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Choosing an OEM airbrush manufacturer is not only a price comparison. The decision affects spray consistency, warranty exposure, packaging quality, delivery stability and the amount of work your team must do after every shipment. A reliable sourcing process therefore starts with the product and the factory system, not with the quotation sheet.
This guide gives distributors, private-label brands and professional tool companies a practical way to compare suppliers. It focuses on the questions that reveal whether a factory can turn an approved sample into repeatable production.
Before contacting factories, define the application, target user, retail position, expected order quantity and level of customization. A clear brief makes technical answers easier to compare and prevents an attractive but unsuitable sample from setting the direction.
An airbrush for model painting is not configured in the same way as a system for nail art, tanning, cake decoration or automotive touch-up. Material viscosity, working distance, expected line width, operating pressure and cleaning frequency all affect the best product configuration.
A useful request for quotation should explain the real workflow. Include the material being sprayed, desired detail level, typical session length and whether the customer values portability, low noise or wider coverage. With this context, an experienced OEM airbrush manufacturer can recommend a starting platform instead of simply quoting the lowest-cost model.
Airbrush performance depends on small metal components working together with tight alignment. The nozzle, needle, trigger, air valve and body passages must be produced and assembled consistently. Ask which processes are completed in-house and which are outsourced. In-house precision machining does not automatically guarantee quality, but it gives the factory more control over critical dimensions and corrective action.
During a factory review, look for evidence of a connected workflow: engineering drawings, machining, incoming inspection, assembly stations, performance testing and final packing. A supplier that can explain how a design change moves through these stages is usually better prepared for custom airbrush OEM work than a supplier that only presents finished samples.
General claims such as “strict quality control” are difficult to compare. Ask for the actual checkpoints used for your product. A practical inspection plan may include incoming material verification, dimensional checks on critical components, appearance review, trigger response, airflow, atomization, leakage and final package inspection.
The most useful questions are specific:
A capable private label airbrush supplier should be able to describe these controls in plain language. If the answer stays at the level of certificates and slogans, request a product-specific inspection example.
Not every OEM project needs a new tool. Many successful product lines begin with a proven platform and change the nozzle combination, cup, finish, logo, accessories and packaging. This approach usually reduces development time and technical risk.
Deeper development may be justified when the market needs a different body shape, trigger feel, internal structure or user experience. In that case, clarify engineering ownership, tooling cost, drawing approval, test responsibility and change control before work begins. The phrase “custom airbrush OEM” can describe anything from a printed logo to a redesigned mechanism, so the scope must be written down.
A visually attractive sample is only the beginning. Test it under the intended working conditions and record the result. Use the target paint or cosmetic material, the expected pressure range and the accessories planned for the final kit. Compare more than one unit when possible, because consistency matters as much as peak performance.
Your sample approval sheet should cover:
Once the sample is approved, ask the manufacturer to lock the relevant specification, reference images and package list. This creates a clearer production standard for both parties.
Packaging must protect precision parts, present the brand and help the customer understand what is included. Foam density, component placement, needle protection and hose bend radius can all affect the product before it reaches the user.
For a private-label program, confirm the box structure, insert, labels, manual, barcode area and carton configuration. Request a packed sample, not only an artwork file. If several models share one visual system, create a clear method for identifying nozzle size, color and kit contents.
A quotation is meaningful only when every supplier is pricing the same configuration. Confirm nozzle size, finish, included accessories, packaging, testing level, order quantity and shipping term. Ask which costs are one-time and which repeat with every order.
Minimum order quantity should also be discussed by component. The product platform, custom color, printed logo and retail box may each have a different minimum. A flexible OEM airbrush manufacturer can often help structure a launch order around standard components while reserving deeper customization for a later volume.
The long-term test of a supplier is whether the second and third production runs match the approved standard. Ask how approved colors, drawings, packaging files and inspection requirements are controlled. Confirm how engineering changes are communicated and how replacement parts will remain compatible.
For distributors, spare needles, nozzles, caps, seals and fittings are part of the product strategy. A factory that supports these items can reduce after-sales friction and extend the useful life of the product line.
Before requesting a quote, prepare one document with the following information:
YIDIAN combines engineering, precision machining, assembly and inspection in Huizhou, China. If you are comparing an OEM airbrush manufacturer for a new product line, send the application, target market, quantity and customization direction. A useful first discussion should narrow the platform and testing plan before it narrows the price.
