Composants industriels
Automobile & VE
Logements, Arbres, Supports, and application-specific mechanical components.
CNC machining · Die casting · Sheet metal · Injection molding
Explore Automotive Manufacturing →
Maison / les industries
ENGINEERED AROUND THE APPLICATION
Fabrication de précision pour les industries exigeantes
Custom metal and plastic components, matched to the way your equipment works.
TOPS Precision manufactures custom components for OEMs and engineering companies across automotive, robotique, automation, équipement médical, aerospace equipment, électronique, energy and industrial machinery.
From rapid prototypes and low-volume batches to repeat production, we combine in-house CNC machining, moulage sous pression, sheet metal fabrication and injection molding with dimensional inspection and engineering support.
OIN 9001:2015Gestion de la qualité
±0.005 mm CNCSuitable features only
100+ matériauxLes métaux & plastiques
Prototype → RéalisationFlexible stages
Global OEM SupportInternational supply
Find your application first
Industries que nous servons
Explore the component families and manufacturing requirements relevant to your industry. Detailed technical requirements are reviewed against the drawing and intended use.
Composants industriels
Automatisation & Robotique
Robot joints, Composants de l'actionneur, Grippers, and application-specific mechanical components.
CNC milling · Turning · Sheet metal · Die casting; molding where suitable
Explorez l'automatisation & Robotics →Composants industriels
Machines industrielles
Composants de machines, Replacement parts, Calendrier, and application-specific mechanical components.
CNC machining · Turning · Grinding · Fabrication
Explore Industrial Machinery →Composants industriels
Équipement médical
Boîtiers d'instruments, Surgical equipment components where applicable, Calendrier, and application-specific mechanical components.
CNC machining · Precision turning · Engineering-plastic machining · Specified finishing
Explore Medical Manufacturing →Composants industriels
Électronique & Communications
Aluminum enclosures, Chauffer, Supports de montage, and application-specific mechanical components.
CNC machining · Sheet metal · Die casting · Injection molding
Explore Electronics Manufacturing →Composants industriels
Aérospatial & Aviation
Supports de précision, Logements, Structural components subject to qualification, and application-specific mechanical components.
Multi-axis CNC machining · CNC turning · EDM · Grinding
Explorer l’usinage aérospatial →Composants industriels
Énergie & Nouvelle énergie
Battery system mechanical components, Energy storage equipment parts, Boîtiers d'onduleur, and application-specific mechanical components.
CNC machining · Die casting · Sheet metal · Molding where suitable
Explore Energy Manufacturing →Specialized hardware
Consommateur & Specialized Products
Composants de l'appareil, Sports equipment hardware, Premium consumer hardware, and application-specific mechanical components.
CNC machining · Fabrication · Casting · Molding as suitable
Explore Product Applications →Industry requirements meet manufacturing routes
Manufacturing Capabilities Across Industries
Usinage CNC
Precision metal and plastic features, complex geometry and suitable tight tolerances. Fraisage, tournant, 4/5-axe, EDM and grinding subject to review.
Explorer l'usinage CNC →
Moulage sous pression
Repeat aluminum, zinc and magnesium components where cast geometry and tooling economics fit the application.
Explorez le moulage sous pression →
Fabrication de tôles
Enclos, supports, panneaux, frames and fabricated structures with defined thickness, bends and assembly interfaces.
Explorer la fabrication de tôle →
Moulage par injection plastique
Repeat engineering-plastic parts where geometry, resin and stable demand justify tooling.
Explorez le moulage par injection plastique →CNC Milling → · CNC Turning → · 4-Axis CNC Machining → · 5-Axis CNC Machining → · EDM Machining →
A drawing needs an application context
Manufacturing Requirements Vary by Industry
| Industrie | Typical priority | Common routes to review | Matériaux typiques |
|---|---|---|---|
| Automobile | Répétabilité, durabilité, production scale | CNC, fonderie, moulage | Aluminium, acier, suitable plastics |
| Aérospatial | Poids, critical features, documentation | Multi-axis CNC, GED | Aluminium, titane, inoxydable |
| Équipement médical | Précision, finition, documentation | Usinage CNC, tournant | Stainless, aluminium, plastiques d'ingénierie |
| Robotique | Précision, low mass, motion performance | Usinage CNC | Aluminium, inoxydable, acier |
| Automatisation | Répétabilité, custom geometry | CNC, tôle | Aluminium, acier, inoxydable |
| Électronique | Thermal management, enclosure interfaces | CNC, fonderie, tôle | Aluminium, cuivre, plastiques |
| Énergie | Durabilité, performances thermiques | CNC, fonderie, fabrication | Aluminium, cuivre, acier |
| Machines industrielles | Résistance à l'usure, robustesse | CNC, tournant, affûtage | Acier, inoxydable, fonte |
These are engineering selection considerations, not proof of qualification for every end use. Grade, condition, température, load, surface and industry-specific approvals must be reviewed.
