal or scored barrel | Replace piston seal kit; inspect bore for scoring; re-hone if necessary |
| Oil leaking around rod | Damaged rod seal or rod surface defect | Replace rod seal; check rod for scratches or chrome peeling; re-chrome or replace rod |
| Jerky or uneven lifting | Air trapped in cylinder or contaminated oil | Bleed air from system; replace hydraulic fluid and filters |
| Slow extension speed | Internal bypass past worn piston seal, or pump wear | Measure cylinder leakage rate; replace seals or evaluate pump condition |
| Banging noise at end of stroke | Cushioning not functioning or set too open | Adjust cushion needle valve; inspect cushion plunger for wear |
| Steering feels loose or delayed | Internal leakage in steering cylinder | Replace piston seals in the steering cylinder; check linkage for play |
| Rod surface discoloration or pitting | Corrosion from environmental exposure | Replace rod or upgrade to ceramic / duplex chrome coating |
If the issue persists after following these steps, contact our technical support team. We can review photos of the damaged hydraulic cylinder parts and recommend the correct repair or replacement path.
How to Select the Right Scissor Lift Hydraulic Cylinder
Choosing a replacement hydraulic cylinder for scissor lift equipment involves more than matching bore and stroke. Here is a step-by-step guide to help you make the right decision.
Step 1 — Identify the Cylinder Function. Determine whether you need a lifting, steering, floating, or support cylinder. Each has different pressure ratings, mounting styles, and seal requirements.
Step 2 — Gather OEM Data. Record the OEM part number, bore diameter, rod diameter, stroke length, working pressure, and port thread type from the existing cylinder nameplate or service manual.
Step 3 — Assess Operating Conditions. Consider temperature extremes, humidity, exposure to salt or chemicals, and the average number of cycles per day. These factors determine whether you need standard seals or upgraded materials.
Step 4 — Evaluate Mounting Geometry. Confirm the mounting type (clevis, cross-tube, flange, trunnion) and pin dimensions. Even a 1 mm mismatch can create dangerous side loads on the rod.
Step 5 — Decide on Value-Added Features. Adjustable cushioning, position sensors, ceramic rod coatings, and stainless-steel fittings are all available options that can extend service life in demanding applications.
Step 6 — Request a Quote and Drawing. Send your specifications to our engineering team. We will return a dimensioned drawing and quotation within 48 hours. Once you approve the drawing, production lead time is typically 15 – 25 working days depending on quantity.
Frequently Asked Questions
What is the typical lead time for custom hydraulic cylinders for scissor lifts?
Standard production lead time is 15 to 25 working days after drawing approval. For urgent orders, we offer an expedited option of 10 to 15 working days at a small surcharge. Repeat orders with existing tooling and approved drawings can ship even faster.
Can you supply both single acting and double acting hydraulic cylinders for aerial work platforms?
Yes. We manufacture both single acting hydraulic cylinder and double acting hydraulic cylinder configurations. The choice depends on the function: lifting and support cylinders are often single acting (gravity return), while steering and some floating cylinders require double-acting operation for powered movement in both directions.
Do you ship hydraulic cylinders to Mexico and Latin America?
We regularly export to Mexico, Colombia, Brazil, Chile, Peru, and other countries throughout Central and South America. We handle export documentation and can ship by sea (FCL or LCL) or air freight for urgent deliveries. Most Mexican customers receive sea shipments within 20 to 30 days from port to port.
What hydraulic cylinder seals do you use, and can I order replacement seal kits?
We use branded seals from Parker, Hallite, and NOK — the exact compound depends on operating temperature, fluid type, and duty cycle. Yes, we supply complete hydraulic cylinder seals kits matched to each cylinder serial number. Keeping a spare seal kit on hand can cut downtime dramatically when field service is needed.
How do I know if my scissor lift hydraulic cylinder needs repair or full replacement?
If the barrel bore is scored beyond re-honing limits (typically deeper than 0.1 mm), the rod chrome is flaking or pitted through to the base metal, or the cylinder has sustained a bent rod, full replacement is the safest and most cost-effective option. For minor seal wear or light surface scratches, a hydraulic cylinder repair with new seals and rod polishing may be sufficient.
What minimum order quantity do you require for OEM and fleet customers?
There is no rigid minimum for replacement cylinders — we accept orders starting from a single unit. For OEM blanket orders or fleet replacement programs, we offer tiered pricing with volume discounts starting at 20 pieces per SKU. Contact us to discuss your annual forecast and we will prepare a tailored pricing schedule.
Are your hydraulic cylinders compatible with biodegradable hydraulic fluids?
Yes. Many rental fleet operators are transitioning to biodegradable hydraulic oils to meet environmental regulations. Our seal compounds (FKM and PTFE options) are fully compatible with HEES and HETG type bio-fluids. Inform us at the quotation stage so we select the correct elastomer grade.
Can you provide hydraulic cylinder drawings and 3D models for our engineering review?
We supply 2D assembly drawings in PDF and DWG format as standard. 3D STEP files are available upon request for customers who need to integrate the cylinder into their own CAD models. All drawings are issued within 48 hours of receiving the initial specification.
What warranty do you offer on hydraulic cylinders for scissor type aerial work platforms?
Our standard warranty is 18 months from the date of shipment, covering defects in materials and workmanship. For customers who register their cylinders and maintain fluid cleanliness records, we offer an extended 24-month warranty program. Warranty claims are processed within 5 business days with either a replacement cylinder or a credit toward your next order.
How can a hydraulic cylinder manufacturer help reduce my total cost of ownership?
A reputable hydraulic cylinder manufacturer adds value beyond the part price. We offer application engineering to match the cylinder to your exact duty cycle, premium materials that extend service intervals, 100% factory testing that eliminates infant mortality failures, and technical support for installation and troubleshooting. Over a three-year ownership period, these factors typically reduce the total cost of cylinder ownership by 25% to 40% compared to buying the cheapest available option.
Ready to Upgrade Your Scissor Lift Performance?
Whether you need a single replacement hydraulic cylinder for scissor type aerial work platform or a multi-year supply agreement for an entire fleet, our engineering and sales team is ready to help. We respond to inquiries within 24 hours, provide dimensioned drawings within 48 hours, and deliver finished cylinders in as few as 15 working days.
Send us your specifications, drawings, or OEM part numbers. We respond to all inquiries within 24 hours with a detailed technical proposal and competitive pricing.