The choice between a single action and dual action airbrush changes how the user controls paint, how quickly they learn and which applications the product can serve. For a distributor or private-label brand, it also affects assortment strategy, accessories, instructions and support.
This guide explains the practical difference and shows how to discuss the decision with a dual action airbrush manufacturer.
A single action airbrush links the trigger primarily to airflow. Paint flow is normally set separately, so pressing the control starts the spray at a preselected material level. The operation is simple and repeatable, which can be helpful for broad coating, basic stenciling and users who value quick setup.
A dual action airbrush separates air and paint control in one trigger. Pressing down controls air; pulling back progressively increases material flow. This lets the operator move from a fine line to a broader gradient without stopping to adjust the tool. The extra control creates more creative range, but it requires more coordination and practice.
| Decision point | Single action | Dual action |
|---|---|---|
| Learning curve | Faster initial setup | More practice, more control |
| Paint control | Preset separately | Variable at the trigger |
| Fine detail | Limited compared with dual action | Strong when nozzle and pressure match |
| Repeat coverage | Simple and consistent | Depends more on operator movement |
| Typical positioning | Entry, utility and repetitive work | Hobby, art, beauty and professional ranges |
Model painters, illustrators, nail artists and other detail-focused users often prefer dual action because the trigger can shape a stroke while the airbrush is moving. That control supports dots, lines, fades, shading and transitions without repeatedly changing a separate material setting.
However, “dual action” alone does not guarantee a good user experience. Trigger geometry, spring force, needle alignment, nozzle quality and surface finish all influence control. When comparing samples from a dual action airbrush manufacturer, test the entire movement from first air to increasing paint flow. Look for a predictable response rather than an abrupt jump.
Many dual action models use gravity feed, with a cup mounted above the body. Gravity helps move material toward the nozzle and can support lower operating pressure and small paint volumes. This is common for fine detail and frequent color changes.
Siphon or side-feed systems serve different workflows. A siphon bottle can hold more material and swap quickly during larger jobs, while side-feed arrangements may improve the sightline in specialized work. The control type and feed type should be selected together, not treated as separate marketing labels.
A smaller nozzle can support fine lines, but it also places greater demands on paint preparation, cleanliness and operator technique. A 0.2 or 0.3 mm setup is a common starting point for fine-detail work. A 0.3 or 0.5 mm configuration can be more forgiving for general hobby, beauty and decorative use. Wider options may be considered for thicker materials and broader coverage.
Do not select the smallest number simply because it appears more professional. Ask the factory to test the intended material and pressure range. A stable 0.3 mm setup often creates a better customer experience than a very fine nozzle that clogs with the target coating.
A beginner kit can still use a dual action airbrush if the instructions, pressure setup and cleaning tools support the learning process. At the same time, a single action platform may be the better commercial choice for a simple, repeatable application where variable paint control offers little value.
Define the target user in practical terms:
For many brands, the strongest product line is not one universal model. It is a small progression that helps buyers understand the next step.
A capable OEM airbrush supplier should help separate meaningful product differences from cosmetic variations. Color and packaging support the brand, but nozzle range, trigger response, cup type and air supply create the actual use case.
Connect the sample to the compressor planned for the final product. Test at several pressures with the target material. Begin with air only, then slowly pull back. The material should begin predictably and increase smoothly. Test dots, parallel lines, gradients and repeated starts.
After spraying, inspect cleaning and reassembly. Remove the needle and nozzle components according to the instructions, then rebuild the tool and repeat the test. A product that performs only before its first cleaning will create after-sales problems.
Use the same paint, dilution, pressure, distance and test pattern for every sample. Record trigger feel, minimum stable line, gradient control, leakage, cleaning time and visible finish. A controlled test is more useful than a general impression.
Choose single action when straightforward operation and repeat coverage are more important than variable line control. Choose dual action when the user needs to shape paint flow continuously, especially for detail, gradients and expressive work. Then validate the nozzle, feed style and air supply around the application.
YIDIAN develops dual action gravity feed platforms, complete kits and matching compressor systems for OEM and private-label programs. Share the target market, user level, application and expected price position to begin with a product configuration that can be tested, explained and repeated.
A gravity feed airbrush uses a cup above the body to move material toward the nozzle. The layout is compact, works with small paint volumes and is widely used for model painting, illustration, nail art, beauty and other detail-focused applications. Yet two gravity feed models can feel very different once spraying begins.
