Drivetrain & Motion
Gearbox housings, shafts, bushings and bearing supports.
AGRICULTURE INDUSTRY
Precision Components.
Built for the Field.
Custom tooling, molded parts and precision metal components for agricultural equipment that must perform through demanding conditions.
- Durable Production Parts
- Complex Metal & Plastic Components
- Prototype to Production
Built for Demanding Use
Metal & plastic components
AGRICULTURAL EQUIPMENT COMPONENTS
Reliable Parts for
Work That Cannot Wait.
Agricultural machinery works through vibration, heavy loads, dust, moisture and changing temperatures. Every component must maintain its fit, strength and function beyond the factory floor.
HordRT combines tooling and multiple manufacturing processes to support housings, brackets, hydraulic components, protective enclosures and precision mechanical parts—from design validation to repeat production.
Durable MaterialsSelected for real operating conditions.
Repeatable ProductionControlled quality from batch to batch.
Gearbox HousingsHydraulic Components
Mounting BracketsProtective Enclosures
AGRICULTURE APPLICATIONS
Components for Every Critical System.
Precision-manufactured parts for the mechanical, hydraulic, structural and control systems that keep agricultural equipment working.
REAL-WORLD APPLICATIONS
Built into the systems that power the machine.
Hydraulic Systems
Manifolds, valve blocks, pump housings and connectors.
Controls & Electronics
Sensor housings, control boxes and protective enclosures.
Frames & Structures
Brackets, welded supports, guards and mounting plates.
Operator Components
Handles, covers and durable functional plastic parts.
Field-Test Parts
Production-intent prototypes for assembly and validation.
MATERIALS & FIELD PERFORMANCE
Made for More Than
Controlled Conditions.
Material, process and finish are selected around how the component will actually be loaded, handled and exposed in service.
MULTI-PROCESS SUPPORTOne project. The right process for every part.
AL
Aluminum Alloys
Lightweight housings, manifolds and structural components with corrosion-resistant finishing options.
ST
Steel & Stainless Steel
High-strength shafts, brackets, supports and wear-resistant functional parts.
EP
Engineering Plastics
PA, glass-filled nylon, ABS, PC and other polymers for covers, housings and operator components.
SF
Protective Finishes
Anodizing, powder coating, plating and passivation selected for wear and environmental exposure.
Temperature ChangeStable materials across changing operating environments.
Moisture & ChemicalsMaterial and finish options for outdoor and fluid exposure.
Vibration & ImpactRobust construction for repeated movement and shock loads.
Dust & DebrisPractical geometry and sealing features for field conditions.
QUALITY & VALIDATION
Quality Built Around Real Working Conditions.
From drawing review to final inspection, quality controls are matched to the function, tolerance and production requirements of each agricultural component.
Drawing & DFM Review
Critical dimensions, material selection, load areas and assembly requirements are reviewed before production begins.
Process Validation
Initial parts confirm tooling, machining strategy, molding parameters and assembly fit before repeat production.
Inspection & Reporting
CMM, gauges and blue-light scanning verify critical geometry with inspection records available when required.
Consistency & Traceability
Controlled materials, documented processes and in-process checks support consistent quality from batch to batch.
AGRICULTURE CASE STUDIES
From Component Requirements
to Production-Ready Parts.
Examples of how tooling and manufacturing processes can be matched to the performance, geometry and production needs of agricultural equipment components.
CNC MACHINING
HYDRAULIC SYSTEM COMPONENT
Precision Hydraulic Manifold
A compact aluminum manifold required intersecting ports, controlled sealing surfaces and accurate threaded connections for reliable hydraulic integration.
MATERIALAluminum Alloy
PROCESSMulti-Axis CNC
FOCUSPort & Seal Accuracy
INJECTION MOLDING
Weather-Resistant Control Housing
Glass-filled nylon housing with ribs, mounting bosses and sealing features for electronics used around dust and moisture.
SHEET METAL FABRICATION
Structural Equipment Bracket
Cut, bent and welded steel support designed around assembly fit, mounting access and repeated equipment loads.
WHY HORDRT
Manufacturing Support for
Agricultural Components.
From early engineering review to repeat production, we coordinate the processes, materials and quality controls your project actually needs.
ONE CONNECTED WORKFLOW
Less handoff.
Less handoff.
More control.
Keep tooling, plastic parts and precision metal components with one responsive manufacturing team.
Discuss Your Project5–10Days Rapid Tooling Lead Time
No MOQPrototype to Production Support
20+Countries Served Worldwide
Multiple Processes, One Project Team
CNC machining, injection molding, die casting, sheet metal and tooling can be coordinated around the complete assembly.
Engineering Review Before Production
Materials, geometry, tolerances and manufacturing risks are reviewed early for practical, repeatable production.
Quality Focused on Functional Features
Inspection planning prioritizes critical dimensions, sealing surfaces, assembly interfaces and field performance.
Prototype Through Repeat Production
Validate the design, refine the process and scale production without changing manufacturing partners between stages.
START YOUR AGRICULTURE PROJECT
Have a Component Ready
for Manufacturing Review?
Send us your drawings, material requirements and expected quantities. Our team will review the project and recommend a practical manufacturing approach.
Drawings & SpecificationsSTEP, STP, IGES, X_T, PDF and other common formats.
Material & QuantityTell us the intended material, application and order volume.
Engineering FeedbackReceive process, DFM and quotation feedback for the project.
FAQ
Agriculture Manufacturing
FAQs.
Practical answers about manufacturing processes, materials, quality and quotations for custom agricultural equipment components.
Still evaluating your agriculture project?
Send your CAD files, material, quantity and critical requirements. Our engineering team will review them and recommend the next steps.
Get a Quote01What manufacturing processes do you offer for agricultural components?
We provide rapid tooling, plastic injection molding, CNC machining, die casting, sheet metal fabrication and silicone compression molding, together with selected finishing and assembly support.
02Can you support both prototypes and production parts?
Yes. We support prototypes, validation parts, rapid tooling, low-volume production and repeat orders. There is no fixed minimum order quantity; the manufacturing route is selected around the part, material and required volume.
03What agricultural equipment components can HordRT manufacture?
Typical projects include housings, covers, brackets, manifolds, control enclosures, structural supports, wear-resistant parts, sealing components and other custom plastic or metal parts produced to customer drawings.
04Which materials are suitable for demanding field conditions?
Options include aluminum alloys, carbon and stainless steels, engineering plastics such as PA, glass-filled nylon, ABS and PC, and selected silicone materials. Final selection depends on load, wear, temperature, chemicals and outdoor exposure.
05Can you provide corrosion- and wear-resistant finishes?
Yes. Available options may include anodizing, powder coating, plating, passivation, painting and other surface treatments. The finish is selected according to the base material and actual service environment.
06How do you control the quality of custom components?
Quality planning may include incoming material checks, first-article inspection, in-process control, dimensional inspection, CMM measurement and visual evaluation. Inspection requirements are confirmed against the drawing and project specifications.
07What information is required for a quotation?
Please provide 3D CAD files, 2D drawings where available, material, quantity, finish, critical tolerances and application requirements. Rapid tooling can typically be completed in 5–10 days, subject to tool size and complexity.