Premium Configuration Solutions
Equipment Configuration for Mixing, Filling & Packaging
Equipment configuration starts with the work your machine needs to do. We help you specify controls, product-contact parts, processing functions and handling equipment around your product, packaging and production schedule.
A useful upgrade solves a defined problem: difficult cleaning, repeated manual adjustments, unstable product supply or a packaging stage that cannot keep pace. Tell us where the difficulty occurs before choosing a component brand or adding automation.
For new machines, existing workshops and coordinated production lines. Included functions and order-specific options are confirmed in the quotation.
Does every machine need a premium configuration?
No. We start with the task. A simple control panel, manual loading or a basic hopper may suit your product and production schedule. Additional functions are useful when they address a defined operating, quality, cleaning or maintenance need. Ask us to identify the difference in working procedure as well as the price.
Before selecting options
Write the product and production brief first.
A viscosity figure without a temperature or test condition leaves room for misunderstanding. Tell us how the material behaves when it is mixed, transferred and filled, including whether it thickens on standing, contains air or changes as it cools.
Product and process
- Product name, operating temperature and the stages in the recipe
- Viscosity information, test conditions and any available sample
- Particles, fibres, abrasiveness or shear-sensitive ingredients
- Cleaning agents, product-contact time and changeover routine
Pack and production target
- Working batch size, minimum batch and planned daily output
- Filling quantity, container opening and complete closure set
- Available floor space, access and material movement
- Site power, compressed air, water, heating and cooling services
For a new facility, use the small cosmetic factory setup guide to build the equipment list. When a laboratory formula is moving into production, the scale-up guide explains why batch size alone does not define the new process.
Controls and operation
Specify what the PLC and touchscreen must actually do.
A PLC and HMI describe hardware categories, not a complete control specification. A touchscreen may only display a few setpoints, or it may support a more detailed operating sequence. Write down the functions operators need rather than assuming they arrive with a particular brand.
| Function | Questions to settle |
|---|---|
| Setpoints and sequences | Which speeds, temperatures, timers and machine steps can operators change? Which values are restricted? |
| Recipe recall | Which parameters are saved? How many product and format settings are needed? Does recall also require manual mechanical changes? |
| Alarms and permissives | What happens when a container, cap, product supply or utility is missing? How is restart handled? |
| Records and access | Are trends, batch records, user levels or export files required? Specify the fields, storage and access scope. |
| Backup and service | Agree on the PLC/HMI model list, backup format, software versions and service access included in the supply. |
The control needs of vacuum emulsifying mixers differ from those of filling machines. Remote access, data recording and recipe functions are separate scope items; a PLC brand name does not establish those capabilities.
Can I choose the PLC, HMI, motor and pneumatic brands?
Yes. Send your preferred brands and models, and tell us which parts your technicians support locally. We check compatibility and availability for the selected machine. The quotation should identify the installed model list and how substitutions are approved; a general brand preference is not the final specification.
Does a PLC and touchscreen include recipe storage or batch records?
Not automatically. State which setpoints must be saved, how recipes are recalled, who can change them and which records are required. The HMI, PLC program, storage and any data-export function need to support that scope. Mechanical format changes may still be needed after recalling a recipe.
Drives and components
Select motors, drives and sensors for their duties.
A variable-frequency drive provides speed control on a suitable motor and machine. A servo arrangement supports controlled motion where the mechanism and control program require it. Neither label tells you how well a complete machine will perform with your product.
Mixing and motion
Review the speed range, low-speed duty, torque requirement, lifting arrangement and expected run time. A higher motor rating is not a substitute for a suitable impeller, homogenizer head or vessel geometry.
Compare belt drive and direct drive where relevant, and distinguish high shear mixers from high speed dispersers.
Service and component choices
Tell us which PLC, HMI, motor, inverter, sensor and pneumatic brands your maintenance team can support locally. We review the actual models, compatibility and availability for the selected machine.