For buyers evaluating a gravity feed airbrush factory, the useful questions concern the complete system: cup, nozzle, needle, trigger, air valve, seals and operating pressure.
Because material is supplied from above, the airbrush can often operate at lower pressure than a bottle-fed system. Lower pressure may help reduce overspray and improve close control when the material is prepared correctly. The small cup also makes it practical to use limited quantities and change colors frequently.
Gravity feed is not automatically the best answer for every job. Large-volume spraying may favor a larger reservoir or different spray platform. The objective is to match capacity and control to the user’s actual session.
A small integrated cup keeps the body compact and gives the operator a clear view of the work. It suits detail sessions, small color quantities and quick cleaning. A larger cup extends working time but adds weight and may affect the sightline. Removable cups can create more options, provided the connection seals consistently.
When reviewing a sample, fill the cup only to the amount expected in real use. Tilt and rotate the airbrush through normal working angles. Check the lid, cup joint and material passage for leakage. Also confirm that the cup is easy to reach with a cleaning brush.
Nozzle diameter affects potential line width, material tolerance and required airflow. Common OEM ranges extend from approximately 0.2 mm for fine work to 0.8 mm for wider or more specialized coverage. The best option depends on the coating, pressure and user skill.
A smaller nozzle needs a well-prepared material and careful cleaning. If the market uses thicker coatings or inconsistent dilution, a slightly larger setup can reduce clogging and support a better first experience.
The needle tip and nozzle are delicate, and their alignment affects spray start, pattern and sealing. A bent needle, damaged nozzle or contaminated seat can cause off-center spray, pulsing or material leakage.
Ask the gravity feed airbrush manufacturer how these components are produced, handled and inspected. Packaging should protect the needle and nozzle from impact. Replacement parts should be identified clearly because parts that look similar may not share the same fit.
On a dual action gravity feed airbrush, pressing down starts air and pulling back meters material. The ideal response is smooth and predictable. Excessive spring force creates fatigue; very light or loose movement may reduce confidence. Surface finish, lubrication and component fit all influence trigger feel.
Test repeated starts, not only long spray passes. Create rows of dots and short lines, then compare the point at which paint begins. This reveals whether control is consistent through the trigger travel.
The compressor’s maximum pressure does not describe the pressure used at the airbrush. Actual working pressure depends on the material, nozzle and desired finish. Fine-detail work may use lower pressure, while thicker material or broader coverage may require more.
Test the airbrush with the regulator, hose and compressor intended for the final kit. Pressure drop, pulsing and moisture control can change the result. A good airbrush connected to an unstable air source will still create a poor customer experience.
Different paints, cosmetics and cleaning agents place different demands on seals and internal surfaces. Provide the supplier with the intended material category and cleaning method. Ask which seal materials are used and whether the proposed setup has been tested with similar media.
Do not assume that one specification covers every solvent or cosmetic formulation. Final compatibility should be confirmed for the target market and use.
Users often judge an airbrush after cleaning it, not only after spraying. The cup should rinse easily, the needle should be removable without awkward handling and small parts should not be unnecessarily difficult to reinstall.
A complete retail offer may include cleaning brushes, a nozzle tool, a cleaning pot, spare seals or a protective needle cap. These accessories should match the product rather than simply increase the item count.
Use a fixed test card with fine lines, dots, a gradient and a broader filled area. Record material, dilution, pressure, nozzle size and distance. Repeat after disassembly and cleaning to confirm that performance returns to the same baseline.
A proven gravity feed platform can often support meaningful private-label variation without changing its core mechanism:
Every option should be reflected in the approved bill of materials and packaging list. If multiple nozzle sizes share the same box design, create a visible identification method to prevent warehouse and customer confusion.
A gravity feed airbrush is a strong platform when the user values control, low material volume and frequent color changes. The best model is the one whose nozzle, cup, trigger and air supply work together under real conditions.
YIDIAN supports dual action gravity feed airbrush development, mini compressor matching and complete kit configuration. Send your application, material, target nozzle range and packaging direction to begin a sample plan with measurable evaluation points.
A successful private label airbrush line is more than a standard tool with a logo. Product configuration, user experience, color, accessories, instructions and packaging must communicate one clear market position. The work becomes easier when each decision is approved in the right order.
