OEM Manufacturing Capabilities for Heavy-Duty Truck Accessories
Built for North American Standards. Engineered for Long-Term Supply.
Request Engineering ReviewWhat We Manufacture
We specialize in safety-critical, load-bearing components for heavy-duty trucks—where precision and durability matter most.
Moose Bumpers
Heavy-duty front protection engineered to deflect wildlife impacts, absorb collision energy, and protect drivers in extreme highway conditions.
Grille Guards
Front-end protection combining structural integrity with aesthetic appeal. Multiple finish options available to match OEM brand standards.
Pickup Bumpers
Rugged front protection and roll bars designed for pickup trucks, built tough for off-road adventures and demanding work site conditions.
Accessories
Aluminum truck bodies, tool boxes, chain hangers, fenders, and mounting hardware. Complete your truck setup with our quality accessories.
Our Focus: Safety-critical and load-bearing components. We do not manufacture cosmetic trim, fast-moving consumer goods, or general purpose accessories. This focus ensures deep expertise in structural manufacturing where precision and durability directly impact driver safety.
Ready to discuss your product requirements?
View All of Our ProductsOEM / ODM Program Structure
Clear collaboration pathways with defined engineering boundaries. We execute to your standards while maintaining the precision your customers expect.
OEM Program
Customer-Led DesignYou provide the complete design specifications and drawings. Our engineering team validates manufacturability, identifies potential issues, and executes production with precision to your exact requirements.
- 1 Receive customer design files and specifications
- 2 Engineering review for manufacturability
- 3 Prototype production and validation
- 4 SOP execution with locked parameters
ODM Program
Collaborative DevelopmentYou define the performance requirements and vehicle applications. Our team develops the structural concept, creates detailed designs, and works with you through validation to final production approval.
- 1 Define performance requirements and target vehicles
- 2 Structural concept alignment with customer
- 3 Sample validation and design refinement
- 4 SOP execution with approved specifications
OEM programs are evaluated based on confidentiality scope and conflict risk. We maintain clear boundaries between customer projects and decline opportunities that could compromise existing partnerships.
Ready to explore a partnership? Start with an engineering consultation.
Request OEM/ODM EvaluationEngineering & Fitment Control
Eliminate fitment uncertainty with verified dimensional data and systematic validation. Every mounting point is engineered to match your target vehicles precisely.
Vehicle-Specific Fitment Accuracy
Incorrect hole positions and year-model mismatches cause installation failures and customer complaints. Our engineering process verifies every dimension before production begins, ensuring your products fit the first time.
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Verified Fitment Database
Dimensional data sourced from actual vehicle measurements, customer drawings, and cross-referenced specifications.
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Year-Model Verification
Every product tagged with confirmed vehicle compatibility to prevent cross-model shipping errors.
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Pre-Production Validation
Prototype testing on representative vehicles confirms fitment before mass production commitment.
Fitment Validation Process
Prototype Development
Initial sample built to design specifications with full dimensional inspection report.
Fit Validation
Customer approval on prototype fitment with documented test results and photos.
Specification Lock-In
Approved dimensions locked into production SOP. No changes without formal engineering review.
Have specific fitment requirements? Let our engineering team review your application.
Submit Fitment InquiryStructural Design & Material Logic
We evaluate structural load paths, impact force distribution, and material selection to ensure manufacturing execution matches the intended performance defined by your requirements.
Load Path Analysis
Evaluate force transfer through structures to position welds and joints at optimal stress points.
Impact Distribution
Analyze collision energy spread through bumper structures to verify protection zones.
Material Selection
Match steel grades, wall thickness, and surface treatments to performance requirements.
Failure Prevention
Identify potential failure points during design review to prevent field issues.
Our Role: We don't lead styling or structural innovation—that's your domain. Our expertise is translating your design into manufacturable reality with consistent quality and precise execution.
Have a structural design that needs manufacturing expertise?
Request Technical ConsultationManufacturing Execution & Consistency Control
Sample quality means nothing if mass production can't match it. Our standardized processes ensure every batch delivers the same quality you approved.