Depending on the equipment, options may include Siemens, Mitsubishi, Inovance or Xinje controls; SEW, ABB or Siemens motors; and agreed electrical or pneumatic components. The signed model list confirms the supply.
Will servo control solve an unstable filling result?
It depends on the cause. Servo control is one part of the dosing and motion arrangement. Product supply, air, temperature, nozzle behaviour, mechanical wear and the measurement method can also affect the result. We need the actual product and operating conditions before recommending the change.
Mixing and emulsifying
Match the mixing arrangement to the stage of the process.
Bulk blending, powder wetting, emulsification and deaeration are different duties. Review when each one is needed, the working quantity at that stage and how the material reaches the working head. Similar motor speeds do not make different mixer designs interchangeable.
Vessel and working quantity
Define the normal working batch and the smallest batch you intend to run. Full vessel capacity is not the same as usable working capacity; head coverage, circulation, foam and operating space all need review.
Compare stainless steel mixing tanks with homogenizing mixing tanks, and use the sealed versus open tank guide to discuss access and containment.
Homogenizing and circulation
Specify whether the process needs top-entry or bottom-entry homogenization, an external loop, vacuum or separate agitation. Keep shear-sensitive additions out of unnecessary high-shear stages where the recipe calls for gentler handling.
The internal and external circulation guide explains the arrangements. fixed vacuum systems and hydraulic lifting mixers also provide different access and installation layouts.
For development work, laboratory and pilot systems should support useful trials rather than simply imitate the external appearance of a production vessel. The vacuum emulsifying mixer buying guide covers the wider selection process.
Heating and cooling
Plan the thermal cycle before choosing a jacket.
Record the starting temperature, target temperature, product quantity and required heating and cooling stages. Also tell us whether agitation can run during the entire cycle. A heating rating alone does not establish the time needed for a real batch.
- Separate product heating, temperature holding and cooling duties.
- Confirm available electrical power or steam conditions, and the cooling-water supply and return conditions.
- Specify which product temperature is measured, where the probe sits and how operators verify the reading.
- Check discharge and filling temperature after transfer; the product can change before it reaches the nozzle.
Use the steam versus electric heating comparison and the recirculating cooling-water planning guide to define the services. For materials that thicken as they cool, review heated mixing and filling together with the wax-based hot filling, cooling and capping guide.
Product transfer
Choose the pump and the complete transfer route together.
A pump can only deliver what reaches its inlet. Supply conditions, suction length, hose diameter, bends, discharge pressure and product temperature belong in the same discussion as pump type. Include cleaning and product recovery when reviewing the route.
| Arrangement | Useful discussion points | Confirm with your product |
|---|---|---|
| Gear pump | Quantitative handling of suitable liquids and viscous products. | Material compatibility, abrasiveness, particle tolerance, shear effects and the actual operating range. |
| Rotary lobe pump | Transfer or filling where suitable viscous products or inclusions need consideration. | Particle size, softness, clearances, speed, pressure and how the finished texture is affected. |
| Peristaltic pump | Product travels through a selected tube, with tube replacement part of the operating routine. | Tube material and size, suction conditions, tube wear, output and the actual viscosity at filling temperature. |
| Magnetic pump | A liquid dosing option where the selected pump and wetted materials suit the formulation. | Liquid viscosity, chemical compatibility and the precise pump construction offered. |
| Pneumatic transfer | An air-operated transfer arrangement where suitable for the supply duty. | Air quality and consumption, pulsation, product behaviour and the receiving vessel controls. |
Our pump selection guide provides the next level of detail. Compare fluid transfer systems and the mobile rotary lobe transfer pump when a movable transfer unit is useful. Rotary lobe filling is a separate dosing application, not simply the same specification as a transfer pump.
Dosing and nozzle movement
Treat filling quantity, pump control and bottle movement separately.
Start with the liquid or paste at its real filling temperature, the target quantity and the container opening. Then define how quantity is controlled and how the nozzle moves. These are separate configuration decisions.
