Lifting Attachment & Grab Prices
Compare preliminary USD budgets for grabs, magnetic beams and hook blocks by attachment type and defined package scope.
USD budget ranges · 30 October 2026 · 15 configurations
Lifting attachment price guide: compare size and package
Lifting attachment prices vary with the mechanism, size, material, crane interface and included power or control package. For early budgeting, this guide gives planning ranges for five separate families: four-rope clamshell grabs, electric motor-mechanical clamshell grabs, multi-petal scrap grabs, magnetic lifting beams and crane hook blocks. The estimates describe equipment-only scenarios, not current supplier quotations or complete crane systems.
Grab sizes are nominal m³; magnetic-beam entries are planning layouts without a verified standalone rating; hook-block labels are budget keys and do not establish replacement compatibility. Filter by attachment type to compare like-for-like configurations.
All amounts are author-prepared preliminary planning estimates in USD, not current Henan Mine prices, confirmed sales, or binding quotations. Grab volume is not payload in tonnes. Magnetic beam labels are configuration scenarios, not rated capacities. Freight, taxes, site work and equipment not listed are excluded.
| Configuration | Product configuration | Planning specification | Equipment budget | Typical fit |
|---|---|---|---|---|
| 0.5 m³ nominal grab volumeplanning configuration | Four-rope mechanical clamshell0.5 m³ four-rope clamshell grab Four-rope clamshell grab |
| USD $5,000–$10,000Planning estimate | Loose bulk material where the crane and reeving are designed for the required four-rope grab functions. |
| 1 m³ nominal grab volumeplanning configuration | Four-rope mechanical clamshell1 m³ four-rope clamshell grab Four-rope clamshell grab |
| USD $8,000–$18,000Planning estimate | Bulk yards and process handling with an existing compatible grab-crane rope arrangement. |
| 3 m³ nominal grab volumeplanning configuration | Four-rope mechanical clamshell3 m³ four-rope clamshell grab Four-rope clamshell grab |
| USD $18,000–$40,000Planning estimate | Higher-volume loose-material handling where a matched four-rope hoist system is available. |
| 6 m³ nominal grab volumeplanning configuration | Four-rope mechanical clamshell6 m³ four-rope clamshell grab Four-rope clamshell grab |
| USD $40,000–$85,000Planning estimate | Bulk-material installations requiring a larger bucket with a compatible four-rope crane interface. |
| 0.5 m³ nominal grab volumeplanning configuration | Motor-mechanical clamshell0.5 m³ motor-mechanical grab Electric motor clamshell grab |
| USD $9,000–$20,000Planning estimate | Loose bulk handling when an onboard electric-mechanical opening/closing arrangement suits the crane and material. |
| 2 m³ nominal grab volumeplanning configuration | Motor-mechanical clamshell2 m³ motor-mechanical grab Electric motor clamshell grab |
| USD $22,000–$45,000Planning estimate | Single-hoist lifting with an independently powered mechanical opening/closing mechanism, after interface review. |
| 4 m³ planning-size scenarioplanning configuration | Larger motor-mechanical clamshell4 m³ motor-mechanical grab planning scenario Electric motor clamshell grab |
| USD $45,000–$85,000Planning estimate | Larger bulk bucket requirement where an engineered motor-mechanical attachment and matching crane interface are confirmed. |
| 1.5 m³ nominal bucket volumeplanning configuration | Multi-petal scrap grab1.5 m³ multi-petal scrap grab Multi-petal scrap grab |
| USD $18,000–$38,000Planning estimate | Handling irregular ferrous scrap where a multi-petal closing geometry matches the piece size and handling plan. |
| 3 m³ nominal bucket volumeplanning configuration | Multi-petal scrap grab3 m³ multi-petal scrap grab Multi-petal scrap grab |
| USD $35,000–$75,000Planning estimate | Scrap processing where load size, fragment geometry and available crane interface suit a larger multi-petal bucket. |
| 6 m³ planning-size scenarioplanning configuration | Large multi-petal scrap grab6 m³ multi-petal scrap grab planning scenario Multi-petal scrap grab |
| USD $70,000–$140,000Planning estimate | Large scrap-handling concept where the actual material, crane and opening envelope are engineered together. |
| Short-beam plate layout scenarioplanning configuration | Magnetic lifting beam packageShort-span plate beam with DC supply and backup allowance Magnetic lifting beam |
| USD $18,000–$40,000Planning estimate | Budget screening for a compact ferrous-plate handling package, subject to a load-case and crane-system design. |
| Mid-length plate beam layout scenarioplanning configuration | Magnetic lifting beam packageMid-length plate beam with DC supply and backup allowance Magnetic lifting beam |
