Custom plastic manufacturing for industrial OEMs
Custom Plastic Battery Holders Built Around Your System
From individual cell spacers to complex battery module frames, Plasticpartsmfg manufactures precision plastic holders to your drawings, cell dimensions, and assembly requirements.
Supporting industrial electronics, battery systems, test equipment, robotics, and mobile devices, we help OEM engineering teams move from CAD files to functional components.
Non-standard cell sizes
Designed around your pack layout
Prototype to production
Machining, molding, and more
Safety-led design
Insulation and material options
Engineered for the complete assembly
Customize cell positioning, insulation barriers, harness channels, locating posts, and mounting features to support secure integration into your equipment.
Designed for demanding applications
Precision engineering for battery systems
Industrial battery applications need more than standard off-the-shelf parts. We work from your CAD files to develop components for structural integrity, vibration resistance, thermal requirements, and reliable assembly.
Dimensional accuracy
Fit and alignment designed to your cell geometry, clearances, and assembly tolerances.
Material performance
Engineering plastic options for dielectric strength, heat resistance, and specified flame-retardant ratings.
Secure structure
Custom geometry for cell retention, orientation, load distribution, and vibration-resistant mounting.
Features tailored to your pack
Specify insulation barriers, wire-harness channels, locating posts, snap-fits, retainers, and fixing structures to suit your module layout and installation method.
Product range
Common plastic battery holder subcategories
Explore custom components for industrial cells and battery modules—not standard retail battery boxes. Each configuration can be adapted to your cell format, pack architecture, and equipment interface.
Plastic Battery Cell Holders
Precision-fit supports for individual cells.
Plastic Battery Module Holders
Integrated frames for multi-cell pack assembly.
Plastic Cylindrical Cell Holders
Retention features for cylindrical cell formats, including 18650 and 21700.
Plastic Prismatic Battery Holders
Custom-fit framing for larger prismatic cells.
Plastic Battery Spacers
Maintain defined spacing and support module layout.
Plastic Battery Trays
Structural bases for battery installation in equipment.
Plastic Battery Retainers
Retention and locking features to limit cell movement.
Plastic Battery Insulators
Components to support electrical isolation within an assembly.
Plastic Battery Mounting Frames
Custom mounting structures for module integration.
Custom Battery Pack Holders
Combined holder and mounting features built to your design.
Manufacturing capabilities
Choose a process to match your project stage
We match the manufacturing route to your technical requirements, production volume, and development timeline.
01 / Prototype & small batch
CNC machining
High-tolerance prototypes, complex mounting frames, and small-batch components in engineering plastics such as PEEK, POM, and PC.
02 / Production
Injection molding
A production option for repeatable geometry, consistent material properties, and cost efficiency at higher volumes.
03 / Design validation
3D printing
Rapid functional prototypes for checking form, fit, and assembly before finalizing tooling.
04 / Bridge runs
Vacuum casting
Cost-effective low-volume production using polyurethane materials to simulate production-grade plastics.
Material selection
Plastics selected for performance and safety
Material selection depends on the operating environment, mechanical demands, and project-specific thermal and flame-retardancy requirements.
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PC (Polycarbonate)
High impact resistance and excellent dimensional stability.
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ABS
A durable, cost-effective option for enclosures and frames.
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POM (Acetal)
High mechanical strength and fatigue resistance for mounting hardware.
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PEEK & PPSU
High-performance plastics for elevated-temperature environments and chemical resistance.
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Flame-retardant grades
Material options for specified UL94 V-0, V-1, or V-2 ratings in electrical environments.
From prototype to production
Prototyping
Validate your design with single parts or small batches, then refine snap-fits, tolerances, and assembly clearances.
Bridge production
Support pilot production and early market needs with low-volume manufacturing before high-volume steel tooling.
Contract manufacturing
Scale production with secondary operations such as polishing, painting, printing, bonding, and custom packaging.
Engineering workflow
Help us review your design
Our team works with STEP, STP, IGES, X_T, STL, DXF, and PDF files. Share the details below to support a DFM review and quotation.
Discuss Your Project-
01
3D CAD files
Provide models for precision machining or molding analysis.
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02
Technical drawings
Identify critical tolerances, surface finishes, and hole locations.
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03
Material requirements
Include required flame-retardant grades or thermal ratings.
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04
Quantity and timeline
Tell us your target volumes and schedule so we can assess a suitable process.
Project questions
Planning a custom battery holder?
Can holders be designed for non-standard cell sizes?
Yes. Components can be designed around your cell dimensions, pack layout, fit requirements, and mounting interfaces using your CAD files and technical drawings.
Which manufacturing process should I specify?
The right route depends on design complexity, material, quantity, and project stage. CNC machining, injection molding, 3D printing, and vacuum casting are available for different requirements.
Can you support flame-retardant and thermal requirements?
Material options include flame-retardant grades with specified UL94 V-0, V-1, or V-2 ratings, as well as high-performance plastics for elevated-temperature environments. Include your required ratings and conditions with your inquiry.
Request a quotation
Let’s review your battery holder project
Send your requirements, CAD files, and technical drawings to Plasticpartsmfg for a DFM review and quotation. Include your material requirements, quantity, and timeline to help us assess the right manufacturing path.
Email: [email protected]
Manufacturing facility:
Share your project details
Use the contact channel below to provide your drawings and manufacturing requirements.