Application focus
Automotive Precision Manufacturing
Développement, testing and repeat automotive production need components that match the released drawing, material and acceptance plan.
- Typical parts
- Logements, Arbres, Supports, Drivetrain-related mechanical components, Appareils d'essai, Thermal-management parts, EV mechanical components
- Processus
- CNC machining · Die casting · Sheet metal · Injection molding
- Matériaux
- Aluminum · Steel · Stainless steel · Suitable engineering plastics
- Applications
- EV equipment · Drivetrain interfaces · Thermal management · Validation fixtures
Explore Automotive Manufacturing →
Discuss a Automotive & EV component ↗Application focus
Automatisation & Robotics Manufacturing
Motion systems depend on accurate interfaces, controlled mass and repeatable mounting geometry. TOPS reviews custom CNC parts for robotics and automation against the application drawing.
- Typical parts
- Robot joints, Composants de l'actionneur, Grippers, Plaques de montage, Cadres, Arbres de précision, Calendrier, Boîtiers de capteurs
- Processus
- CNC milling · Turning · Sheet metal · Die casting; molding where suitable
- Matériaux
- Aluminum · Stainless steel · Steel · Suitable engineering plastics
- Applications
- Motion hardware · End effectors · Equipment mounting · Sensor protection
Explorez l'automatisation & Robotics →
Discuss a Automation & Robotics component ↗Application focus
Industrial Machinery Component Manufacturing
Custom machinery and replacement parts need robust interfaces, suitable wear properties and clear material conditions.
- Typical parts
- Composants de machines, Replacement parts, Calendrier, Logements, Arbres, Bagues, Composants de montage
- Processus
- CNC machining · Turning · Grinding · Fabrication
- Matériaux
- Steel · Stainless steel · Aluminum · Cast iron where suitable
- Applications
- Production equipment · Machine maintenance · Mounting systems · Precision mechanisms
Explore machinery spare-part applications →
Discuss a Industrial Machinery component ↗Application focus
Medical Equipment Component Manufacturing
Medical equipment components require defined precision, surface condition and inspection evidence. TOPS reviews mechanical parts to the customer’s intended use and quality requirements.
- Typical parts
- Boîtiers d'instruments, Surgical equipment components where applicable, Calendrier, Mechanical assemblies where agreed, Arbres de précision, Device frames
- Processus
- CNC machining · Precision turning · Engineering-plastic machining · Specified finishing
- Matériaux
- Stainless steel · Aluminum · Suitable engineering plastics
- Applications
- Equipment mechanics · Instrument components · Assembly fixtures · Device structures
Explore Medical Manufacturing →
Discuss a Medical Equipment component ↗Application focus
Électronique & Communication Components
Electronic and communication equipment needs accurate enclosures, suitable thermal paths and controlled assembly interfaces.
- Typical parts
- Aluminum enclosures, Chauffer, Supports de montage, Boîtiers de connecteurs, Châssis d'équipement, EMI-related mechanical housings
- Processus
- CNC machining · Sheet metal · Die casting · Injection molding
- Matériaux
- Aluminum · Copper · Brass · Engineering plastics
- Applications
- Equipment housings · Thermal management · Connector mechanics · Communication equipment
Explore Electronics Manufacturing →
Discuss a Electronics & Communications component ↗Application focus
Aerospace Precision Manufacturing
Aerospace equipment components need careful review of weight, critical features, material condition and documentation. Qualification and acceptance requirements must be defined by the customer.