| USD $35,000–$75,000Planning estimate | Budget screening for a longer magnetic plate-handling package with an explicitly scoped electrical and backup allowance. |
| 5 t nominal assembly classplanning configuration | Matched lower hook block5 t nominal-class complete lower hook block Crane hook blocks |
| USD $2,500–$6,500Planning estimate | Replacement or new-hoist planning when the complete lower block scope and hoist geometry can be confirmed. |
| 10 t nominal assembly classplanning configuration | Matched lower hook block10 t nominal-class complete lower hook block Crane hook blocks |
| USD $5,000–$12,000Planning estimate | Replacement planning for a matched 10 t-class hoist block after drawing or dimension review. |
| 25 t nominal assembly classplanning configuration | Matched lower hook block25 t nominal-class complete lower hook block Crane hook blocks |
| USD $10,000–$24,000Planning estimate | Large-hoist replacement or project budget where the full assembly drawing and reeving are available. |
No matching configuration. Choose another option or reset the filters.
What these lifting attachment price ranges cover
These preliminary USD ranges are author-prepared planning allowances for the attachment or defined assembly shown. They are not current Henan Mine quotations, confirmed sale prices, or complete crane-system prices. The four-rope and motor-mechanical grabs are separate drive interfaces; a crane hook or nameplate rating alone does not establish compatibility.
Grab rows use nominal bucket volume in cubic metres, not tonnes of rated cargo. Magnetic-beam rows name layout scenarios only because no verified standalone beam capacity, tare or universal size range is available. Hook-block rows use nominal assembly classes for budget grouping and do not establish a replacement fit. The rows are grouped by attachment type because bucket volume, magnetic-beam layout and hook-block class use different size bases.
The standard allowance is one attachment package with the parts described in the row. Crane, hoist, site modification, freight, taxes, installation and commissioning are outside the equipment estimate. Special wear materials, environmental packages, controls, testing and spares require a separate scope.
How each attachment configuration changes the budget
A four-rope clamshell depends on the crane’s rope count, reeving, drum geometry and rope path. The estimate covers the grab assembly, not a new multi-drum crane or a universal rope set. A larger bucket changes structure and handling envelope, but volume by itself does not define its safe cargo mass.
The motor-mechanical clamshell has an onboard opening/closing mechanism. Existing catalogue examples use distinct architectures, including an internal electric hoist and a head-mounted motor, reducer and drum. The rows are planning scenarios, not proof that every size uses either arrangement. Electrical feed, control, motor duty and crane suspension must be selected together; this estimate does not describe an electro-hydraulic grab.
Multi-petal scrap-grab figures include an allowance for a matched opening/closing actuator package. Exact drive, gearbox, controls and crane interface remain selection details. For a magnetic beam, the modeled package expressly includes selected magnets, beam, suspension, DC supply/rectifier and a backup-system allowance; it does not assign a generic rated payload or backup duration. Hook-block budgets distinguish a complete lower block from a hook-only purchase.
Compare attachments by task, not just nominal size
A 0.5 m³ four-rope grab and a 0.5 m³ motor-mechanical grab may share a nominal volume, but they are not interchangeable. The former depends on compatible crane rope functions; the latter carries an opening/closing drive package and electrical interface. Compare the same material, bulk density, fill condition, bucket geometry and duty before treating their budgets as alternatives.
For example, a bucket’s cargo estimate starts with nominal volume × actual bulk density × a realistic fill factor. Then add confirmed grab self-weight and applicable suspended rigging. Compare the resulting total with the crane’s permitted load for the actual operating position and grab duty. The catalogue cargo figure for one example cannot be transferred to a different bucket or existing crane.
Similarly, a magnetic module’s pull force, a complete beam’s structural rating and a crane’s working-load limit are different quantities. Steel grade, thickness, surface condition, contact, beam deflection, magnet layout and power-loss response belong to one selected lift case. A 10 t hook-block planning label also does not fit every 10 t hoist.