This checklist follows a practical path from product brief to production-ready package.
Begin with the customer and application. State whether the product is for model painting, nail art, beauty, cake decoration, tanning, body art, touch-up or a broader hobby audience. Include the user’s experience level, expected retail channel and target price position.
Then describe the working conditions: material type, desired line width, working pressure, session duration, cleaning routine and portability requirement. These details help the custom airbrush manufacturer select a platform with the right nozzle, cup and air supply.
For many launches, a validated body and mechanism provide the safest base. The brand can still create distinction through nozzle combination, finish, trigger details, accessories and packaging. Starting with a proven platform shortens technical evaluation and keeps replacement parts manageable.
A new structure may be worthwhile when the product needs a unique grip, control method or application capability. That path requires a clearer development agreement covering drawings, prototypes, tooling, testing, ownership and engineering changes.
Decide whether the offer is one hero product or a family. A simple private label airbrush range might contain:
Each SKU should have a reason to exist. Avoid creating several colors or boxes that look different but solve the same need without a clear upgrade path.
Screen colors and digital renders are not enough for polished, plated or painted metal. Surface preparation, lighting and part geometry change the appearance. Request physical finish samples on the actual product whenever possible.
Record the approved color reference, gloss level, plating direction and acceptable variation. Also confirm which components will remain chrome, black or another standard finish. A coherent product often uses restraint rather than applying the brand color to every part.
Logo size should match the available surface and remain legible after normal handling. Discuss marking methods with the factory, including their durability and visual result on the selected finish. Test the logo on a physical sample and inspect it from normal viewing distance.
Do not overlook orientation. The logo should face correctly when the user holds the airbrush or places the compressor on a bench. Packaging, manual and product marking should use the same approved brand assets.
Accessories should reduce setup friction. A hose must connect to both airbrush and compressor. A quick fitting should match the thread and airflow requirement. Cleaning tools should fit the nozzle and material passages. Spare parts should be identified for the correct model.
Useful kit components may include:
Lock the final product and accessory list before completing the insert. Every component needs a stable position and sufficient protection. Precision needles, nozzles and gauges should not move freely during transport.
Common directions include a simple retail box, PP case, black presentation box or complete kit carton. The right choice depends on retail channel, product value and shipping conditions. Test a packed sample for fit, closure and internal movement.
A short, clear manual can reduce returns. Explain connection, working pressure, paint preparation, trigger operation, basic cleaning and safe disassembly. Include a component diagram or model-specific parts list when it improves understanding.
Instructions should reflect the final kit. Generic content that shows a different compressor, hose or nozzle arrangement creates confusion. Review all technical statements with the OEM airbrush manufacturer before printing.
Approval should cover performance and presentation. Test the airbrush with the intended material and air source. Inspect the finish, marking, accessory fit, insert, manual and carton label. Photograph the approved sample and record the confirmed specification.
Keep one signed or clearly identified reference sample with the buyer and one with the factory. Link both to the approved specification, artwork and packing list. The purpose is not ceremony; it is to give production and inspection the same reference.
Agree on the checks that apply to incoming parts, assembly, appearance, function and packing. For an airbrush, this may include trigger movement, airflow, leakage, atomization and component count. For a compressor, it may include pressure response, noise, vibration, fittings and power configuration.
Packaging inspection should confirm model, color, logo, accessories, barcode and carton quantity. A correct product in the wrong box is still a failed shipment.
Materials, processes and component sources can change during a product’s life. Ask how the supplier communicates changes that could affect appearance, fit or performance. Repeat orders should reference the same revision of drawings, artwork and package list.
When the brand requests a change, document the reason, sample result and effective order. This prevents old and new versions from mixing unexpectedly.
Needles and nozzles are precision wear and damage items. A private label airbrush program becomes more credible when the customer can identify and purchase the correct replacements. Plan the spare-part names, packaging and compatibility information alongside the main product.
YIDIAN supports private label airbrush and compressor projects from product configuration through color, logo, packaging, assembly and inspection. A complete brief allows the team to identify which choices are standard, which need sampling and which require deeper engineering before quotation.
The compressor determines whether an airbrush receives stable, usable air. A product that looks compact may still be too noisy, too weak or poorly matched to the intended nozzle. The right choice begins with working pressure, airflow and duty cycle, then considers portability, tank size and controls.
