In 2026, AMD Machines quoted a robotic adhesive spray cell with its own spray booth for a manufacturer in Mexico at $280,000–$350,000 for the cell and $290,000–$360,000 with commissioning, in US dollars before VAT, with the robot supplied by the buyer. The quote calls the machine an "AUTOMATIC ADHESIVE SPRAYING ROBOT WITH SEMI-AUTOMATIC FRAME HOLDER": "a new semi-automated cell with servo systems and robot integration for the adhesive application on plastic, substrate and cover parts."
Buyers rarely see what a robotic spray cell costs, so this case study breaks the AMD Machines quote down for US manufacturers. It is based on the quote and describes what was quoted, not results from a running machine. The customer isn't named, and prices are shown as ranges. For the full range of adhesive and sealant application we engineer, see our adhesive and sealant dispensing solutions page.
A robotic adhesive spray cell is an enclosed station in which a robot carries a spray gun over parts held on a fixture, inside a ventilated booth that contains and extracts the adhesive vapor; AMD Machines quoted one in 2026 with a rotating two-face skid and RFID program selection.
The AMD Machines quote at a glance:
| Quote item | In the AMD Machines quote |
|---|---|
| Parts | Plastic, substrate and cover parts, hung on a skid |
| Machine | One semi-automatic cell: skid loading cabin, skid transfer and rotation, spray booth, robot-mounted spray gun |
| Robot | A six-axis robot supplied by the buyer; the quote integrates it but does not include it |
| Faces sprayed | Both faces of the parts, by rotating the skid between sprays |
| Cycle time and annual volume | Not stated: "CT will be defined based on the current process times" |
| Total with commissioning | $290,000–$360,000, in US dollars, VAT not included, robot not included |
| Lead time | 24–26 weeks, depending on AMD's workload at the time of the purchase order |
What Is in a Robotic Adhesive Spray Cell?
The robotic adhesive spray cell in the 2026 AMD Machines quote has four parts: a loading cabin, a skid transfer that carries the skid into the booth and rotates it, a spray booth with extraction, and a pressurized adhesive supply feeding a spray gun on the buyer's robot.
| System | Equipment in the AMD Machines quote |
|---|---|
| Frame | Welded steel base frame supporting the robot; aluminum-profile frames for the door system and the skid transfer; six machined mechanism assemblies; two Festo pneumatic cylinders on the booth door |
| Loading cabin | Skid loading cabin of aluminum profile with polycarbonate panels; hooking rings and manual clamps hold the parts on the linear carrier |
| Skid transfer | Two Festo linear actuators with integrated stepper motors move the skid between the loading cabin and the spray cabin |
| Skid rotation | Two Festo servomotors rotate the skid so the opposite face of the parts can be sprayed |
| Spray booth | Self-contained, heavy-gauge galvanized or powder-coated steel panels; two sliding personnel doors with safety control; lighting suited to the vapor environment; sealed floor pan with a special coating; viewing windows with resistant glazing |
| Extraction | Two panel walls and two motorized extraction units, plus two atmospheric vapor exhaust units with propeller motors; filters and extraction system |
| Adhesive supply | 1.3 US gal (5 L) stainless steel pressurized vessel with a non-stick internal coating |
| Metering and spray | RELANT volumetric dosifier with variable control, rated about 2.8 in³/min (46 cm³/min); RELANT ZLE automatic spray valve with a 16 ft (5 m) hose kit; volumetric spray gun on the robot, under a robot cover |
| Nozzle maintenance | ROSAUTO 177X mini water cleaner with spares; BANDELIN Sonorex Super RK52 H ultrasonic cleaner |
| PLC and HMI | Siemens SIMATIC S7-1500 PLC; SIMATIC TP900 Comfort 9-inch HMI; PROFINET |
| I/O and sensors | Balluff IO-Link network block and sensor board; 4 part-presence sensors, 6 inductive actuator-position sensors, 4 cylinder magnetic sensors |
| Recipe selection | Two Balluff RFID read/write heads identify the skid and select the program |
| Pneumatics | Festo filter-regulator-lubricator unit and Festo valve manifold |
Preferred brands in the AMD Machines quote: Siemens, Weidmüller, Pilz, Hoffmann (cabinet), Keyence and Balluff sensors, Omron relays, Festo and Euchner.
How Much Does an Adhesive Spray Cell Cost?
In a 2026 AMD Machines quote, a robotic adhesive spray cell with its spray booth costs $280,000–$350,000 FOB AMD's plant in Querétaro, Mexico, and $290,000–$360,000 with commissioning. The prices are in US dollars, before VAT, and do not include the robot, which the buyer supplies. The quote is valid for 30 days.
| Line in the AMD Machines quote | Price range |
|---|---|
| Adhesive spray cell with spray booth, FOB AMD's plant in Querétaro, Mexico (robot not included) | $280,000–$350,000 |
| Commissioning | $9,000–$12,000 |
| Total with commissioning | $290,000–$360,000 |
Delivery is quoted separately, so a buyer's landed cost adds freight from AMD's plant, the robot and VAT where it applies.
