Custom CNC Machined Cable Glands
Key Features
Precision Threaded Body
Accurate external threads provide smooth installation and reliable engagement with the mating enclosure or locking component.
Controlled Sealing Interface
Critical diameters and shoulders are machined together to ensure the sealing element is positioned and compressed correctly.
Clean Internal Passage
The internal opening is carefully machined and deburred to allow smooth cable insertion without damaging the cable or seal.
Assembly-Ready Components
Each cable gland is inspected for dimensional accuracy and mating performance before shipment.
Custom Manufacturing
Thread standards, dimensions, sealing structures, hex sizes, and other features can be customized to your application.
Product Overview
A cable gland is a small component, but its performance depends on several features working together. The threaded body, internal cable passage, sealing area, and mating components must maintain the correct dimensional relationship.
Honscn uses precision CNC machining to control these critical features and can manufacture cable glands according to customer drawings, samples, or specific assembly requirements.
Product Specifications
| Item | Details |
| Product Name | Custom CNC Cable Gland |
| Material | Metal / Custom Material |
| Manufacturing Process | CNC Turning + CNC Milling |
| Features | External Thread, Hex Body, Internal Passage, Sealing Interface |
| Surface Finish | Machined / Custom Finish |
| Application | Cable Routing, Fixing & Sealing |
| Custom Service | OEM / ODM |
| Production | Prototype to Mass Production |
Manufacturing Challenges & Solutions
Thread Accuracy & Assembly Fit
Cable glands require reliable thread engagement without being excessively tight.
Our approach: Precision CNC threading, controlled cutting parameters, and thread gauge inspection help ensure consistent assembly.
Multi-Feature Alignment
External diameters, internal passages, shoulders, and threaded sections need to share a common center axis.
Our approach: We establish the main machining reference first, then complete critical features in a controlled sequence to reduce positional errors.
Sealing Performance
Small dimensional differences can affect seal compression and overall cable retention.
Our approach: Mating diameters and sealing surfaces are inspected as part of the complete assembly rather than as isolated dimensions.
Burr Control
Burrs around threads, internal openings, and sealing surfaces can interfere with installation.
Our approach: Detailed deburring and edge finishing are included before final inspection and packaging.
Manufacturing Process
Raw Material
↓
CNC Turning
↓
Thread Machining
↓
CNC Milling / Hex Features
↓
Deburring & Edge Finishing
↓
Dimensional & Functional Inspection
↓
Cleaning
↓
Packaging
Material Options
Depending on the application, cable glands can be manufactured from:
- Stainless Steel 304 / 316
- Brass
- Aluminum
- Carbon Steel
- Engineering Plastics
Material selection can be matched to corrosion, strength, weight, and environmental requirements.
Surface Finish Options
- Natural Machined Finish
- Polishing
- Passivation
- Nickel Plating
- Zinc Plating
- Black Oxide
- Anodizing
- Laser Marking
Applications
Custom CNC cable glands can be used in:
- Electrical Equipment
- Electronic Enclosures
- Industrial Automation
- Communication Equipment
- Sensor Systems
- Control Cabinets
- Power Equipment
- Industrial Machinery
Quality Control
Honscn focuses inspection on both dimensional accuracy and actual assembly performance.
Inspection Includes
- Outer Diameter
- Internal Bore
- Thread Dimensions
- Hex Dimensions
- Shoulder Position
- Overall Length
- Surface Quality
- Thread Engagement
- Mating Fit
Inspection equipment includes CMM, thread gauges, micrometers, calipers, and other precision measuring tools.
Packaging & Kitting
We can supply finished cable glands with customized packaging and assembly support, including:
- Individual PE Bags
- Protective Packaging
- Product Labels
- Barcode Labels
- Assembly Kits
- Custom Cartons
- OEM Kitting
Custom CNC Manufacturing Capability
Honscn supports the complete development process:
Drawing / Sample → DFM Review → Prototype → Inspection → Production → Packaging
We can also support reverse engineering when original drawings are unavailable.
Why Choose Honscn?
Precision CNC Machining
Advanced CNC turning and milling provide stable control over threads, bores, shoulders, and other critical features.
Engineering Support
Our engineers consider how the cable gland will actually be assembled and used, rather than simply machining individual dimensions.
Prototype to Mass Production
Flexible production capabilities allow customers to validate designs before moving into larger quantities.
One-Stop Service
Machining, surface treatment, inspection, assembly, labeling, and kitting can be coordinated through one supplier.
FAQ
Can you manufacture cable glands from samples?
Yes. We can produce custom cable glands from physical samples as well as 2D or 3D drawings.
Which thread standards can you machine?
Metric, BSP, NPT, UNF, UNC, and other thread specifications can be produced according to your requirements.
Can you customize the sealing structure?
Yes. Internal diameters, shoulders, sealing interfaces, and matching components can all be customized.
What materials are available?
Common options include stainless steel, brass, aluminum, carbon steel, and engineering plastics.
Do you provide assembly services?
Yes. Compatible cable gland components can be assembled and supplied as complete kits.
Can you support small orders?
Yes. We support prototypes, small batches, and mass production.
Related Case Study
How Honscn Manufactured Precision CNC Cable Glands for Secure Cable Routing and Sealing
A customer required custom cable glands with accurate threads, consistent mating dimensions, and reliable sealing performance. The challenge was not simply machining the basic shape, but ensuring that the threaded body, internal passage, sealing interface, and mating components worked together as one complete assembly.
Honscn optimized the CNC machining sequence, thread processing, dimensional control, and deburring process to deliver clean, assembly-ready cable glands with stable quality.
👉 Read the Full Case Study