This guide explains how to compare options with a mini air compressor manufacturer for hobby, beauty, nail art, model painting and professional airbrush systems.
Compressor specifications often lead with a maximum PSI value, but users spray at a regulated pressure below that maximum. The useful question is whether the system can maintain the required pressure while air is flowing through the selected airbrush.
A portable unit may be suitable for low-pressure, intermittent work. A piston compressor with higher output can support longer sessions, larger nozzles or more demanding materials. Ask for pressure behavior under load, not only the shut-off number.
Larger nozzle openings and higher working pressure require more airflow. If the compressor cannot keep up, pressure drops during a pass and atomization changes. This can appear as pulsing, uneven coverage or a pattern that becomes weaker over time.
Provide the airbrush model, nozzle range and intended material to the airbrush compressor supplier. The factory should test the planned combination rather than treating the compressor as an isolated product.
Some compact compressors are designed for short intermittent sessions. Others use larger motors, cooling or an air tank to support longer work. The correct choice depends on how users actually operate the system.
Ask how long the unit can operate under the expected load and how thermal protection behaves. Do not assume that a larger housing automatically means a longer duty cycle.
| Compressor type | Main strengths | Points to verify |
|---|---|---|
| Portable compact | Lightweight, easy storage, simple kits | Pressure stability, battery or power supply, session length |
| Tankless piston | Direct output, compact workshop footprint | Pulsing, heat, noise, automatic stop behavior |
| Tank-equipped piston | Smoother reserve air, reduced motor cycling | Size, weight, drain, safety and shipping cost |
A tank does not improve every kit. It adds weight and carton volume, but it can create a steadier professional experience. Select it when the application benefits enough to justify those tradeoffs.
Noise expectations differ between a factory workshop and a beauty studio. Published decibel values are useful only when the test method and distance are understood. Listen for vibration, rattling and changes under load, not only the average sound level.
Rubber feet, housing design, motor balance and assembly quality influence perceived noise. Test the compressor on the kind of surface the customer will use. A quiet motor can still sound unpleasant if the case or table resonates.
A regulator and gauge help users set repeatable pressure. Moisture filtration may also be important, especially in humid environments or longer sessions. Some compact systems use electronic pressure modes instead of a conventional regulator.
Verify how automatic stop and start work. The compressor should respond predictably when the trigger is released or pressure reaches its set point. Examine fittings for leakage because small leaks can cause unnecessary cycling.
For global OEM projects, confirm voltage, frequency, plug type and power adapter requirements for every market. Labels, instructions and packaging must match the final electrical configuration. If one product family uses several adapters, create a clear SKU and carton identification process.
Ask the mini air compressor manufacturer which approvals or test documents are available for the exact configuration. Requirements vary by destination and sales channel, so final compliance should be reviewed for the target market.
The compressor, regulator, moisture filter, hose, quick fitting and airbrush form one air path. Thread mismatch, narrow fittings or long small-diameter hoses can affect performance. Assemble the exact retail configuration and test it together.
Record pressure with the trigger closed and with air flowing. Spray repeated lines and a broad area for the expected session length. Watch for pressure drop, pulsing, heat, moisture, leakage and changes in sound.
A clear assortment helps customers choose:
Use performance differences to define each tier. Cosmetic changes alone make the assortment difficult to explain.
Discuss inspection at component, assembly and finished-product stages. Relevant checks may include electrical safety, pressure response, leakage, gauge behavior, noise, vibration, automatic stop, heat and appearance. The exact plan depends on the compressor design and target market.
Packing must protect gauges, fittings, handles and tanks. A complete kit also needs a controlled component count so that hoses, adapters and airbrushes are not omitted.
A mini compressor should be evaluated by the airbrush and workflow it supports. Pressure, airflow, session length, noise and portability must form one practical balance.
YIDIAN offers portable and professional compressor platforms for OEM and private-label airbrush systems. Share the nozzle range, application, working pressure, session length and target market so the sample can be tested as a complete airbrush kit rather than as an isolated machine.
A complete airbrush kit should help the customer start work with fewer compatibility questions. The airbrush, compressor, hose, fittings and maintenance tools must function as one system, while the packaging keeps every precision component protected and easy to identify.
For brands comparing an airbrush kit supplier, the best kit is not the one with the highest item count. It is the one with the clearest application and the fewest weak links.