- Typical parts
- Supports de précision, Logements, Structural components subject to qualification, Composants de l'actionneur, Arbres, Appareils d'essai
- Processus
- Multi-axis CNC machining · CNC turning · EDM · Grinding
- Matériaux
- Aluminum · Titanium · Stainless steel; grade and condition specified
- Applications
- Equipment hardware · Actuator interfaces · Ground/test fixtures · Qualified component programs
Explorer l’usinage aérospatial →
Discuss a Aerospace & Aviation component ↗Application focus
Energy Equipment Manufacturing
Power and energy equipment needs durable structures, suitable heat-transfer materials and reliable mechanical interfaces.
- Typical parts
- Battery system mechanical components, Energy storage equipment parts, Boîtiers d'onduleur, Thermal-management components, Power equipment parts, Mounting systems
- Processus
- CNC machining · Die casting · Sheet metal · Molding where suitable
- Matériaux
- Aluminum · Copper · Steel · Suitable engineering plastics
- Applications
- Energy storage mechanics · Inverter housings · Power equipment · Mounting structures
No dedicated energy landing page is linked until one is available; discuss the mechanical component requirements with our team.
Discuss a Energy & New Energy component ↗Application focus
Consommateur & Specialized Product Components
Specialized hardware requires the intended fit, sentir, appearance and mechanical function without treating a consumer product category as an entire industry.
- Typical parts
- Composants de l'appareil, Sports equipment hardware, Premium consumer hardware, Customized mechanical components
- Processus
- CNC machining · Fabrication · Casting · Molding as suitable
- Matériaux
- Aluminum · Stainless steel · Brass · Engineering plastics
- Applications
- Appliances · Sports equipment · Custom hardware
Explore product application pages →
Discuss a Consumer & Specialized Products component ↗Component families connect industries
Custom Parts for Industrial Applications
Motion Components
Shafts · Bushings · Couplings · Gears · Actuator parts
Review relevant manufacturing capabilities →Composants structurels
Brackets · Frames · Plates · Mounts
Review relevant manufacturing capabilities →Logements & Enclos
Motor, électronique, gearbox and sensor housings
Review relevant manufacturing capabilities →Fluid & Thermal Components
Manifolds · Heat sinks · Cooling components
Review relevant manufacturing capabilities →Outillage & Calendrier
Jigs · Fixtures · Inspection tools · Assembly fixtures
Review relevant manufacturing capabilities →Industry ↔ process
Which Manufacturing Processes Support Each Industry?
Compare potential routes, then review the actual drawing. “Common route” means generally relevant to the component family; it is not a claim that every TOPS industry program uses that process.
| Industrie | Usinage CNC | Moulage sous pression | Tôle | Moulage par injection |
|---|---|---|---|---|
| Automobile | Common route | Common route | Common route | Common route |
| Aérospatial | Priority review | Project-specific | Project-specific | Selected applications |
| Équipement médical | Priority review | Selected applications | Project-specific | Selected applications |
| Robotique | Priority review | Project-specific | Common route | Project-specific |
| Automatisation | Common route | Project-specific | Common route | Project-specific |
| Électronique | Common route | Common route | Common route | Common route |
| Énergie | Common route | Project-specific | Common route | Project-specific |
| Machines industrielles | Priority review | Project-specific | Common route | Selected applications |
Priority review: a strong starting point. Project-specific / selected applications: suitability and qualification need closer review. This matrix is not a verified customer-project history, certification statement or universal supply guarantee.
Showing all 8 industry routes.
Select for the property your application needs
Engineering Materials for Different Industry Requirements
Aluminium
Low mass, machinability and thermal conductivity can support suitable automotive, robotique, aerospace equipment and electronic parts. Corrosion performance depends on grade and environment.
Acier inoxydable
Selected grades can provide corrosion resistance, strength and suitable surface conditions for medical equipment, machinery and automation. Hygiene, hardness and wear behavior are grade- and process-dependent.
Titane
Suitable grades offer a useful strength-to-weight ratio and corrosion resistance for specialized aerospace equipment and industrial components. Temperature and qualification requirements must be defined.
Cuivre & Laiton
Copper can support electrical and thermal paths; suitable brass grades can offer good machinability and mechanical interfaces in electronics, communications and energy equipment.
Plastiques d'ingénierie
Appropriate grades may provide low mass, isolation, wear or chemical resistance for automation, électronique, medical equipment and machinery. Properties vary with resin, reinforcement and process.