Quantity and accuracy
Clarify whether the setpoint and acceptance result are measured by mass or volume. If a check uses weight for a volumetric fill, agree on the product density and measurement conditions. Display resolution alone does not state filling accuracy.
Review time-based and volume-based filling and agree on a filling accuracy test using representative products and packs.
Nozzle and container handling
Vertically moving or diving nozzles travel up and down. A tracking filler also moves horizontally with the bottles during its filling motion. One feature does not imply the other.
Compare the six-head gear pump filler with servo nozzle lifting and the two-nozzle tracking gear pump line as different machine arrangements.
Select liquid fillers, cream fillers or paste filling equipment by the actual material and pack. Examples include double-head rotor pump filling with an agitator hopper and dual-head peristaltic weighing filling. The example machine’s functions are not automatically included on another model.
Can one pump fill every product in my range?
We need to review the full range. Low-viscosity liquids, thick pastes, abrasive particles and shear-sensitive products may need different arrangements. The pump is only part of the route; hoses, valves, nozzles, suction conditions and cleaning requirements must also be suitable.
Containers and closures
Define the closing method before ordering the line.
Send the complete packaging set: container, closure, inner plug, pump or sprayer, liner and any decorative collar. Photographs alone may not show the dimensions that determine feeding, positioning and closing tools.
Bottle closing and labeling
Screw capping, press fitting and metal crimping need different mechanisms. A perfume pump crimp and decorative collar press are separate operations. Cap orientation and automatic supply also need to be specified.
Review capping machines, the perfume pump crimper and the collar pressing station. Include the actual pack and label when discussing labeling equipment.
Tubes, pouches and small containers
Aluminum tube folding differs from plastic or laminate heat sealing. A spout pouch also needs a defined manual or automatic loading method. Vials and airless packs require their own handling and closing arrangements.
Use the tube material and sealing comparison with tube filling and sealing, pouch fillers, vial systems and airless packaging equipment.
For plastic and laminate tubes, compare hot air and ultrasonic sealing before selecting the machine. Specify any separate liner-sealing stage after capping through the sealing equipment scope; screw tightening alone does not seal the foil liner.
Product-contact construction
Specify metals, elastomers, hoses and surface details.
“Stainless steel” is not a full material specification. Identify every component in contact with product and cleaning solution: the vessel, pump, valves, hose, seals and nozzle. Selection depends on the formulation, concentration, temperature and exposure time.
- Separate frame material from product-contact material.
- State the required stainless grade and the parts it applies to.
- Confirm seal and hose compatibility, including repeated cleaning cycles.
- Define any surface-finish requirement, the locations inspected and the evidence required.
- Check weld access, drainage, outlet geometry and connections that operators actually dismantle.
The 304 versus 316L guide explains the material decision. Use the welding and surface-finish guide, clamp versus flange comparison and radius-corner guidance to discuss construction details instead of relying on a general “sanitary” label.
Should I specify SUS316L for every part?
Separate the frame from product-contact parts, then assess the product and cleaning conditions. Include hoses and seals in the compatibility review. Tell us which parts need a particular material and what documentation or inspection evidence you require. A stainless grade on its own does not define the complete hygienic construction.
Cleaning and maintenance
Define what is cleaned in place and what is removed.
Walk through the full product path, including vessels, pumps, hoses, valves and filling nozzles. Mark the parts that are drained, circulated, dismantled or cleaned manually. A spray device inside a tank does not establish a complete cleaning process.
Cleaning scope
Specify the cleaning media, circulation route, time, temperature and access needed for the actual product residue. Identify any sections that the proposed circuit cannot reach or drain.
Read why a spray ball is not a complete CIP system and the cleaning dead-corners guide before defining the cleaning equipment.
Service access
Allow space to remove working heads, inspect seals, reach valves and replace wear parts. A compact installation can become difficult to maintain if these clearances disappear after the line is connected.
Use the emulsifying mixer maintenance guide to prepare a service checklist, and review mechanical seal cooling failures where the selected seal arrangement needs cooling.