A model-painting starter kit, beauty kit and cake-decorating kit may share a compressor, but they should not automatically share every nozzle, cup and accessory. Define the material, detail level, working pressure, session length and cleaning routine first.
The application determines the core system. Extra accessories should support that workflow rather than distract from it.
A dual action gravity feed airbrush is a flexible choice for many creative kits because the operator can control air and material at the trigger. A 0.3 mm configuration is often a balanced starting point, while finer or wider sizes serve more specific materials and patterns.
Confirm trigger feel, nozzle alignment, seal compatibility and cleaning access. If the kit is intended for beginners, the airbrush should be forgiving enough for the target material and supported by clear instructions.
Choose the compressor by working pressure, airflow, operating time and environment. Portable compact units suit low-pressure or intermittent use. Stronger piston or tank-equipped systems may support longer sessions and wider nozzle options.
Test the exact airbrush, compressor and hose together. Maximum pressure on a specification sheet does not prove stable pressure while spraying.
The hose must use the correct threads or adapters and provide enough length for comfortable work. Braided hoses offer durable protection and a professional feel, while coiled hoses can save space in portable kits.
Check bend radius inside the package. A hose forced into a tight compartment may arrive kinked or place pressure on fittings. Confirm the hose material is suitable for the expected environment.
Quick fittings can make connection and cleaning easier. Airflow control valves allow fine adjustment near the airbrush. Adapters may be necessary when a platform uses different thread standards.
Every additional fitting creates another possible leak point, so the complete assembly should be pressure-tested. The manual should show the correct connection order.
Cleaning brushes, a nozzle tool, dropper, cleaning pot or spare seals can improve ownership. The tools must fit the specific material passages and components. Oversized brushes or poorly matched tools can damage precision parts.
The kit should also explain which components the user should and should not remove during routine cleaning. More disassembly is not always better.
Precision tips and protruding compressor fittings need physical protection. A fitted foam insert, PP case or structured carton should prevent components from colliding. Small parts need closed compartments or individual bags so they do not disappear inside the box.
Inspect a fully packed sample after transport simulation or controlled handling. Look for marks, loose parts and pressure on hoses or gauges.
The customer should know what is included before opening the box. The outer package, manual and internal layout should agree. Use model-specific names for needles, nozzles and adapters.
For private-label airbrush kits, control the bill of materials by revision. If one accessory changes, update the packing list, insert and inspection standard together.
| Kit layer | Essential items | Optional value additions |
|---|---|---|
| Spray tool | Airbrush, cup, installed nozzle/needle | Alternative cup or nozzle set |
| Air supply | Compressor, correct power configuration | Tank, regulator or pressure modes |
| Connection | Compatible hose and fittings | Quick coupling or airflow valve |
| Maintenance | Basic cleaning tool and instructions | Cleaning pot, spare seals or nozzle tool |
| Protection | Stable insert and retail carton | Presentation case or storage holder |
An airbrush kit supplier can help build a logical assortment around customer needs:
Each tier should produce a visible improvement in capability or convenience. Avoid creating confusion with many nearly identical combinations.
Needles, nozzles, caps, seals and hoses may need replacement during the product’s life. Confirm part codes and compatibility with the airbrush accessories manufacturer. Consider small branded replacement packs that can be sold through the same channel as the kit.
After-sales parts protect customer trust and make repeat business easier. They also reduce the chance that users install an incompatible component.
Connect only the components included in the final package. Spray the target material for the expected session length, then clean and repack the system. Record pressure stability, leakage, trigger response, accessory fit, cleaning time and component count.
Repeat the test with more than one set when possible. One good sample cannot demonstrate production consistency.
The inspection plan should cover both individual products and the assembled kit. Airbrush checks may include appearance, trigger movement, leakage and atomization. Compressor checks may include pressure response, automatic operation, noise and fittings. Packaging checks should confirm model, color, power version, accessories, manual and labels.
A final weight check can help detect missing components, but it should support rather than replace visual component verification.
A complete airbrush kit succeeds when the customer can connect it, set useful pressure, spray the intended material, clean the tool and store every component without uncertainty. Compatibility and clarity are more valuable than an inflated accessory count.
YIDIAN manufactures airbrushes, mini compressors, hoses, fittings and related accessories for OEM and private-label kits. Send your application, target user, quantity and retail position to develop a component list that can be sampled and tested as one complete system.