A complete breakdown of combination crane system costs — track network, hoists, installation, maintenance, energy and 10-year TCO — with comparison data to help you budget for multi-station production lines and assembly cells.
Published: July 17, 2026 | By Chen Wei, Senior Design Engineer at SIEC Cranes
A combination (workstation) crane system costs USD 1,200 to 24,000 per workstation in 2026 depending on capacity, track complexity and number of hoists — and the total installed cost with track network, support steel and commissioning averages 1.2 to 1.5 times the equipment price. For a 5-station production line with 1-ton capacity per hoist, the combination crane delivers a 30–40% lower 10-year total cost of ownership than installing five individual jib cranes, and 50–60% lower than a small bridge crane covering the same area. A single hoist serving multiple workstations through switches and curves is the biggest cost advantage — you buy one hoist for every 2–3 stations instead of one per station.
Most people compare workstation lifting options by looking at the sticker price of one hoist. But a combination crane is a network — the hoist is just one component. Track sections, curves, switches, support brackets and electrification all add up. I have seen buyers buy a cheap hoist and bolt it to a ceiling beam, then spend twice as much later adding switches and extensions when the line grows. Plan the track layout first, then pick the hoists. It saves money in the long run.
Combination cranes are modular — you buy the system based on your production layout. The price breaks down into five main components.
The hoist itself is the single biggest cost, but not always in the way people think. Combination cranes use enclosed track hoists from 0.125 to 2 tons. Chain hoists are standard up to 2 tons. Wire rope hoists cost 30–50% more but give smoother lifts — worth it if you handle sensitive components.
The track network adds up fast. Straight track runs about USD 400–800 per 6 m section. Curves (90° or 180°), switches (manual or motorized), turntables and drop sections each have their own price tag. Complex layouts with multiple switches increase cost fast because every moving joint needs precision machining.
Number of hoists is where this system really saves you money. One hoist can serve 2–3 workstations via switches. A 5-station line might need only 2–3 hoists total. That alone cuts equipment cost by 40–50% compared to buying a separate hoist for every station.
Mounting — ceiling-suspended systems bolt to the roof structure with threaded rods and support brackets. Free-standing systems use their own columns bolted to the floor. The free-standing option costs more but saves you when the building roof cannot support the load.
Electrification — enclosed busbar running alongside the track powers the trolley. Festoon systems are cheaper but I have seen them fail faster on layouts with frequent switch operations. Spend on the busbar; it is worth it.
| System Configuration | Capacity per Hoist | Track / Hoists | Price Range (USD) |
|---|---|---|---|
| Single station, ceiling-suspended | 0.25 ton | 6 m / 1 hoist | USD 1,200 – 1,800 |
| Single station, ceiling-suspended | 0.5 ton | 6 m / 1 hoist | USD 1,800 – 2,800 |
| 2-station with switch | 0.5 ton | 12 m / 1 hoist + 1 switch | USD 2,800 – 4,200 |
| 3-station with switches | 1 ton | 18 m / 2 hoists + 2 switches + 2 curves | USD 5,000 – 8,000 |
| 5-station line | 1 ton | 60 m / 3 hoists + 4 curves + 3 switches | USD 14,000 – 21,000 |
| 5-station line (heavy) | 2 ton | 60 m / 3 hoists + 4 curves + 3 switches + turntable | USD 18,000 – 24,000 |
| 8-station complex line | 1 ton | 120 m / 4 hoists + 8 curves + 5 switches + 2 turntables | USD 28,000 – 40,000 |
Prices are FOB for CE-certified enclosed track systems with manual switches and pendant control. Motorized switches add USD 800–2,000 each. Remote control for each hoist adds USD 400–1,200. Enclosed busbar electrification included. Free-standing support columns add USD 2,000–6,000. Prices exclude on-site assembly, structural assessment and shipping. Contact SIEC Cranes for a detailed quote based on your production layout.
Installation of a combination crane is different from a standard overhead crane. There is no runway steel to install, but instead a network of track sections that must be precisely aligned.
Ceiling-suspended installation — the track hangs from threaded rods attached to the building's roof structure. Each suspension point needs a structural assessment to confirm the roof can handle the load. A 60 m track with 12 suspension points costs USD 2,500–4,000 for the support hardware and structural assessment. Installation labor for a 5-station system takes 3–5 days.