"What we approve is what we deliver."
Process Standardization
Every welding sequence, bending angle, and assembly step is documented and controlled. Operators follow locked procedures, not personal judgment.
Batch Control
Material traceability from coil to finished product. Each batch is tagged and tracked, so any issue can be isolated and resolved quickly.
SOP Lock-In
Once approved, production parameters are locked. Any change requires formal engineering review and customer notification before implementation.
Want to see how we maintain consistency across production runs?
View Production Case StudiesQuality Control & Traceability System
Quality issues are prevented at their source, not discovered at final inspection. Our multi-stage control system catches problems early while full traceability enables rapid root cause analysis if issues occur.
Material Verification
Raw materials are verified against specifications before entering inventory. Mill certificates are cross-referenced with physical test results to confirm material properties meet requirements.
Process Control
Critical dimensions are checked at each manufacturing stage. Weld quality is visually inspected and periodically destructive-tested. Process parameters are monitored and recorded continuously.
Final Release
Completed units undergo comprehensive dimensional verification, surface finish inspection, and functional fitment checks. Only units passing all criteria receive shipment authorization.
Batch Traceability
Every unit is linked to its material lot, production date, operator, and inspection records. If a field issue arises, we can trace affected units and identify root cause within hours.
QC Evidence Framework
Documented checkpoints ensure nothing is left to chance. Every inspection generates records that prove compliance and enable continuous improvement.
What We Check
Dimensions, weld penetration, surface finish, coating thickness, fitment alignment
When We Check
Material receipt, after cutting, post-welding, post-coating, pre-shipment
How We Record
Digital inspection logs, photo documentation, traceable batch codes, archived reports
Quality is controlled at each process, not inspected at the end. Prevention costs less than detection. Building quality into every step eliminates rework, reduces waste, and delivers consistent products.
Need specific QC documentation for your procurement process?
Discuss QC RequirementsBrand Protection & Confidentiality
We understand the real concern: will your designs end up with your competitors? Our confidentiality practices are designed to earn—and keep—your trust.
NDA Handling
Formal NDA execution before any technical exchange. Internal training ensures all team members understand confidentiality obligations.
Data Access Control
Customer drawings stored in separate, access-controlled folders. Only assigned project engineers can view your technical files.
Brand Separation
Different customer products physically and procedurally separated. No cross-contamination of branding, tooling, or production data.
Tooling Ownership
Clear documentation of tooling and fixture ownership. Customer-funded tooling remains customer property with defined retention terms.
We decline projects that conflict with existing customer confidentiality or tooling commitments. Long-term partnerships matter more than short-term orders.
Ready to discuss confidentiality arrangements for your project?
Request Confidential Engineering ReviewCapacity, Lead Time & Scaling Logic
Procurement confidence comes from predictable capacity and reliable lead times. Our production planning is built on systems and mechanisms — not promises and hope.
Stable Capacity Range
Defined production capacity with clear parameters allows accurate delivery planning. We communicate realistic capacity ranges rather than optimistic estimates.
- Documented monthly capacity
- Peak load capabilities
- Reserved capacity agreements
Lead Time Mechanisms
Lead times are driven by systematic production planning, not verbal commitments. Our scheduling system provides visibility into production queues and delivery projections.
- Production scheduling system
- Material availability tracking
- Proactive delay notification
Scaling Methodology
Volume increases follow structured expansion plans — additional shifts, equipment deployment, workforce training — not reactive scrambling when orders arrive.
- Phased capacity expansion
- Equipment investment planning
- Workforce development programs
Ready to discuss volume requirements and delivery schedules?
Request Capacity AssessmentWhy OEM Customers Trust Our Capabilities
Long-term relationships built on consistent execution, transparent communication, and engineering precision. Let's evaluate fit, risk, and confidentiality together.
- Mass production quality matches sample approval
- Confidentiality commitments honored without exception
- Engineering review catches fitment issues early
- Proactive communication on timeline and capacity
Partners across North America trust us with their most critical products. Response within 24 hours.
Request Engineering Review
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