How Does This Spray Cell Compare With a Typical Robotic Dispensing System?
The AMD Machines dispensing solutions page says: "A typical single-station robotic dispensing system from AMD Machines runs $150,000–$300,000, with multi-station integrated systems at $300,000–$600,000." The spray cell in the 2026 AMD Machines quote, at $280,000–$350,000 without the robot, sits at the top of the single-station range and reaches into the multi-station range. It is one robot station, but it adds a spray booth with vapor extraction, a powered skid transfer, servo skid rotation and two nozzle cleaners.
What Are the Payment Terms for an Adhesive Spray Cell?
In the 2026 AMD Machines adhesive spray cell quote, payment is split across four milestones: 35% with the purchase order, 30% at design approval, 25% at approval in AMD's plant and 10% at approval in the buyer's plant.
What Moves the Price of an Adhesive Spray Cell?
Six choices move the price of a robotic adhesive spray cell most. The AMD Machines quote sets them as follows:
| Cost driver | In the AMD Machines quote | How it moves the price |
|---|---|---|
| Spray booth scope | A revision of the quote adds the booth to AMD's scope: "In this new version the adhesive application booth is included for the design and installation by AMD." | A buyer can have the booth quoted inside the integrator's scope or source it separately |
| Robot | Supplied by the buyer and integrated by AMD | A robot supplied by the integrator adds the robot's price to the quote |
| Faces per part | Both faces, by servo rotation of the skid | One face only removes the rotation axis |
| Part presentation | A skid loaded by hand in a separate cabin, carried in by linear actuators | A fixed fixture inside the booth usually costs less, but the operator then loads where the spraying happens |
| Exhaust | Extraction and filters included; ducting outside the plant is the buyer's option, not included | Ducting the exhaust outside is site work outside the quote |
| Validation and brands | An empty test, a 300-part production lot and a checklist; preferred brands listed | Customer-specific validation is evaluated and may cost extra; required brands fix part of the bill of materials |
Why Put Robotic Adhesive Spraying Inside a Spray Booth?
The AMD Machines quote gives three reasons, from AMD's engineering team, for enclosing the spraying in a booth. The booth isolates spraying from the rest of the plant. Even airflow across the work zone keeps vapor removal consistent wherever the gun is spraying. And the door interlocks stop spraying whenever a door opens.
In the AMD Machines quote, the booth is a self-contained steel enclosure whose two motorized extraction units and two atmospheric vapor exhaust units draw the vapor through filters, and a cover protects the buyer's robot inside it.
One decision stays with the buyer: where the exhaust goes. Ducting it outside the plant is the buyer's option and is not included in the quote.
Why Does the Skid Rotate, and Why Read RFID Tags?
In the 2026 AMD Machines quote, the skid rotates so both faces are sprayed in one cycle: two Festo servomotors turn it in the spray cabin after the first face, and the robot sprays the opposite face.
RFID changes the program by model. Two Balluff RFID read/write heads identify the skid when it enters the cycle, and the PLC selects the matching spray program, "supporting model change traceability" in the words of the AMD Machines quote. The skids and their RFID tags are not included in the quote; PLC and HMI programming covers the models to be developed.
How Does the Quote Keep Spray Nozzles Clean?
Adhesive that dries in a spray nozzle changes the spray pattern, so the AMD Machines quote includes two cleaners for routine and scheduled cleaning: a ROSAUTO 177X mini water cleaner with spares, and a BANDELIN Sonorex Super RK52 H ultrasonic cleaner.
The adhesive feed in the AMD Machines quote is volumetric, from a pressurized vessel through a RELANT dosifier to the spray valve and gun. For how metering and valve choices work in bead, dot, potting and spray dispensing, see our guide to adhesive dispensing in automated assembly.
How Does the Adhesive Spray Cycle Run?
The 2026 AMD Machines quote describes the cycle in six steps:
- Load. The operator loads a skid of parts in the loading cabin with the hooking rings and manual clamps on the linear carrier, then presses the two-hand start buttons.
- Identify and transfer. The RFID heads read the skid and select its program, and the linear actuators carry the skid into the spray cabin.
- Spray the first face. The robot sprays the parts.
- Rotate and spray the second face. The servomotors turn the skid, and the robot sprays the opposite face of the parts.
- Return. The transfer carries the skid back to the loading cabin.
- Unload. The operator unloads the parts and the cycle repeats.
The quote sets no cycle time, so send current spray times per model with your request.
What Safety Does an Adhesive Spray Cell Need?
The 2026 AMD Machines quote safeguards the cell with 2 two-hand start buttons, 2 sets of safety light curtains, a mechanical interlock on the spray-cabin door, a EUCHNER access box on the service door and 4 emergency stops. The booth's sliding personnel doors carry safety control that inhibits spraying while a door is open.
