Made to drawing
Thermal Graphite Sheets
Spreads heat away from localized components across a wider surface or toward a housing interface.
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Functional parts. Engineered for the assembly.
Custom Functional Components for Robotics & Drones
Custom die-cut and laminated thermal, EMI shielding, cushioning, insulation and sealing components for UAVs, AMRs and robotic electronics—from drawing review and prototype support through mass production.
Inside our factoryControlled converting from prototype to volume production
3cleanroom workshops
19precision die-cutting machines
3,000 m²manufacturing facility
IATF 16949quality system
Start with the engineering problem
Six functions. One assembly-aware partner.
We convert films, foams, graphite, shielding media and adhesives into parts shaped around the actual install position.
01
Heat
Spread concentrated heat or bridge component-to-housing gaps around controllers, ESCs and power electronics.
Explore solution 02EMI
Create conductive contact, shield seams and control interference around compact electronics and sensor modules.
Explore solution 03Vibration
Cushion cameras, LiDAR, sensors and electronics around compression, rebound and available assembly space.
Explore solution 04Insulation
Add thin, die-cut dielectric barriers between PCBs, cells, housings, busbars and structural parts.
Explore solution 05Battery protection
Combine spacing, cushioning, thermal management and electrical isolation for UAV and mobile-robot batteries.
Explore solution 06Dust & water
Protect vents, housings and sensor interfaces with custom mesh, membranes, foam gaskets and adhesive parts.
Explore solutionApplication engineering
Designed around where the part sits.
A useful recommendation begins with the heat source, gap, grounding path, compression, housing surface and operating environment—not a generic material list.
Custom products
Converted components, supplied ready for assembly.
Each component family is presented with the selection inputs, configurable construction and validation boundaries needed for project review.
Made to drawing
Thermal Silicone Pads
Fills air gaps and creates a compliant thermal path between a component and heat sink, spreader or housing.
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Made to drawing
Conductive Fabric Tape
Creates a thin conductive path across joints, housings, cables or grounding points in limited space.
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Made to drawing
Conductive Foam Gaskets
Maintains electrical contact across a variable joint while accommodating dimensional tolerance and repeated assembly.
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Made to drawing
Camera & Sensor Foam Pads
Controls motion and interface pressure around sensitive modules while accommodating gap and assembly variation.
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Made to drawing
EVA & Silicone Foam Cushion Pads
Controls contact, movement and local shock at defined interfaces while accommodating a designed amount of compression.
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Made to drawing
PET Protective Films
Reduces scratching, contamination or handling marks during converting, transport and assembly without adding a permanent functional layer.
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Made to drawing
Battery Compression Pads
Accommodates selected cell-to-housing or pack-interface variation while supporting controlled compression and repeatable placement.
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Made to drawing
Aerogel Thermal Barriers
Adds a low-profile thermal-resistance layer between defined surfaces while fitting the customer’s geometry and assembly method.
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Made to drawing
PET & PI Insulation Parts
Creates thin electrical separation around PCBs, housings, busbars, batteries, terminals and power components.
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Made to drawing
Dust Mesh & Vent Membranes
Supports airflow, pressure equalization, acoustic transmission or particle control at defined housing openings.
View engineering optionsFactory evidence
A real converting floor behind every recommendation.
Our clean workshops, rotary and flatbed die-cutting resources support layered functional parts from material slitting and lamination through die cutting and inspection.
- 03
- Rotary die-cutting machinesFor multi-layer, continuous converting programs.
- 16
- Flatbed die-cutting machinesFor flexible geometry, sampling and varied material formats.
- 03
- Cleanroom workshopsControlled production environments for demanding assemblies.
Prototype to production
A four-stage engineering workflow.
- 01
Review
Drawing, install position, functional target and program stage.
- 02
Define
Material grade, thickness, adhesive, liner and laminated construction.
- 03
Prototype
Samples for fit, assembly and application-level validation.
- 04
Scale
Tooling and process planning for repeatable mass production.
Quality systems
Built for disciplined manufacturing programs.
IATF 16949ISO 9001ISO 14001
Engineering review
Start with your drawing and engineering constraints
Tell us the installation position, material challenge, environment and project stage. Our team will review the drawing and recommend a practical construction.