Stamped steel construction, smooth continuous rock, built for casual and lounge seating production.
Consistent rocking arc geometry across every unit in your batch. 100% functionally tested before shipment. OEM mounting patterns and custom configurations supported from 500 units.
Product Overview
The rocker chair mechanism delivers a continuous, arc-based rocking motion without a gas lift or tilt-lock system. The seat and backrest move together through a fixed rocking arc — typically 10°–15° forward and rear travel — driven entirely by the user's weight shift. No levers, no adjustment knobs, no gas cylinder. The simplicity is the point.
This is a different product from our rocking chair mechanism, which includes optional locking positions for users who want to fix the chair in a static position. The rocker mechanism is purely continuous motion — it rocks, and that's what it does. If your target market wants a lockable rocking function, the rocking mechanism is the right spec. If you're building casual lounge chairs, nursery rockers, or residential leisure seating where continuous gentle motion is the feature, this is the unit.
For your sourcing decision, the distinction matters commercially: the rocker mechanism sits at a lower unit cost than the locking rocking mechanism, which means it fits a different retail price tier. Casual seating lines, entry-level lounge chairs, and residential furniture programs that need a rocking function without the complexity of a locking system — that's where this mechanism earns its place in your catalog.
Fixed 10°–15° rocking arc, seat and backrest move together. No levers, no locks, no gas cylinder — pure mechanical simplicity.
Fits a different retail price tier. Right for casual seating lines and entry-level lounge programs that don't need locking functionality.
Casual lounge chairs, nursery rockers, residential leisure seating — anywhere continuous gentle motion is the primary feature.
Need a Lockable Version?
If your buyers want to fix the chair in a static position, the rocking chair mechanism is the right spec — it includes optional locking positions.
View Rocking Chair MechanismEngineering Data
These are industry-standard parameters for this mechanism type. Contact us for exact product data sheets and drawings.
| Parameter | Specification |
|---|---|
| Base material | Cold-rolled steel (SPCC), Q235 available for heavy-load spec |
| Plate thickness | 2.0 mm – 2.5 mm (standard); 3.0 mm available on request |
| Load capacity | 80 kg – 120 kg (standard); 150 kg heavy-duty option available |
| Rocking arc | Approx. 10°–15° total travel (forward + rear) |
| Mounting pattern | Standard 4-hole; custom patterns available |
| Surface treatment | Powder coating (black standard); zinc plating available |
| Powder coat thickness | 60–80 μm |
| Hardware included | Mounting bolts and spring assembly |
| Operating temperature | -10°C to 60°C |
| Certifications | CE, SGS, RoHS |
Specifications shown are industry-standard values for this mechanism type. Actual specifications may vary by configuration. Contact us for detailed product data sheets.
Arc Geometry — The Spec That Matters for Your Assembly Line
We stamp the rocker arms on progressive dies to ±0.15 mm tolerance, so the rocking arc is consistent across every unit in a production run. If you're assembling chairs on a jig, your seat-to-base alignment stays repeatable batch to batch — you're not adjusting per piece.
Send Us Your Frame DimensionsCertifications & Quality
The structural core is the rocker arm pair — two curved stamped-steel arms that define the arc geometry. We form these on progressive dies from cold-rolled steel coil. The curve profile is cut and formed in a single press sequence, meaning the arc radius is determined by die geometry, not operator skill or a secondary bending operation. Every arm off the press has the same curve. That consistency keeps your finished chairs rocking with the same feel across a 2,000-unit production run.
Spring tension is set by a torsion spring assembly mounted at the pivot point. We calibrate spring rate to the load rating — the standard 80–120 kg spec uses a spring rate that gives a natural, controlled rock without feeling stiff or loose at the midpoint of the weight range. We can adjust the spring rate on custom runs for heavier-duty applications, but the standard spec covers the majority of residential and casual commercial use cases without modification.
Welding on the pivot bracket is MIG, with penetration depth verified on structural joints. The pivot is the highest-stress point on a rocker mechanism — it takes the full cyclic load every time the chair rocks. We don't spot-weld this joint. After welding, the assembly goes through powder coat pre-treatment: phosphate wash to remove mill scale and oil residue, then powder application at 60–80 μm. That pre-treatment step is what separates a coating that survives shipping and years of use from one that starts flaking at the weld seam within months.
Final assembly includes spring installation, pivot pin fitting, and functional test — every unit rocks through its full arc under manual load before it's packed.
The largest volume segment for this mechanism. Furniture manufacturers producing living room accent chairs, reading chairs, and casual lounge seating use rocker mechanisms as a standard feature option. Residential buyers respond to rocking motion as a comfort differentiator at the $150–$350 retail price point where most casual seating competes. The rocker mechanism adds perceived value without adding assembly complexity — no adjustment systems to install or calibrate.
Nursery gliders and rocking chairs are a consistent, high-volume segment. Parents buying nursery furniture prioritize smooth, quiet rocking motion — the mechanism's arc geometry and spring calibration directly affect the end-user experience that drives reviews and repeat purchases for your brand. We can supply mechanisms with tighter spring rates for lighter-load nursery applications (typically 60–80 kg range) if your product line targets this segment specifically.
Porch rockers and garden lounge chairs are a growing export category, particularly for North American and Australian markets. For outdoor applications, specify zinc plating over powder coat, or request our heavy powder coat option (80–100 μm) — coastal environments will test the surface treatment. This segment has grown noticeably over the past three years, driven by North American buyers expanding their outdoor furniture lines.
