In the 2026-06 buying window, portable hydraulic rebar cutters commonly list at US $120–US $350 for the RC-16/RC-20/RC-22/RC-25 single-phase series, while cordless 18 V–36 V Li-ion models and heavier AGQ-class bench/stand machines cluster between US $550 and US $950 per piece on FOB terms [S3][S6][S7].
Re-published OEM catalogues on Made-in-China and Okorder during 2026-04 through 2026-05 show that bar-diameter capacity (12–40 mm range) and drive type — manual-hydraulic, electric-hydraulic, or cordless Li-ion — explain most of the price spread, with blade and seal origin (domestic vs. imported hydraulic cylinder seal) acting as the secondary cost lever [S1][S2][S3].
Portable Hydraulic RC-Series: US $120–US $350 per unit
The RC-16 / RC-20 / RC-22 / RC-25 portable hydraulic line is the entry tier, rated for roughly 16–25 mm rebar and round-steel cutting at building sites, and lists in the US $120–US $350 band depending on maximum bar diameter and 110 V/220 V single-phase configuration [S3]. Published supply capability on equivalent lines reaches 200 unit/month per supplier, with 1-unit minimum order quantity and TT or LC payment terms on Tianjin loading [S3][S7].
For buyers comparing a manual-hydraulic rebar cutter against an electric-hydraulic one, the cost premium for the cordless or AC-motorised head is roughly 2–4× the price of an equivalent manual-hydraulic RC-16; the trade is operator fatigue vs. weight, not cut quality. Lead time from Chinese OEM hubs (Xuchang/Henan, Guangzhou) typically runs 15–25 days at MOQ 1.
Mid-Range Electric-Hydraulic 12–40 mm Lines: US $350–US $700
Multi-strand hydraulic rebar cutter lines covering 12–40 mm steel bar sit in the US $350–US $700 per-set band, with imported hydraulic-cylinder seals cited as a durability line item by the OEM [S2]. These machines adopt hydraulic shearing at small volume, high cutting force, low noise (typically under 75 dB(A) at operator station for this class), and stable operation under continuous shop duty.
Selection at this tier is driven by seal origin, motor insulation class (Class F is common in this segment), and whether the head accepts quick-change blades for different bar grades. For a fuller decision matrix on diameter/grade/duty, the related guide on Rebar Bender Selection: 5 Gates to Lock Diameter, Grade, Angle, Duty and Power covers the matching bender selection that almost always ships alongside a cutter on a rebar line.
Cordless Li-ion and AGQ Bench Machines: US $550–US $950+
Cordless rebar cutters using 18 V–36 V Li-ion packs are listed in the Power Tool Accessories category on Made-in-China, with manufacturer FOB quotes around US $550–US $850 per piece and MOQ 1 [S1][S6]. The AGQ closed-end cutting machine series (AGQ40 A/B/C/D, AGQ45, AGQ50 A/B/C/D, AGQ55) covers bench-class and heavier stand-mounted applications and ships from Tianjin at FOB pricing on the same US $550–US $950+ range, with 1 unit MOQ [S7].
Cost levers above US $700 are: brushless vs. brushed motor, blade-change tool-less design, battery platform cross-compatibility with the buyer's existing 18 V/36 V cordless range, and IP-rated guarding for outdoor rebar yards. For spec depth on the diameter/drive/speed/blade trade-offs, the Rebar Cutter 2026 Buying Guide lays out the matching decision gates.
Steel and Blade Cost: Material Levers Behind the Sticker
Cutting capacity is the single biggest material-cost driver inside the head: a 40 mm-grade rebar cutter uses thicker high-carbon tool-steel blades (commonly Cr12MoV or 9CrSi in this category) and a larger hydraulic cylinder, which lifts both the unit price and the eventual resharpening cost. Imported cylinder seals, cited explicitly by Chinese OEM literature, extend service life but add a small percentage to the bill versus domestic seals [S2].
For contractors weighing a new cutter against outsourcing cut-and-bend, the Steel Section 2026 Price & Cost Guide: Grade, Shape and Sourcing Levers provides the input rebar cost baseline needed to size the payback. A typical on-site cutter at US $120–US $350 pays back inside 6–12 months on a project consuming 200+ tonnes of rebar, given that hand-cutting labour runs 2–3× slower per bar.
Comparison Across Drive Types and Diameter Bands
Across the three main architectures, the cost-to-duty fit is: (1) manual-hydraulic RC-16 to RC-25 at US $120–US $350 suits 16–25 mm rebar, intermittent site duty, and buyers prioritising lowest unit cost; (2) electric-hydraulic 12–40 mm lines at US $350–US $700 suit precast shops with daily 4–8 hour duty, larger bar diameters, and buyers needing stable cycle time; (3) cordless Li-ion and AGQ bench machines at US $550–US $950+ suit crews working on slab decks, bridge piers, or sites without stable 220 V power, where mobility orbs cycle time on the buyer's decision list [S1][S2][S3][S6][S7].
Power source is the strongest cost predictor, followed by maximum bar diameter, then by blade material and seal origin. A buyer who over-specs cordless for a fixed precast line will pay roughly 3–4× more than an equivalent electric-hydraulic unit, with no productivity gain. Conversely, a buyer who under-specs a manual-hydraulic RC-16 onto 32 mm rebar will burn blades and seals faster than the savings justify.
Sourcing Channels, MOQs and Lead Times from China
Direct-from-OEM sourcing via Made-in-China and Okorder remains the lowest published price channel in 2026-06, with verified manufacturers in Xuchang/Henan and Guangzhou listing MOQ 1 piece on rebar cutters and rebar benders alike, and a published supply capability of 200 unit/month on equivalent lines [S3][S4][S6][S7]. Payment terms on the public listings are TT or LC, with FOB Tianjin or FOB Guangzhou loading ports.
For buyers comparing rebar tooling to other shop-capex line items, the Electric Motor Smart Manufacturing 2026: BLDC, IE4, and Drive-Integrated Lines article covers the motor-side economics that drive hydraulic-pump selection. On the consumables side, the Welded Steel Mesh Price & Cost Guide: Material, Aperture and Sourcing Levers is the matched reference for rebar mesh, which is the downstream product many of these cutters feed into.
Limitations, Failure Modes and Watch-Items
Three failure modes dominate the warranty period on this category: (1) hydraulic-cylinder seal blow-by, accelerated when ambient temperatures drop below −5 °C or when the unit is run continuously above its rated cycle/minute; (2) blade chipping on rebar grades above HRB 400 or on cold-rolled round stock; (3) cordless pack degradation when Li-ion cells are stored above 45 °C on a hot site. None of these are visible in the FOB price but each shifts the total cost of ownership by 10–30% over a 24-month window. [S1]
For projects under 5 units, working with a trading company such as the cross-border firms listed on Made-in-China can compress lead time at the cost of a small margin layer [S4][S6].
The next reference nodes to track on this category are: (1) IEC 62841-1 updates that may shift brushless-vs-brushed cordless-cutter compliance starting 2026-07, and (2) any movement in the Cr12MoV tool-steel blade-stock index, which historically tracks Chinese rebar-cutter list prices within 4–8 weeks. Verify both at the OEM's updated data sheet before issuing a 2026-Q3 PO.
For component-level specifications, see linear guide, and crossed roller guide.