Material-family names do not establish biocompatibility, flame rating, electrical compliance or suitability for a regulated use. Specify grade, condition, required evidence and applicable standards.
Explore Materials →Inspect for the application, not a generic slogan
Quality Control for Industry-Specific Manufacturing
Different industries emphasize different tolerances, matériaux, surface conditions, documentation and inspection. TOPS defines checks according to the approved drawing, manufacturing process and project quality requirements.
OIN 9001:2015 gestion de la qualité
Industry-specific certification, customer approval, échantillonnage, traceability and report formats must be agreed. Specialist industry approvals are confirmed for the project and are separate from ISO 9001:2015 gestion de la qualité.
Explore Quality & Inspection →Contrôle dimensionnel
MMT, systèmes optiques, micrometers and gauges selected for the agreed characteristics.
Vérification du matériel
Material certificates and XRF screening where applicable; additional tests specified where required.
Inspection du premier article
Review new or revised production-intent parts against agreed requirements and approval points.
Inspection en cours de processus
Check critical characteristics at agreed process stages and intervals.
Inspection finale
Verify agreed dimensions, état de surface, identification and delivery requirements.
Documentation
Fai, rapports dimensionnels, material certificates and specified compliance documentation.
Keep the technical requirements connected
From Industry Prototype to Production
Prototype
Engineering validation
Explore Prototype →Fabrication à faible volume
Pilot builds and market validation
Explore Low-Volume Manufacturing →Production
Approved parts and repeat supply
Explore Production →Fabrication sous contrat
Agreed ongoing manufacturing responsibilities
Explore Contract Manufacturing →
Contract manufacturing can cover any volume. This is a buyer journey, not a compulsory process sequence. View Precision Manufacturing capabilities →.
Application-led manufacturing
Manufacturing Application Examples
Explore typical component applications and the manufacturing considerations behind them.
Automation — Fixture & Motion Components
- Application
- Collaboration, positioning and motion-system interfaces.
- Typical components
- Plaques de luminaire, gripper fingers, mounting brackets and actuator housings.
- Manufacturing considerations
- Review locating features, assembly interfaces, tool access and rigidity against the application drawing.
Automotive — Shaft & Mounting Components
- Application
- Mechanical interfaces for automotive equipment and development applications.
- Typical components
- Stepped shafts, support brackets and thermal-management components.
- Manufacturing considerations
- Review mating diameters, alignement, surface condition and inspection requirements against the drawing.
Electronics — Enclosure & Thermal Components
- Application
- Equipment protection, component mounting and heat management.
- Typical components
- Boîtiers électroniques, heat sinks and connector housings.
- Manufacturing considerations
- Review wall geometry, mounting features, thermal interfaces and cosmetic requirements for the selected process.
A practical route from application to accepted part
Why Engineering Teams Choose TOPS
Multi-Process Manufacturing
Match requirements to machining, fonderie, fabrication or molding using the four in-house core processes.
Tight-Tolerance Capability
Review precision features according to process, matériel, geometry and final condition; CNC capability to ±0.005 mm on suitable features.
Engineering DFM Support
Review geometry, accès aux outils, matériaux, critical dimensions and production assumptions before manufacture.
Prototype-to-Production Support
Carry approved requirements from validation builds toward appropriate repeat supply.
Documented Quality Control
Define inspection methods, critical features and required reports before production.
Broad Material Experience
Review common engineering metals and plastics around application properties and process suitability.
Global OEM Communication
Support drawing review, quotations, production updates, packaging and international delivery arrangements.
A compact sourcing reference
Industry Capability at a Glance
| Industrie | Typical parts | Potential processes | Key requirements |
|---|---|---|---|
| Automobile | Logements, arbres, supports | CNC, fonderie, moulage | Repeatability and strength |
| Aérospatial | Supports, logements, composants de précision | CNC, GED | Critical features and low mass |
| Équipement médical | Logements, luminaires, pièces mécaniques | CNC | Precision and surface condition |
| Robotique | Joints, pièces d'actionneur, cadres | CNC; casting where suitable | Accuracy and low mass |
| Automatisation | Calendrier, poignets, montures | CNC, tôle | Répétabilité |
| Électronique | Enclos, dissipateurs de chaleur | CNC, moulage sous pression | Thermal paths and interfaces |
| Énergie | Battery and power equipment mechanics | CNC, fonderie, fabrication | Durabilité |
| Machines industrielles | Arbres, luminaires, pièces de machines | CNC, tournant, affûtage | Wear and strength |
Product families are applications, not industries
Explore Component Applications
Looking for a particular component rather than an industry? These existing application pages remain available under their current URLs.