Write restart and shutdown requirements into operator training. The hot-air tube sealer cooling procedure is one example of why a machine’s shutdown sequence belongs in the operating scope.
Is a spray ball enough to make the machine CIP-ready?
A spray ball is a cleaning component, not a complete cleaning duty. The route, circulation equipment, operating conditions, drainage and the parts that still need dismantling must be defined. We will discuss the proposed equipment scope against your cleaning procedure rather than assume every connected component is cleaned by one device.
Factory interfaces
List the utilities at the machine connection points.
Provide the site supply conditions rather than asking for a generic “local voltage” option. For electrical supply, state voltage, phase and frequency. For compressed air, state the conditions available at the machine while other users are running.
| Service | Information to provide |
|---|---|
| Power | Voltage, phase, frequency, available connected load and any site connection requirements. |
| Compressed air | Working pressure at the machine, available flow and treatment provided; review the duty of each air-operated function. |
| Heating and cooling | Electrical heating allowance or steam conditions; cooling supply temperature, flow and return arrangement. |
| Process water | Source water information, required production rate, intended use and storage/distribution arrangement. |
| Drainage and access | Drain locations, floor levels, equipment movement, service clearances and cleaning access. |
The cream factory utilities checklist helps build this schedule. Review utility systems and water treatment equipment as separate supply items. Water in compressed air and cartridge filter maintenance can also affect day-to-day operation.
The cosmetic water treatment guide explains the selection questions around RO, double-pass RO, EDI and UV. The required water quality must be defined for its intended use; a treatment label alone is not the specification.
Can I add heating or cooling after delivery?
Sometimes, but it depends on the vessel construction, available connections, controls and site services. Send the existing machine information before planning the work. Adding a jacket, changing thermal duty or modifying design limits is different from adding a temperature display.
Capacity and production time
Use the daily schedule to find the real bottleneck.
Rated speed describes a machine under stated conditions. Daily output also depends on preparation, cooling, cleaning, format changes, product replenishment and operator tasks. Record the time available for each stage before investing in a faster unit.
| Stage | What to measure or confirm |
|---|---|
| Batch preparation | Charging, heating, mixing, cooling and discharge time for the intended batch. |
| Buffer and transfer | When the product is ready, where it waits and whether the next batch can start. |
| Filling and closing | Stable running speed with the actual product, container and closure. |
| Changeover and cleaning | Time to drain, clean, exchange tools, adjust guides and approve the next format. |
| Interruptions | Container, cap or product shortages; inspection and any rework that stops the line. |
A suitable holding vessel can separate batch preparation from packaging, while packaging line support equipment addresses supply and handovers. Plan these together with the complete production line.
Format changes and line handovers
Review the stops as carefully as the running cycle.
Ask what must be changed mechanically when moving from one bottle, cap or label to another. Recipe recall may restore setpoints, but operators may still need to change guides, holders, nozzles, tools or sensor positions.
- Send the smallest and largest complete packs in the intended range.
- List change parts by format and identify who supplies them.
- Define product, bottle and closure replenishment during normal operation.
- Agree how connected equipment stops, restarts and handles a downstream blockage.
- Allow for finished-pack collection, inspection and operator access.
Identify manual and automatic tasks separately. A machine that fills automatically can still need manual bottle loading or cap placement. Rotary filling systems and packaging equipment use different handling sequences.
Where required, extend the scope to coding, cartoning, shrink wrapping or secondary packaging. These remain separate stations unless the proposal includes them.
Application priorities
Use the formulation and pack to narrow the options.
Creams, lotions and skin care
Review emulsification, deaeration, cooling and transfer at the intended filling temperature. Match the dosing and closing arrangement to bottles, jars, tubes or airless assemblies.
Skin care equipment planning; example 100L PLC hydraulic mixer with diaphragm discharge.
Shampoo, body wash and detergents
Discuss foam-sensitive handling, ingredient addition, batch temperature and product supply. Bottle pumps and trigger sprayers add a separate feeding and closing task.
