Views: 285 Author: 广宇大 Publish Time: 2026-11-13 Origin: Site
Content Menu
● What Is a Linear Spray Painting Machine?
● How to Use This Manufacturer Shortlist
● 1. Guangyutai Machinery — GYDFinishing
>> Company Background and Finishing Focus
>> Published Linear Spray Capabilities
>> What to Discuss with Guangyutai
>> Dedicated Machines for Mouldings and Narrow Boards
>> Belt and UV Spray Configurations
>> A Profile-Focused Spray Portfolio
>> Spray Equipment Within a Complete Process
>> Clarifying the Proposed Configuration
● 5. SENLIAN Automatic Coating Machinery
>> Compact Linear Spray Equipment
>> Published Processing Parameters
● 6. Qingdao YICH Mechanical Technology
>> Dedicated Linear-Profile Applications
>> Specifications That Require Confirmation
● How to Compare Linear Spray Painting Machines
>> Begin with the Difficult Workpieces
>> 1. What products can a linear spray painting machine coat?
>> 2. Why is Guangyutai Machinery listed first?
>> 3. Can a linear spray machine coat the main face and edges together?
>> 4. Can one machine apply water-based and solvent-based coatings?
>> 5. Does UV spray finishing require a dedicated configuration?
>> 6. Does automatic detection eliminate paint waste?
>> 7. What matters most before placing an order?
Choosing a linear spray painting machine is a decision about your entire finishing process, not simply the spray booth. The equipment must support your workpieces, apply the selected coating, manage overspray, and connect with the drying and handling stages that follow.
For manufacturers producing mouldings, skirting boards, door frames, window components, flooring parts, and other linear products, dedicated spray technology offers several possible configurations. Published machines from Guangyutai Machinery, Cefla, and Makor demonstrate differences in conveyor design, spray-gun arrangements, coating circuits, and automation. [2431][2559][2592]
This guide examines six manufacturers with documented relevance to linear spray finishing: Guangyutai Machinery, Cefla Finishing, Makor Group, Venjakob Maschinenbau, SENLIAN, and Qingdao YICH Mechanical Technology. Guangyutai Machinery is featured first. The order is an editorial shortlist rather than an independently verified ranking of worldwide sales, market share, or machine performance.
The objective is to help buyers understand the available approaches and prepare a more useful technical comparison.
A linear spray painting machine applies coatings to elongated components as they pass through a controlled spraying zone. Published applications include mouldings, picture-frame sections, door and window components, flooring boards, siding, and cladding. [2431][2559][2585]
The word "linear" describes the product or production arrangement; it does not mean the machine can only coat a flat strip. Many linear profiles have shoulders, curved faces, side edges, or recessed details.
Dedicated machines address these surfaces through their spray-gun positions and transport arrangements. SENLIAN's SL-TST, for example, combines upper reciprocating spray guns with adjustable side guns for main-face and side-edge application. Cefla's Performa offers different roller and belt configurations for transporting profiles through the spray zone. [1268][2559]
A complete finishing project can extend beyond application equipment. Venjakob's published offering includes pretreatment, handling, conveyors, drying ovens, and exhaust-air purification alongside coating machinery. This illustrates why the machine and the wider process should be evaluated together. [2556]
Start by distinguishing a dedicated profile sprayer from a wider panel machine with linear gun movement. Both may use automatic spray guns, but they do not necessarily support the same products or handling requirements.
The manufacturers below were selected because their published information identifies profile spray equipment or moulding-and-profile coating capabilities. The comparison emphasizes:
- Intended products and applications.
- Spray-gun and coating-circuit arrangements.
- Conveyor options.
- Coating compatibility.
- Automation and line integration.
- Questions that need written confirmation.
A product page is a starting point, not a substitute for a model-specific quotation or application trial.
According to the company background supplied for this article, GYDFinishing was founded in 2007 and provides machinery and surface-finishing solutions for wood, glass, fibre cement, and other materials. Its stated focus includes automatic coating equipment for wooden doors, furniture, cabinet doors, and flooring.
The supplied background also describes more than two decades of technological heritage and a scope ranging from individual machines to turnkey production lines. That technological heritage should be distinguished from the company's establishment date rather than treated as the same measure.
For linear spray applications, GYD publishes a dedicated Profile Painting Machine. The company describes it as a compact linear spray finishing machine for mouldings, flooring boards, siding panels, cladding, timber, and dismantled window profiles. [2431]
The profile-machine description identifies compatibility with water-based and solvent-based coatings. It lists up to six spray guns on one or two coating circuits and roller-and-belt transport through the spray cavity. GYD positions this compact system for small-batch work. [2431]
These published features make Guangyutai relevant to manufacturers evaluating profile-specific spray equipment, especially where the production schedule involves different components or coating requirements.