Free-standing installation — if the building roof cannot support the track, the system is mounted on its own columns with base plates bolted to the floor. This costs USD 3,000–8,000 for the support structure including columns, cross-bracing and floor anchors. Installation labor takes 5–7 days.
Track assembly and alignment — track sections bolt together with precisely machined joints. Misalignment of more than 2 mm at a joint will cause trolley wear and noisy operation. A qualified installation team charges USD 80–150 per hour. Total track assembly for a 60 m network is about 16–24 hours.
Electrical — busbar connections, hoist power drops and control wiring. A 5-station system with 3 hoists requires about 8–16 hours of electrical work, costing USD 1,000–2,500.
Commissioning — test all switches and turntables through full travel, verify load testing per FEM/EN 15011, adjust brake timing and set limit switches. This runs USD 1,500–3,500.
| Cost Component | 3-Station / 1-ton | 5-Station / 1-ton | 5-Station / 2-ton |
|---|---|---|---|
| Crane equipment (track + hoists + switches) | USD 6,500 | USD 18,000 | USD 22,000 |
| Support hardware / structural assessment | USD 1,500 | USD 3,000 | USD 4,000 |
| Assembly labor (mechanical) | USD 1,500 | USD 3,000 | USD 3,500 |
| Electrical work | USD 800 | USD 1,800 | USD 2,500 |
| Commissioning & testing | USD 1,500 | USD 2,500 | USD 3,500 |
| Total installed | USD 11,800 | USD 28,300 | USD 35,500 |
The 1.2–1.5x installation multiplier for a combination crane is lower than a bridge crane's 1.6–2.2x (which includes runway steel) but higher than a jib crane's 1.05–1.15x. The trade-off is that a single combination crane network replaces multiple jib cranes, making the per-station installed cost much lower.
Combination cranes are among the lowest-maintenance lifting systems. The enclosed track protects the rolling surface from dust and debris, and the hoists are small chain or wire rope units that are simple to service.
Annual maintenance cost by duty class (per hoist):
System-level maintenance items:
Total maintenance cost over 10 years for a 5-station combination crane with 3 hoists running A4 duty: approximately USD 18,000–24,000. That is roughly 85–110% of the hoist-only purchase price — but remember the track and switches themselves cost almost nothing to maintain compared to runway steel or jib crane rotation bearings.
The real advantage: a combination crane's track network does not wear the way an overhead crane's runway does. There are no rails to align, no wheel flanges to grind, no column connections to torque-check. The enclosed profile ensures the trolley wheels run on a protected surface. I have visited factories where the track was installed 15 years ago and still measured within 1 mm of factory alignment.
Combination cranes use small hoists — typically 0.5 to 3 kW per hoist depending on capacity. The travel motors on the trolley are 0.2–0.5 kW. Total connected load for a 5-station system with 3 hoists is about 5–10 kW.
Real numbers: if a 5-station combination crane runs 8 hours a day, 260 days a year, with 3 hoists operating 40% duty cycle, annual energy consumption is about 2,500–3,500 kWh. At USD 0.12/kWh industrial rate, that is USD 300–420 per year.
Five individual jib cranes with the same 1-ton chain hoists would consume roughly the same energy per hoist — about USD 300–500 per year for all five combined. The energy difference is minimal because the hoists themselves are the same.
A small 5-ton bridge crane covering the same area would use significantly more — about 9,000–12,000 kWh per year (USD 1,080–1,440) — because the bridge and trolley motors are much larger (combined 7–12 kW even just for travel, before hoisting). The overhead bridge crane is carrying the bridge structure across the full span each cycle, which the combination crane's trolley does not need to do.