What moves an attachment budget up or down
- Material and wear: bulk density, particle size, moisture, abrasiveness, scrap shape and expected operating duty affect bucket structure and wear components.
- Volume and mass: bucket volume changes the structure; actual payload depends on density and fill, while attachment self-weight consumes part of the crane load allowance.
- Drive and interface: rope arrangement, motor/reducer package, electrical supply, cabling, controls and crane geometry can change scope.
- Magnetic package: beam span, steel cases, magnet selection, DC power supply, monitoring and specified backup alter the designed system and its price.
- Hook block fit: sheave count, rope diameter, reeving, hook form, block height, self-weight and machining determine whether a proposed assembly matches.
- Commercial boundary: quantity, packaging, inspection, export freight, destination tax and site work must be compared consistently.
A low number without the attachment’s own mass, interface and included drive can understate the project requirement. Ask the supplier proposal to identify the selected package and its exclusions before comparing line items.
Keep the attachment budget separate from the complete lifting system
The price table is an attachment-equipment allowance. A complete working system can also require a compatible crane or hoist, rope drums, suspension, power supply, cable reel or festoon, controls, structural changes and site electrical work. These items should be listed separately instead of silently added to or removed from a grab price.
For powered grabs, confirm whether the stated price includes the drive, motor control, local protection and cables. The magnetic-beam assumptions include a DC supply/rectifier and a backup allowance, but the final design still needs a defined steel case, system monitoring, alarm, fault response and verified hold period where backup is specified. No generic magnetic package is represented as safe for all metals or every load condition.
For a replacement hook block, separate the block assembly from ropes, hoist changes, installation and tests. Freight, duties, taxes, commissioning, operator instruction, spare parts and local approvals are not included in the modeled attachment ranges. The final commercial proposal should make the delivery boundary explicit.
Choose the right attachment before comparing offers
Start from the material or load geometry and the existing crane interface. For bulk grabs, establish the material’s upper bulk density, lump size, moisture and abrasion, plus the intended volume and fill. Confirm the grab’s self-weight and rope or electrical connection before checking crane capacity.
For a magnetic beam, define the steel grade, length, width, thickness, surface, temperature, pickup arrangement and lifting points. Confirm beam tare, full electrical package and any specified backup behavior as part of the complete system design. The estimate is a planning range only; it does not say the beam can lift any metal, plate or load in all conditions.
For a hook-block replacement, identify the hoist and assembly drawing, rope diameter, reeving, sheave grooves, dimensions, hook form and block mass. A nominal tonnage match is not enough. Review the linked product page for the applicable attachment family, then request a configuration-specific quotation based on a defined scope.
Lifting Attachments & Grabs price questions
Compare the same lifting task, equipment scope and site responsibilities.
Are these current Henan Mine prices?
No. They are author-prepared preliminary USD planning estimates, not current supplier quotations, confirmed sales, or guaranteed prices. A written offer must confirm the selected model and supply scope.
Does a 3 m³ grab lift three tonnes?
Not necessarily. Nominal volume is not payload mass. Estimate cargo from actual bulk density and fill, then add grab self-weight and rigging before comparing the full suspended load with the crane allowance.
Can a four-rope grab work with any overhead crane?
No. The crane must provide a compatible rope arrangement, reeving and drum geometry for the selected grab. Confirm rope count, diameter and paths before treating an attachment as compatible.
Is an electric motor clamshell the same as an electro-hydraulic grab?
No. The motor-mechanical category uses an electric hoist or motor/reducer/drum arrangement to operate a mechanical bucket. An electro-hydraulic unit uses an electric motor to power hydraulic actuation; its package and interface differ.
Does a magnetic beam price include the power supply and backup?
The modeled price rows explicitly include an allowance for a matched DC power supply/rectifier and a specified backup package. The system’s voltage, monitoring, alarm, backup duration, permitted steel cases and performance still require confirmation in the selected design.
Can I replace a hook block with another block of the same tonnage?
Not based on tonnage alone. Match the hook form, rope diameter, reeving, sheaves, groove geometry, block dimensions, self-weight and hoist design before approving a replacement.
Review the attachment family for your lifting task
Compare the product scope, then request a written price for a defined attachment, interface and supply package.