Nordberg MP Series
Large cone crushers for mining
MP800, MP1000, MP1250, MP3000; MP2500 is retained as a legacy installation.
View the MP Series →Start with the specific series and installed model, then identify wear parts, spares, materials and drawings for technical review and quotation.
Metso cone crushers include current HP, HPe, GP, MP and MX series and legacy Symons and Omnicone installations. This page links to a dedicated page for each series rather than treating a generic cone crusher structure as an OEM model.
Each card opens a dedicated page with models, key dimensions, wear parts, spares and confirmed compatibility information.
Large cone crushers for mining
MP800, MP1000, MP1250, MP3000; MP2500 is retained as a legacy installation.
View the MP Series →
New-generation high-performance cone crushers
HP200e, HP350e, HP450e, HP600e, HP800e, HP900e。
View the HPe Series →
Established high-speed cone crushers
HP100, HP200, HP300, HP400, HP500, HP900, HP3, HP4, HP5, HP6。
View the HP Series →
Secondary and versatile cone crushers
GP100S, GP300S, GP500S, GP100, GP220, GP330, GP550, GP7。
View the GP Series →
Multi-action cone crushers
Current published models: MX3 and MX4.
View the MX Series →Legacy installed equipment
Symons 2–7 ft series; Omnicone 937, 1144, 1352, 1560.
View Legacy Installations →Models identify the relevant series page. Final manufacture still requires the serial number, chamber profile, drawing number, revision and upgrade status.
| Series | Main standard models / installed range | Status |
|---|---|---|
| Nordberg MP Series | MP800, MP1000, MP1250, MP3000; legacy MP2500 | Current series and legacy installations |
| Nordberg HPe Series | HP200e, HP350e, HP450e, HP600e, HP800e, HP900e | Current series |
| Nordberg HP Series | HP100, HP200, HP300, HP400, HP500, HP900, HP3, HP4, HP5, HP6 | Current series with a large installed base |
| Nordberg GP Series | GP100S, GP300S, GP500S, GP100, GP220, GP330, GP550, GP7; earlier GP installations also remain in service | Current series and legacy installations |
| Metso MX Series | MX3, MX4 | Current series |
| Symons / Omnicone | Symons 2, 3, 4, 4¼, 5½, 7 ft;Omnicone 937, 1144, 1352, 1560 | Legacy installations |
Images illustrate generic cone crusher part categories. For each Metso series, confirm profiles, dimensions, hole patterns, mounting structures and materials against the model, chamber and drawings.
Mantle / Head Liner
Mounted on the crushing head, the mantle withstands high compression and abrasion. Check chamber profile, contour, thickness, locking structure and drawing number.
View the common part page →
Bowl Liner / Concave
Mounted inside the bowl, it forms the crushing chamber with the mantle. Check standard / short-head configuration, feed opening, CSS, contour and mating surfaces.
View the common part page →
Feed Plate / Feed Cone
Located above the crushing head, it distributes feed and withstands impact and sliding wear. Check profile, fastening, feed conditions and lifting interfaces.
View the common part page →
Main Frame Liner
Protect the inner main frame and falling-material area. Check segmentation, thickness, hole pattern, seating surfaces and observed wear direction.
View the common part page →
Frame & Arm Guards
Protect frame arms and their material-facing surfaces. Check installation position, left / right orientation, holes and the material flow path.
View the common part page →Counterweight & Lower Guards
Protect the counterweight, lower frame and discharge area. Check segmentation, clearances, fasteners and machine rotation direction.
View the common part page →For large assemblies and precision-fit parts in each Metso cone crusher series, check OEM drawing and part numbers, materials, heat treatment, interface dimensions, clearances and inspection requirements separately.
Main Frame & Main Shaft Assembly
The load-bearing datum of the machine and its fixed main-shaft structure. Check casting revision, shaft dimensions, datum surfaces, liner interfaces and nondestructive testing requirements.
Submit Drawings and Dimensions →Bowl & Adjustment Ring Assembly
Includes the bowl, adjustment ring, clamping ring, adjustment mechanism and clamping-cylinder interfaces. Confirm standard / short-head configuration and upgrade status.
Submit the Model and Drawing Number →Head Assembly
Includes the head, mantle interface, feed plate connection and locking structure. Check head revision, chamber profile, bushings and lock-nut configuration.
Submit the General Arrangement and Drawing Number →
Socket & Socket Liner
Support the head under oscillating contact loads. Check spherical radius, thickness, oil grooves, material and contact condition.
View the common part page →
Eccentric Assembly & Bushings
Generate eccentric motion while maintaining sliding fits. Check eccentricity, inside and outside diameters, oil grooves, interference fits, copper alloy and gear interface.
View the common part page →
Countershaft Box, Shaft & Bushings
Transmit torque from the drive to the eccentric assembly. Check bearing seats, keyways, end connections, seals and bushing fits.
View the common part page →Gear & Pinion
Transmit main-drive torque. Check tooth count, module, pressure angle, helix angle, rotation direction, matched-pair markings, material and heat treatment.
View Gear Components →
Clamping, Tramp Release & Hydraulic Parts
Maintain the setting and release loads during tramp-metal events. Check cylinder revision, pressure, stroke, seals, piping and HPU configuration.
View the common part page →Dust Sealing & Lubrication System
Protect sliding surfaces and control oil temperature, filtration and flow. Check seal type, oil grade, filters, pumps, coolers and connections.
View Seal Components →Start with the complete series, model and serial number on the nameplate, then check the chamber, adjustment method, drive and assembly structure.
Brand or equipment category alone does not establish interchangeability. Compatibility requires manufacturer-published confirmation or verified drawing numbers, drawings, interfaces and dimensions.
Submit the complete model, serial number, installation position, used-part photographs, key dimensions, material and operating conditions. An engineer can then determine the next checks.
Browse component descriptions, drawing requirements and enquiry details.
Provide the complete model, serial number, nameplate, chamber profile, drawing number, used-part photographs and key dimensions. We use these to identify the series, assess materials, organize manufacture, coordinate quality control and deliver the finished item.
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