Hair and body care and detergent production; example 5000L single-layer homogenizing tank.
Sauces and liquid foods
State particle size and texture, the temperature during transfer and filling, and any product changes during holding. Test the material through the complete product path.
Sauce and paste applications and liquid food applications; example vacuum mayonnaise system with an inline homogenizer.
Perfume and fragrance
Review liquid compatibility, filling behaviour, the complete bottle/pump set and site requirements for handling the formulation. Keep mixing/filtration and bottle closing scopes separate.
Fragrance applications and perfume production equipment; example 300L perfume mixing, chilling and filtration.
Color cosmetics and oral care
Pigment dispersion, abrasive ingredients, tube material and product temperature can change the mixing and packaging arrangement. A similar appearance does not make two formulations equivalent.
Laboratory, pharmaceutical and chemical work
Start with the process, material compatibility, containment, cleaning and documentation requirements. Define any controlled-environment or special protection scope explicitly.
Laboratory equipment, ointment applications and chemical products.
New machines and retrofit work
Check the existing interfaces before promising an upgrade.
For new equipment
Agree on the working quantity, operating sequence, component models, cleaning access and utilities before fixing the layout. If you expect a later expansion, identify the physical space and connection points now.
A future requirement should be listed as included provision, optional work or a later design review. “Expandable” is too vague to define the supply.
For an existing machine
Send its nameplate, model, age, drawings if available, photographs and control information. Describe the fault or limitation and the result you want. A replacement controller cannot correct every mechanical or process limitation.
Our equipment upgrade and retrofit guide covers the initial review. Existing condition, vessel construction, available interfaces and service access affect what is practical.
Do not treat vacuum capability, pressure capability, a different heating duty or a larger motor as a simple software change. These requests require review of the actual machine and its design limits. Installation-related lid misalignment shows how site conditions can matter even before considering an upgrade.
Will automatic feeding remove all manual handling?
Only for the tasks included in the configuration. Operators may still replenish bottles, caps and product, exchange format parts, inspect packs or move finished goods. We identify the manual and automatic steps separately so the expected staffing and replenishment tasks are clear.
Can a semi-automatic machine become part of a future line?
It may be possible when the layout, container handling, controls and duty suit the next stage. Discuss your expansion plan before ordering. We can review what provision is practical, but a future automatic feeding or conveying arrangement should not be assumed to be included in the initial machine.
Practical comparison
Compare functions before comparing option prices.
| Decision | A simpler arrangement may suit | Review additional functions when |
|---|---|---|
| Control | Few adjustments and a stable manual procedure. | Several settings must be coordinated, restricted or recorded. |
| Container feeding | Short runs with reliable manual loading. | Confirmed packs and repeated runs justify automatic handling. |
| Hopper | The material remains suitable while waiting. | Agitation or temperature control is needed during holding. |
| Product transfer | A short, accessible route fits the schedule. | Viscosity, distance, replenishment or recovery needs a different arrangement. |
| Cleaning | Dismantling and manual access suit the procedure. | A defined circulation duty justifies additional circuits and controls. |
| Changeover | Similar formats share straightforward adjustments. | Different packs require dedicated tools, holders or stations. |
| Information | Local display and manual records meet the need. | Specific records, user levels or agreed data exchange are required. |
Ask what changes for the operator, the product and the maintenance team. The total cost of ownership guide helps compare time, consumables, utilities and maintenance alongside the purchase price.
How should I state the output I need?
Provide your target daily quantity, shift time, product range, batch size and the time spent on cleaning and changeovers. For filling, include the pack size and closure. We compare the full working schedule because rated machine speed alone does not establish daily saleable output.
Can you assess an existing machine that was supplied by someone else?
Send the manufacturer, model, nameplate, photographs, available drawings and a clear description of the problem. We can review the information and discuss the next step. Feasibility depends on condition, construction, controls and access; inspection or additional information may be needed before defining any work.
Trials and acceptance
Agree on how the selected configuration will be checked.