Here is how a 5-station 1-ton combination crane compares against 5 individual 1-ton jib cranes and a single 5-ton overhead bridge crane covering the same production area over 10 years at A4 duty.
| Cost Category | 5-Station Combination Crane | 5x Individual Jib Cranes | 5-ton Overhead Bridge Crane |
|---|---|---|---|
| Equipment | USD 18,000 | USD 32,000 | USD 28,000 |
| Installation (support + labor + electrical) | USD 10,300 | USD 18,000 | USD 45,000 |
| Maintenance (10 years) | USD 18,000 | USD 25,000 | USD 35,000 |
| Energy (10 years) | USD 4,000 | USD 8,000 | USD 13,000 |
| Component replacements (10 years) | USD 16,000 | USD 25,000 | USD 31,000 |
| 10-Year TCO | USD 66,300 | USD 108,000 | USD 152,000 |
| TCO per station per year | USD 1,326 | USD 2,160 | USD 3,040 |
The combination crane saves about USD 42,000 over 10 years compared to five individual jib cranes — a 39% lower TCO. The savings come from three places: (1) fewer hoists needed (3 vs 5), (2) shared track infrastructure instead of 5 separate mounting bases, and (3) lower maintenance because the enclosed track system has fewer wear points than 5 rotating jib arms.
Against a small bridge crane, the combination crane saves USD 86,000 — a 56% lower TCO. The bridge crane's runway steel and large structure drive up both installation and maintenance costs dramatically.
These three workstation lifting options serve similar applications. Here is how they compare for a typical 3-station assembly cell:
| Parameter | Combination Crane | 3x Jib Cranes | Suspension Crane 1-ton |
|---|---|---|---|
| Capacity per hoist | 1 ton | 1 ton each | 1 ton |
| Total installed cost | USD 11,800 | USD 30,000 | USD 28,000 |
| Coverage per station | Full bay (shared) | 270° arc each | Full bay (single) |
| Annual maintenance | USD 1,800 | USD 2,500 | USD 2,000 |
| Best for | Multi-station lines with shared lifting | Individual workstations with heavy material flow | Linear production lines, single zone |
The combination crane wins on cost when you have 3+ workstations in a connected production flow. For a single workstation, a jib crane is simpler and cheaper. For a linear line where all stations are in a straight row, a suspension crane with a long travel path is comparable in cost but cannot switch between zones — the combination crane's switches give it flexibility that the suspension crane lacks.
Combination cranes are not always the best option. Here is when alternatives win:
But for multi-station production lines, assembly cells and manufacturing cells with non-linear material flow, the combination crane delivers the lowest TCO of any overhead lifting solution.
Here is a practical way to plan the full project cost:
For a 3-station 1-ton installation, expect the total project cost to land between USD 10,000 and 15,000. For 5 stations with 1-ton capacity, budget USD 26,000–32,000. For 5 stations at 2-ton capacity, USD 33,000–40,000. For an 8-station complex line with multiple switches and turntables, USD 45,000–60,000.
Used combination cranes are less risky than used outdoor cranes because the equipment lives indoors — no weather exposure, no corrosion on track sections. But they have their own pitfalls.
A used 5-station combination crane might sell for USD 6,000–12,000. After full inspection (USD 1,500–3,000), hoist overhaul (USD 1,500–4,000 per hoist), load chain replacement (USD 200–800 per hoist), track alignment check and joint reconditioning (USD 1,500–3,000), switch mechanism overhaul (USD 600–1,500 per switch), busbar carbon brush replacement (USD 200–500), and re-commissioning (USD 1,500–3,000), the total reaches USD 14,000–28,000 — not far from the new price of USD 18,000–24,000 for the same system, and the new system comes with full warranty and EN 15011 certification.
The one exception: if you are buying a used track network from a factory that is closing and the track was installed less than 5 years ago, you can often reuse the track sections and switches at a significant saving. Track sections do not wear if properly maintained. Replace the hoists and trolley wheels, re-certify the system, and you have a functional system at about 50–60% of new cost. But you must match the track brand — enclosed track profiles are not interchangeable between manufacturers. A Demag track will not accept an SIEC trolley, and vice versa.
Plain numbers for a typical 5-station 1-ton combination crane system:
A typical 5-station 2-ton system:
The combination crane delivers the lowest total cost of ownership for multi-station production lines, especially when material flow requires zone-to-zone flexibility. The 30–40% TCO advantage over multiple jib cranes comes from sharing hoists across workstations and eliminating per-station mounting bases. Against a small bridge crane, the savings are even larger — 50–60% lower TCO — because you are not paying for a massive bridge structure and runway steel to cover light loads. For buyers planning a new assembly line or manufacturing cell with 3+ workstations, the combination crane is almost always the most cost-effective choice.
For a detailed quote tailored to your production layout, station count and lifting requirements, contact the SIEC Cranes sales team. We provide free track layout drawings and structural support recommendations with every quotation.