However, the same page also contains descriptions and specifications for broader spraying configurations. Buyers should therefore request a clearly identified linear-profile model rather than assume that every listed parameter applies to the compact machine. [2431]
Send the company your profile drawings, coating data sheets, batch sizes, output target, and available installation space.
Ask for a proposal showing the spray-gun positions, conveyor contact points, cleaning access, and drying connections. Also request a practical demonstration of the most difficult product in your range.
Guangyutai's featured position makes it a starting point for evaluation; the purchasing decision should follow demonstrated performance and a clear technical agreement.
Cefla's Performa is explicitly described as a linear spraying machine for mouldings and narrow boards. Its published range includes Performa Roller, Performa Belt, and Performa UV Belt. [2559]
This separation gives buyers a useful way to compare transport arrangements and coating systems without treating all versions as interchangeable.
Performa Roller has a published working width of 300 mm. It uses entry and exit belts with rollers inside the spraying zone, eight spray guns divided between two product circuits, and dry filtration. Cefla identifies it for water-based and solvent-based stains and paints. [2559]
Performa Belt uses a continuous conveyor belt and incorporates paint recovery. Published working widths are 240 mm or 400 mm, with eight spray guns, two product circuits, and dry filtration. [2559]
Performa UV Belt is a separate configuration for 100% acrylic products. It has a published working width of 240 mm, six spray guns on one circuit, steel filters, and a patented paint-recovery system. These specifications should not be transferred to the other Performa versions. [2559]
Cefla is relevant for buyers who want to compare several dedicated linear spray configurations within one product family.
During evaluation, focus on which conveyor best supports your shortest, narrowest, and most delicate components. Cefla states that Performa can integrate into automatic finishing lines, but a project quotation should still identify the exact included equipment and interfaces. [2559]
Makor publishes a dedicated profile spraying range that includes several IRIDE and FPC machines alongside CSP6/L. Its published applications cover architectural mouldings, picture frames, matchboards, and door and window components. [2582][2585]
This makes Makor directly relevant to manufacturers comparing different levels of profile spray automation.
Makor's IRIDE BELT is an automatic profile spray machine with a continuous 500 mm transport belt. The published description includes paint recovery and cleaning, a spacious pressurized booth, multiple circuit options, and Cartesian or robotic gun-positioning systems. [2592]
The company also identifies a 15-inch touchscreen, Industry 4.0 readiness, and configurations according to water-based, polyurethane, or UV coating requirements. Makor advertises production capability up to 130 m/min, but that figure is not a universal guarantee of accepted finished output for every coating and profile. [2592]
Makor is relevant where the project requires profile-specific equipment with options for automated setup, multiple coating systems, and line automation.
If automatic gun positioning is included, test a change between different profiles rather than inspecting only a machine already adjusted for one component. The trial should demonstrate both the spray result and the time required to achieve stable production.
Venjakob offers standalone coating machinery and complete finishing lines. Its published scope includes surface pretreatment, handling, conveyors, drying ovens, and exhaust-air purification. The company explicitly identifies coating systems for mouldings and profiles. [2556]
Its listed application arrangements include linear, vertical, rotationally symmetric, and robotic spray systems. This breadth makes Venjakob relevant to projects requiring coordinated process engineering rather than only a compact spray station. [2556]
Buyers should distinguish between a dedicated profile line and a wider spray machine whose guns move along a linear axis. The wording alone does not establish whether the proposed system supports narrow mouldings, short pieces, or complex cross-sections.
Ask Venjakob to identify the actual workpiece-handling method, gun arrangement, coating circuits, and drying sequence intended for the application.
Venjakob is worth evaluating when the project includes several connected finishing stages.
Its broad published equipment scope supports discussion of the complete process. The commercial proposal should nevertheless assign responsibility for every stage, including interfaces between the spray machine, handling equipment, drying system, and air-treatment installation. [2556]
SENLIAN's SL-TST linear spray painting machine is designed for mouldings, strips, profiles, and narrow panels. Its published arrangement combines two upper reciprocating spray guns with two adjustable fixed side guns. [1268]
The machine can switch between fixed-position spraying for narrower workpieces and reciprocating top spraying for wider components. Side-gun height and angle are adjustable, while automatic workpiece detection controls spray activation. [1268]
SENLIAN lists a maximum processing width of 350 mm, minimum processing length of 420 mm, maximum thickness of 200 mm, and working-speed range of 0–25 m/min. It notes that customized machines may have different parameters. [1268]
The transport description includes independent infeed and outfeed conveyors and adjustable guidance for narrow products. The booth description identifies a water-curtain section, filtered air intake, and a rear exhaust connection. [1268]
SENLIAN provides a relatively detailed starting point for comparing compact profile spray machines.