Define the trial material, packaging formats, quantities and acceptance criteria before testing. Use a representative difficult product and a format change where they matter, rather than assuming a water trial represents every formula.
- For mixing: identify the batch, sequence, temperature and product checks the buyer will use.
- For filling: agree on quantity units, setpoints, sample collection and the measurement method.
- For closing and labeling: use the actual packaging set and define the checks required for the pack.
- For controls: demonstrate the agreed alarms, operating modes and stop/restart behaviour.
- For cleaning and service: confirm the agreed dismantling points, access and relevant operating instructions.
Our pre-shipment testing guide and RFQ-to-handover buying guide help define the questions. Routine factory checks and a formal Factory Acceptance Test are different scopes; any formal FAT protocol, witnessing, records or additional trials should be agreed for the project.
What is the difference between a factory check and a formal FAT?
A routine check follows the agreed equipment supply and factory procedures. A formal Factory Acceptance Test adds a specifically agreed protocol, responsibilities, acceptance criteria and records. If you need witnessing, particular products, additional formats or documents, include those requirements before the quotation is finalized.
Quotation and handover
Make the configuration and exclusions visible in the proposal.
The proposal should describe a working arrangement, not only a brand list. Ask for the boundaries between the main machine, separate handling equipment and the services supplied by your factory.
| Item | What the agreed scope should identify |
|---|---|
| Main functions | Mixing, heating, cooling, vacuum, dosing, nozzle motion, closing and handling functions included. |
| Construction | Product-contact materials, seals, hoses, connections, finish requirements and the inspection evidence agreed. |
| Components | Installed brands and models, approved substitutions and the control functions included. |
| Utilities and interfaces | Machine connection requirements, separate utility equipment and upstream/downstream responsibilities. |
| Format parts and consumables | Included holders, guides, closing tools, spare parts and consumables relevant to the selected configuration. |
| Documentation and support | Available drawings and manuals, agreed software backup/access scope, training, installation and acceptance arrangements. |
Use the hidden-cost checklist and machinery sourcing guide to identify omissions before comparing quotations. Initial price alone does not explain long-term procurement cost.
StriversMachinery manufactures its core mixing and emulsifying equipment and coordinates complementary machines through long-term partner suppliers. Our manufacturing and supply model explanation describes this scope. Remote technical support is available at no additional charge; on-site installation, commissioning, training and maintenance are arranged according to the project.
Configuration examples
See different machine arrangements in operation.
These videos show individual configurations. Use them to compare the working sequence, then confirm the actual functions and supply scope for your machine. Each video opens on YouTube in a new tab.
Six-head gear pump filling
Dosing and nozzle arrangementA reference for discussing a multi-head filling stage and the handling tasks around it.
Watch the gear pump filling video ↗Two-head tracking filling
Bottle-following motionCompare a tracking arrangement with a vertically moving nozzle system. Confirm how containers and caps are supplied.
Watch the tracking filler video ↗Rotor pump filling with a hopper
Viscous product handlingA configuration example for discussing dosing, hopper agitation and the material route on a double-head system.
Watch the rotor pump filling video ↗Configuration questions
Equipment configuration FAQ
Does every machine need a premium configuration?
No. We start with the task. A simple control panel, manual loading or a basic hopper may suit your product and production schedule. Additional functions are useful when they address a defined operating, quality, cleaning or maintenance need. Ask us to identify the difference in working procedure as well as the price.
Can I choose the PLC, HMI, motor and pneumatic brands?
Yes. Send your preferred brands and models, and tell us which parts your technicians support locally. We check compatibility and availability for the selected machine. The quotation should identify the installed model list and how substitutions are approved; a general brand preference is not the final specification.
Does a PLC and touchscreen include recipe storage or batch records?
Not automatically. State which setpoints must be saved, how recipes are recalled, who can change them and which records are required. The HMI, PLC program, storage and any data-export function need to support that scope. Mechanical format changes may still be needed after recalling a recipe.
Will servo control solve an unstable filling result?