For a US plant, write the standards into your request for quote so they are priced from the start: a control panel built to UL 508A, electrical equipment to NFPA 79, robot safeguarding to ANSI/RIA R15.06, and, where the adhesive is flammable or combustible, a booth that meets NFPA 33 and OSHA 29 CFR 1910.107 for spray finishing. Send the adhesive's safety data sheet with the request so AMD Machines can confirm which of these apply.
What Does the Adhesive Spray Cell Quote Include and Leave Out?
The AMD Machines adhesive spray cell quote includes the engineering, the booth, validation, documentation, a separately priced commissioning line and a 12-month warranty; the robot, the skids, freight and site work stay with the buyer.
| Item | In the AMD Machines quote |
|---|---|
| Design, fabrication and debugging | Included |
| PLC and HMI programming | Included, for the models to be developed |
| Spray booth design and installation | Included |
| Documentation package | Included: layout, purchased-component manuals, operating manual, spare-part drawings, PLC program copy, maintenance program, spare-parts list, pneumatic and electric diagrams |
| Validation at AMD's plant | Included: an empty test, a 300-part production lot and a checklist |
| Installation at the buyer's plant | The quote states 24–48 hours, with the cell in position and utilities connected; commissioning is its own priced line |
| Commissioning | Separate priced line |
| Warranty on parts AMD designs and builds | 12 months |
| Six-axis robot | Buyer supplies; integrated by AMD |
| Skids and RFID tags | Not included |
| Exhaust ducting to outside | Buyer's option; not included |
| Transport | Not included: priced FOB AMD's plant, delivery quoted separately |
| Utility hookup | Buyer |
| Customer-specific validation | Evaluated; may cost extra |
| VAT | Not included |
| Part data and samples | Buyer: full drawings and 50 samples of each component, 2D and 3D CAD, fabrication standards, paint color |
How Long Does It Take to Build an Adhesive Spray Cell?
AMD Machines quoted a lead time of 24 to 26 weeks for the robotic adhesive spray cell, depending on workload at the time of the purchase order. Validation at AMD's plant in Querétaro, Mexico, comes before shipping; installation at the buyer's plant takes 24–48 hours, followed by commissioning.
AMD Machines delivers simple machines in as little as 6 weeks; complex systems in 24–26 weeks that would take a typical overseas supplier 40–42. The quoted 24 to 26 weeks matches the complex-system range. The AMD Machines guide to custom automation lead times explains what sets the schedule.
What Should You Send to Get an Adhesive Spray Cell Quoted?
To get a robotic adhesive spray cell quoted, send AMD Machines your parts, your adhesive and your plant requirements:
| What to send | Why AMD Machines needs it |
|---|---|
| Full drawings and 2D and 3D CAD of every part, with the areas to be sprayed marked | Sets the skid, the robot path and whether one or both faces are sprayed |
| Sample parts: the AMD Machines quote asks for 50 of each component | Spray trials, programming and the run-off at AMD's plant |
| Adhesive data sheet and safety data sheet | Sizes the vessel, dosifier and valve, and sets the booth's extraction and safety design |
| Current process times per model, annual volume and shifts | Sets the cycle time, which the quote defines from current process times |
| Number of models | Sets the skids and RFID programs |
| Whether you supply the robot, and which one | Sets the robot integration, mounting and cover |
| Whether the spray booth is in the integrator's scope, and where exhaust will go | Sets the booth, extraction and ducting lines |
| Plant voltage, preferred brands, fabrication standards and paint color | Fixes the electrical design and part of the bill of materials |
If you are comparing spraying with bead, dot or 2K application, the AMD Machines page on automated dispensing systems covers robotic, gantry and fixed-station configurations with bead inspection.
Adhesive Spray Cell FAQ
How much does a robotic adhesive spray cell cost?
The robotic adhesive spray cell with a spray booth that AMD Machines quoted in 2026 came to $290,000–$360,000 with commissioning, in US dollars before VAT. The cell alone is $280,000–$350,000 FOB AMD's plant in Querétaro, Mexico, and commissioning is $9,000–$12,000. The buyer supplies the six-axis robot, which is not in those figures.
Does an adhesive spray cell need a spray booth?
Spraying atomizes adhesive, so the vapor needs containment and extraction. In the 2026 AMD Machines quote, a booth with motorized extraction isolates spraying from the plant, and door interlocks stop spraying when a door opens. A buyer can have the booth quoted inside the integrator's scope or provide it separately.
Can a spray cell handle several part models?
Yes. In the 2026 AMD Machines quote, two Balluff RFID read/write heads identify each skid and select its spray program, supporting model change traceability, and PLC and HMI programming covers the models to be developed. The skids and RFID tags are not included.
If you're budgeting a spray cell, send your parts and adhesive data to request an adhesive spray cell quote, and AMD Machines will tell you what the cell, the booth and the integration cost.