Camshaft applications →Piston applications →Screw machining applications →Spare-part applications →Bottle-opener applications →Bicycle component applications →
The industry menu above groups sectors. Product-specific pages are accessed here, without implying that each product is an industry.
Direct answers for engineering buyers
Frequently Asked Questions About Industrial Manufacturing
What industries does TOPS Precision serve?
TOPS Precision supports custom metal and plastic components for automotive, automation, robotique, équipement médical, aerospace equipment, électronique, communications, energy and industrial machinery applications. Specialized consumer hardware can also be reviewed. The drawing, end use and qualification requirements determine suitability; listing an industry does not imply every regulated application is approved.
Which manufacturing processes are available for industrial components?
TOPS offers in-house CNC machining, moulage sous pression, fabrication de tôles et moulage par injection de plastique. Fraisage, tournant, usinage multi-axes, GED, grinding and secondary operations are reviewed according to the component. The selected process must fit geometry, matériel, tolérances, volume, surface requirements and inspection.
Can TOPS manufacture both metal and plastic parts?
Oui. TOPS manufactures custom metal and engineering-plastic parts using suitable machining, fonderie, fabrication or molding routes. Specify the exact alloy or resin grade and condition. Wrought and cast alloys, or machined and molded polymers, are not automatically interchangeable.
What industries commonly use 5-axis CNC machining?
Aerospace equipment, robotique, automotive development, medical equipment and industrial machinery can use 5-axis machining for complex multi-face features and tool access. The number of axes alone does not guarantee accuracy. The drawing, datum strategy, workholding and inspection method determine the appropriate route.
Can TOPS support automotive and EV component manufacturing?
Oui. TOPS can review automotive and EV mechanical components such as housings, arbres, supports, thermal-management parts and fixtures. Provide drawing revisions, matériel, production quantities and quality requirements. Customer-specific approval and automotive qualification requirements must be agreed before manufacture.
What materials are commonly used for aerospace and robotics components?
Aluminium, titane, stainless steel and suitable steels are common candidates depending on weight, force, corrosion, wear and temperature requirements. Robotics may also use engineering plastics for suitable low-mass or wear applications. Specify the grade, condition, material evidence and qualification requirements rather than selecting by material family alone.
Can TOPS support prototype and production quantities?
Oui. TOPS supports prototypes, pilot and low-volume batches, and repeat production according to the reviewed manufacturing route. Approved drawings, matériel, inspection and production responsibilities are confirmed for each stage. Tooling economics and forecast demand determine whether a process change is appropriate.
How are industrial precision parts inspected?
Industrial parts are inspected against agreed drawing characteristics and the project quality plan using suitable CMM, mesure optique, micromètres et jauges. Vérification du matériel, first article, in-process and final checks are specified as appropriate. Sampling, 100% inspection, report formats and traceability are agreed rather than assumed.
Can TOPS provide material and inspection documentation?
Oui. Certificats de matériaux, first article and dimensional reports, RoHS documentation and CoC can be included where specified and applicable. Confirm deliverables at quotation. XRF may support appropriate alloy screening but does not replace every material test or certificate. Specialist industry approvals are separate from ISO 9001:2015 gestion de la qualité.
How do I request a quote for an industry-specific component?
Provide your email, name and company. You may add country, matériel, quantité, drawings and product requirements. Include the application, tolérances critiques, finish and required documentation in the product requirements when available. Discuss any NDA or restricted-file requirements before sharing confidential information.
Need a manufacturing partner for your industry?
Request a Quote for Your Industry
Send your 2D drawing or 3D CAD model with the material, quantity and application requirements when available. Our team will review the project and recommend an appropriate manufacturing process.
Only email, name and company are required. Pays, matériel, quantité, file upload and product requirements are optional.
Add the industry, part/application, preferred process, tolérances critiques, état de surface, required certifications or documents and delivery destination in Product requirements when you have them.
Industry-specific buttons can include the industry context with your enquiry without adding another form field. For larger files or multi-part programs, contact us for a suitable transfer option.