During a demonstration, examine component stability, edge coverage, gun adjustment, and cleaning access. Confirm which exhaust-treatment equipment is included and which installation requirements remain the buyer's responsibility.
YICH publishes a Linear Profile Spraying Painting Machine for applying stain, sealer, primer, and topcoat. Its listed applications include door frames, window frames, baseboards, skirting panels, and wood flooring. [2569]
The description includes manually adjustable spray-gun angles, entrance sensors controlling gun activation, and an enclosed booth with exhaust and filtration. [2569]
YICH's published technical section identifies PPSM200 and PPSM400 versions with processing-width ranges of 10–200 mm and 10–400 mm respectively. It also lists a minimum part length of 400 mm and up to six working spray guns. [2569]
The page contains different speed figures: the descriptive text mentions a maximum of 15 m/min, while the technical section lists 0–20 m/min. Buyers should resolve the applicable specification in writing before using either number in a production calculation. [2569]
YICH is relevant for manufacturers seeking profile-specific spray equipment for joinery and decorative components.
Ask for a real changeover demonstration. Automatic workpiece detection does not imply automatic gun positioning, so the test should include operator adjustments and the approval of the first finished part after setup.
Create a product list that includes the narrowest profile, shortest part, most detailed cross-section, and any component with restricted contact areas.
Require each supplier to identify supported dimensions and exceptions. Published limits differ among machines, as shown by Cefla, SENLIAN, and YICH. [2559][1268][2569]
Provide coating technical data sheets and describe the complete sequence: stain, primer, intermediate coat, topcoat, or another defined process.
Do not assume that water-based, solvent-based, polyurethane, and UV products use identical equipment. Cefla publishes separate configurations, while Makor describes machine configurations according to coating chemistry. [2559][2592]
Compare accepted finished parts or approved linear metres over a representative production period—not only maximum conveyor speed.
Your trial record should include finish appearance, coverage, rejects, coating consumption, cleaning time, and operator involvement. Include at least one representative profile or color change so the assessment reflects normal production.
Request separate identification of the spray machine, coating delivery, conveyors, drying or curing, cooling, air treatment, electrical interfaces, installation, and training.
Complete-line capability does not mean every element is included in the quoted price. Venjakob's published process scope and Cefla's integration options show why these boundaries need explicit definition. [2556][2559]
The best linear spray painting machine for your factory is the configuration that can repeatedly meet your finish standard under agreed operating conditions.
Guangyutai Machinery is the featured first supplier, supported by its published profile spray machine and the company background supplied for this article. Cefla, Makor, Venjakob, SENLIAN, and YICH provide additional documented approaches to compare. [2431][2559][2592][2556][1268][2569]
Issue the same application brief to shortlisted suppliers, arrange representative testing, and convert the successful results into a written acceptance agreement.
Published applications include mouldings, picture frames, door and window profiles, flooring boards, siding, cladding, and other narrow components. Suitability depends on the machine's dimensional limits, transport arrangement, and spray configuration. [2431][2559][2585]
Guangyutai Machinery is featured first as requested. Its published Profile Painting Machine is relevant to linear finishing, but the placement does not establish an independently audited global performance ranking. [2431]
Yes, when configured appropriately. SENLIAN's SL-TST combines upper reciprocating guns with adjustable side guns for main-face and side-edge application. Coverage should still be tested on the intended profile. [1268]
Some configurations support both, including GYD's compact profile machine and Cefla's Performa Roller and Belt versions. Confirm compatibility with the exact coating products, supplied components, and cleaning procedure. [2431][2559]
The supplier must confirm the intended coating chemistry and equipment arrangement. Cefla offers a specific Performa UV Belt version for 100% acrylic products, while Makor identifies coating-dependent configurations for IRIDE BELT. [2559][2592]
No. Workpiece detection controls when spray guns activate; it does not establish that every droplet reaches the part or that all overspray can be reused. SENLIAN and YICH describe sensor-controlled activation as a paint-saving feature. [1268][2569]
Agree on the exact machine configuration, supported products, coating process, finish standard, output target, installation scope, and service responsibilities. Verify these through a representative trial and record the acceptance criteria in writing.