It depends on the cause. Servo control is one part of the dosing and motion arrangement. Product supply, air, temperature, nozzle behaviour, mechanical wear and the measurement method can also affect the result. We need the actual product and operating conditions before recommending the change.
Are diving nozzles and tracking nozzles the same?
No. A diving arrangement describes vertical movement into and out of the container. Tracking also involves horizontal movement with the bottle during filling. Specify the required bottle movement, nozzle motion and cycle instead of treating the two descriptions as interchangeable.
Can one pump fill every product in my range?
We need to review the full range. Low-viscosity liquids, thick pastes, abrasive particles and shear-sensitive products may need different arrangements. The pump is only part of the route; hoses, valves, nozzles, suction conditions and cleaning requirements must also be suitable.
Should I specify SUS316L for every part?
Separate the frame from product-contact parts, then assess the product and cleaning conditions. Include hoses and seals in the compatibility review. Tell us which parts need a particular material and what documentation or inspection evidence you require. A stainless grade on its own does not define the complete hygienic construction.
Is a spray ball enough to make the machine CIP-ready?
A spray ball is a cleaning component, not a complete cleaning duty. The route, circulation equipment, operating conditions, drainage and the parts that still need dismantling must be defined. We will discuss the proposed equipment scope against your cleaning procedure rather than assume every connected component is cleaned by one device.
Can I add heating or cooling after delivery?
Sometimes, but it depends on the vessel construction, available connections, controls and site services. Send the existing machine information before planning the work. Adding a jacket, changing thermal duty or modifying design limits is different from adding a temperature display.
Will automatic feeding remove all manual handling?
Only for the tasks included in the configuration. Operators may still replenish bottles, caps and product, exchange format parts, inspect packs or move finished goods. We identify the manual and automatic steps separately so the expected staffing and replenishment tasks are clear.
Can a semi-automatic machine become part of a future line?
It may be possible when the layout, container handling, controls and duty suit the next stage. Discuss your expansion plan before ordering. We can review what provision is practical, but a future automatic feeding or conveying arrangement should not be assumed to be included in the initial machine.
How should I state the output I need?
Provide your target daily quantity, shift time, product range, batch size and the time spent on cleaning and changeovers. For filling, include the pack size and closure. We compare the full working schedule because rated machine speed alone does not establish daily saleable output.
Can you assess an existing machine that was supplied by someone else?
Send the manufacturer, model, nameplate, photographs, available drawings and a clear description of the problem. We can review the information and discuss the next step. Feasibility depends on condition, construction, controls and access; inspection or additional information may be needed before defining any work.
What is the difference between a factory check and a formal FAT?
A routine check follows the agreed equipment supply and factory procedures. A formal Factory Acceptance Test adds a specifically agreed protocol, responsibilities, acceptance criteria and records. If you need witnessing, particular products, additional formats or documents, include those requirements before the quotation is finalized.
What should I send with a configuration inquiry?
Send the product, operating temperature, batch or filling quantities, daily output and complete packaging set. Add available utilities, floor-space information and preferred components. For an existing machine, include its model, nameplate and photographs. Tell us what takes too much time or does not work as required; that gives the discussion a practical starting point.
Discuss your equipment
Tell us what you make and what you want to improve.
Send the product, the packaging and the task you want to change. We can use those details to discuss the suitable functions, component preferences and equipment connections.
For a new project
- Product and process stages
- Batch size, filling quantities and target daily output
- Complete container and closure specifications
- Available utilities and workshop layout
For an existing machine
- Manufacturer, model and nameplate
- Photos, drawings or a short operating video
- What is happening and the change you need
- Preferred components and available service information
For initial inquiries, email [email protected] or use the inquiry form below. We will review the equipment scope with you before confirming a configuration.
What should I send with a configuration inquiry?
Send the product, operating temperature, batch or filling quantities, daily output and complete packaging set. Add available utilities, floor-space information and preferred components. For an existing machine, include its model, nameplate and photographs. Tell us what takes too much time or does not work as required; that gives the discussion a practical starting point.