Outdoor spec note: Specify zinc plating or heavy powder coat (80–100 μm) for coastal and high-humidity environments.
Hotel lobbies, resort common areas, and spa waiting rooms use casual rocking chairs as part of their furniture specification. These are typically project-based orders — 50 to 300 units per property, with repeat orders as properties refresh their furniture. The mechanism spec for hospitality needs to handle heavier daily use than residential.
Hospitality spec note: Specify the 120 kg load rating and request cycle life documentation for your project proposals.
The rocker chair mechanism is one of the more customization-friendly items in our chair hardware line, because the core geometry — the rocker arm curve — can be modified through tooling without redesigning the entire assembly.
Standard 4-hole pattern covers most chair frame designs. Non-standard patterns (6-hole, offset layouts, custom bolt circle dimensions) are available with OEM tooling. Send us your frame drawing and we'll confirm whether your pattern falls within our existing die range or requires new tooling.
Standard 10°–15° arc suits most casual seating. Tighter arcs (8°–10°) for compact chairs or wider arcs (15°–18°) for full-size lounge rockers can be produced with modified tooling.
Adjustable for load range. Lighter spring rates for nursery and children's applications, heavier rates for commercial or high-load residential use.
Standard 80–120 kg covers most residential applications. Heavy-duty 150 kg spec available using Q235 steel and 3.0 mm plate thickness.
Black powder coat is standard. Silver powder coat, zinc plating, and nickel plating available. Custom RAL colors on runs over 500 units.
Branded cartons and component labeling available as part of OEM arrangements.
Standard configurations ship at 500-unit MOQ. No tooling required for catalog specs.
Custom mounting patterns or arc geometry modifications require tooling — quoted based on your spec. Standard tooling modifications typically run 15–20 days for first sample; production follows after your sample approval.
The rocker chair mechanism ships with CE marking and SGS test documentation as standard. Our quality management system is ISO 9001:2015 certified, governing inspection and testing from incoming steel through outgoing shipment.
RoHS compliance is documented for buyers supplying into EU or California markets — no hexavalent chromium in the surface treatment process.
For buyers who need additional documentation, we can arrange third-party testing through our existing SGS relationship. Request this at the quoting stage so we can build it into the production schedule.
Request additional documentation at the quoting stage to ensure it is built into the production schedule.
Flat-pack efficiency means you're not paying to ship air. Here's what to expect from carton configuration through container loading.
Rocker arms nest efficiently due to their curved profile — carton volume is lower than you'd expect for a structural component. You're not paying to ship air.
We've worked out the 40HQ pallet configuration for this product. Your freight forwarder gets a loading plan, not a guessing exercise. Contact us for exact quantities based on your configuration.
Cartons carry product code, quantity, and batch number as standard. OEM orders get your brand labeling and retailer-specific barcodes — FBA labels, Wayfair compliance labels — applied before packing.
Exact loading quantities vary by arm geometry and packaging dimensions. Contact us with your configuration spec for a precise 40HQ count and landed cost estimate.
Specification decisions, production consistency, and ordering logistics — answered for buyers who need to make the right call before committing to production.
The rocker mechanism provides continuous, free-motion rocking — the chair rocks as long as the user shifts their weight, with no ability to lock it in a fixed position. Our rocking chair mechanism adds optional locking positions, so the user can fix the chair stationary when they don't want it to rock.
If your product is a pure rocking chair — nursery rocker, porch rocker, lounge rocker — the rocker mechanism is the simpler and lower-cost choice. If your market wants the option to lock the chair still, specify the rocking mechanism instead.
For standard residential casual seating (80–120 kg load range), 2.0–2.5 mm cold-rolled steel is the industry-standard spec. For heavier-duty applications — commercial hospitality, heavy-load residential, or markets where buyers specify conservatively — move to 2.5–3.0 mm Q235 steel.
Arc consistency comes from the stamping process, not from assembly adjustment. If your supplier is bending rocker arms in a secondary operation rather than forming them in a progressive die, you'll see arc variation batch to batch — and your finished chairs will rock differently.
Our rocker arms are formed in a single progressive die press sequence, so the arc geometry is set by the tooling, not the operator. Spring assemblies are calibrated to a specified rate range, not just installed from available stock. If you're seeing inconsistency from your current supplier, ask them how the rocker arm curve is formed and how spring rate is verified.
Standard MOQ is 500 units. For new buyers, we recommend a sample order of 2–5 units before committing to production quantities — this lets you verify fit with your chair frame, test the rocking feel, and confirm the surface finish meets your standard.
Samples ship within 7–10 days of order confirmation. Sample cost is credited against your first production order.
Yes, with the right surface treatment specification. Standard black powder coat at 60–80 μm passes 500-hour salt spray testing, which is adequate for most covered outdoor applications. For exposed coastal environments or markets with high humidity, specify zinc plating under powder coat, or request our 80–100 μm heavy powder coat option.
Start Your Order
Most new buyers start with a 2–5 unit sample to test fit and function against their chair frame before placing a production order. If you already have a reference sample or frame drawing, send it over — our engineering team will confirm compatibility and come back with a specific quote and lead time.
If you're building a new casual seating line and aren't sure whether the rocker mechanism or one of its siblings is the right spec, tell us your target retail price point and end-use segment. We'll recommend the configuration based on what's working for our existing buyers in your market.