Precision-focused positioning
Tooling structures developed around part geometry, datum strategy and process access.
Custom High Precision Aerospace Jigs & Fixtures — slide 1 of 3
Rigidity for stable processing
Support concepts selected to reduce unwanted movement and improve setup consistency.
Non-standard by design
Every project begins with drawings, samples, interfaces and real production constraints.
Quality records through delivery
Inspection and verification steps are planned alongside design and manufacturing.
PRODUCT SYSTEM / SIX PATHS
Tooling paths built around the task
Start with the operation you need to control. Each category leads to representative configurations based on client-supplied tooling imagery.
SCROLL TO INSPECT / SIX PATHS
P01
Aerospace Fixtures
Purpose-built workholding for stable positioning during aerospace machining, assembly and inspection.
P02
Aerospace Jigs
Custom guidance and location tooling developed around component geometry and process requirements.
P03
CNC Tooling
Machining support tooling for complex profiles, thin-wall components and controlled multi-axis setups.
P04
Assembly Tooling
Alignment and fit-up tooling that supports controlled, repeatable aerospace component assembly.
P05
Inspection Tooling
Dedicated holding and reference tooling for dimensional, profile and repeatability checks.
P06
Custom Tooling
Non-standard tooling configured around drawings, samples, equipment interfaces and site constraints.
COMPANY POSITIONING / PROJECT-LED
A tooling partner for non-standard aerospace requirements
Mingkai Ruida is the sales and service subsidiary of Chengdu Xinxing Machinery Co., Ltd., a precision machining group founded in 1988 with a 12,000 square meter production base. The subsidiary serves the Yangtze River Delta and overseas markets with non-standard aerospace jigs, fixtures and tooling, backed by a group team of 18 R&D engineers, 22 experienced skilled workers and more than 80 sets of machining and testing equipment.
PROJECT DATUM / FIVE STAGES
One controlled line from requirement to trial
The project path keeps geometry, interfaces, manufacturing and verification connected from the first review.
Requirement
Review drawings, samples, processes and boundary conditions.
Design
Develop the tooling structure and manufacturing approach.
Machining
Produce and fit components to the approved design intent.
Calibration
Check datums, interfaces and positioning requirements.
Trial
Complete fit-up review and prepare the tooling for delivery.
REPRESENTATIVE TOOLING APPLICATIONS
Evidence-led application views
These examples describe tooling contexts visible in the supplied imagery. They are not named customer projects or measured outcome claims.
REPRESENTATIVE APPLICATION
Fixtures Application
A representative aerospace fixtures application based on client-supplied tooling imagery.
REPRESENTATIVE APPLICATION
Jigs Application
A representative aerospace jigs application based on client-supplied tooling imagery.
REPRESENTATIVE APPLICATION
CNC Tooling Application
A representative cnc tooling application based on client-supplied tooling imagery.
WORKSHOP EVIDENCE / PROJECT CONTEXT
A direct view into the workshop
Client-supplied factory photography provides context for machining, assembly, calibration and project handling.
QUALITY CONTROL / SEVEN CHECKPOINTS
Verification planned with the tooling
Quality activities follow the client-approved sequence without adding unverified certifications or numerical tolerance claims.
Structural simulation analysis
Review structural behavior before manufacturing decisions are finalized.
Raw material inspection
Confirm incoming material against the approved project requirement.
Stress relief heat treatment
Plan stress-relief processing where the selected material and structure require it.
Strict tolerance control
Control critical dimensions through machining and intermediate checks.
CMM precision calibration
Verify defined datums and dimensions using suitable inspection methods.
Finished product assembly test
Review fit, access and intended operation before release.
Traceable quality records
Maintain project inspection and verification records through delivery.
Precision Tooling for High-End Aerospace Manufacturing