MYD-ZJ100 Tube Heading & Shoulder Machine

Categories Tube extrusion production line, Tube heading & shoulder machine

✓ Ultra-High Production Speed: 100 tubes per minute maximum capacity – maximize throughput and ROI
✓ Powerful Clamping Force: 80-100 ton force ensures perfect mold closure and defect-free shoulders
✓ Wide Tube Size Range: Ø19-60mm diameter – one machine for multiple product lines
✓ Precision Injection System: 105-112g shot capacity with consistent material distribution
✓ Versatile Material Compatibility: Handles 170-400 micron sheet thickness, multiple polymer types
✓ Complete Automation: Automatic tube feeding, heating, injection, cooling, and discharge

Additional information

High-Speed Automatic Tube Heading & Shoulder Machine | Achieve 100 Tubes Per Minute Production Capacity

The MYD-ZJ100 Tube Heading & Shoulder Machine is designed to deliver precise and efficient tube shaping, making it the ideal solution for manufacturers in the cosmetic, pharmaceutical, and personal care industries. Capable of producing high-quality tube heads and shoulders with excellent consistency, this machine supports various tube sizes and materials, offering flexibility and high-speed production for plastic, aluminum, and composite tubes.

Transform your tube manufacturing operations with our advanced MYD-ZJ100 automatic tube heading and shoulder machine. This high-performance system combines precision injection molding technology, powerful 80-100 ton clamping force, and intelligent servo control to deliver reliable, high-speed shoulder and cap application on plastic tubes, ABL tubes, and laminate tubes ranging from Ø19-60mm. Whether you’re producing cosmetic tubes, pharmaceutical tubes, food packaging, or industrial applications, our heading machine provides consistent molding quality, exceptional production speed, and outstanding operational reliability to complete your tube manufacturing process with professional precision.

🔧 Product Overview

The MYD-ZJ100 Tube Heading & Shoulder Machine is an essential piece of equipment for tube production lines. It combines high-speed automation, precise shaping, and energy-efficient design to ensure a smooth and cost-effective production process. With a production speed of up to 100 pcs/min, this machine is perfect for businesses looking to increase production efficiency while maintaining premium product quality.

Key Features:

High Production Speed: Capable of sealing up to 100 tubes per minute, significantly improving throughput.
Versatile Tube Size Compatibility: Supports a wide range of tube diameters (19mm to 60mm) and film thickness (170μm to 400μm).
Precision Shaping: Accurate heading and shoulder forming, ensuring uniformity across all produced tubes.
User-Friendly Control: PLC and touchscreen interface for easy operation and monitoring.
Energy Efficiency: Designed to reduce energy consumption, with a 40 kW power requirement and 30 L/min air consumption.
Compact Design: The machine is compact, with dimensions of 7100 x 3300 x 3250 mm, making it easy to integrate into existing production lines.

🛠️ How It Works

The MYD-ZJ100 Tube Heading & Shoulder Machine operates with an automated system that performs the tube shaping process in the following steps:

Tube Feeding: Tubes are loaded into the system, where they are automatically aligned for accurate shaping.
Heading & Shoulder Forming: The machine uses precision molding technology to form the tube’s head and shoulder with consistent dimensions, ensuring a secure cap fit.
Shaping & Cooling: The tube is then shaped to the required dimensions and cooled for further processing.
Discharge & Collection: Shaped tubes are discharged from the machine and ready for subsequent operations such as sealing or labeling.

WHY CHOOSE OUR TUBE HEADING & SHOULDER MACHINE

Understanding Tube Heading Technology

Tube heading (also called shoulder injection or neck forming) represents a critical manufacturing step that transforms open-ended tube bodies into finished, functional packaging. This process involves:

The Heading Process:

Tube Body Reception: Empty tube bodies arrive from tube extrusion or tube body forming operations
Tube Heating: Tube opening area heated to optimal temperature for material fusion
Mold Clamping: High-force hydraulic system closes precision molds around tube
Material Injection: Molten plastic injected forming shoulder, threads, and closure features
Cooling: Controlled cooling solidifies injected material maintaining dimensional accuracy
Mold Opening: Molds separate revealing finished tube with integral shoulder and threads
Tube Discharge: Completed tubes ejected for subsequent decoration or filling operations

Why Heading Matters:

The heading operation directly determines:

Functional Performance: Thread quality affects cap application and consumer opening experience
Leak Prevention: Seal surfaces must be precise to prevent product leakage
Visual Appeal: Shoulder finish visible to consumers impacts brand perception
Manufacturing Efficiency: Fast, reliable heading enables high-volume production
Material Optimization: Precise injection minimizes material waste and cost

Our MYD-ZJ100 heading machine excels in all these critical areas through advanced technology and precision engineering.

Exceptional Production Speed and Throughput

Time directly impacts profitability in tube manufacturing. Our MYD-ZJ100 heading machine delivers industry-leading production speeds maximizing your manufacturing capacity.

100 Tubes Per Minute Maximum Speed:

This exceptional throughput represents sustained production capability under optimal conditions:

Cycle Time: 0.6 seconds per tube (60 cycles/minute with single-cavity molds)
Parallel Processing: Multi-cavity molds multiply effective output
Consistent Performance: Maintains speed throughout production shifts
Quick Recovery: Rapid return to full speed after interruptions

Speed Factors:

Actual production speed depends on several variables:

Tube Size:

Small tubes (Ø19-30mm): 80-100 tubes/minute typical
Medium tubes (Ø30-45mm): 70-90 tubes/minute
Large tubes (Ø45-60mm): 60-80 tubes/minute

Shoulder Complexity:

Simple shoulders: Maximum speed achievable
Complex geometries: May require slightly longer cooling
Multiple features: Threading, flip-top bases, pumps require more time

Material Type:

PP (Polypropylene): Fast cycle due to quick cooling
PE (Polyethylene): Moderate cycle time
PET: May require longer cooling for dimensional stability

Throughput Calculation Example:

Consider a cosmetic tube manufacturer:

Average Speed: 75 tubes per minute (accounting for changeovers, adjustments)
Operating Time: 22 hours per day (allowing 2 hours for maintenance, breaks)
Daily Production: 75 tubes/min × 60 min × 22 hours = 99,000 tubes per day
Annual Production: 99,000 × 300 operating days = 29.7 million tubes per year

This substantial capacity enables:

Serving major brand customers with high-volume requirements
Supporting business growth without additional equipment investment
Building inventory for seasonal demand peaks
Accepting rush orders without capacity constraints

Productivity Advantages:

Beyond raw speed, the system delivers comprehensive productivity benefits:

Minimized Downtime:

Robust construction and quality components maximize uptime
Quick-change tooling reduces changeover time
Predictive maintenance prevents unexpected failures
Average uptime: 95%+ with proper maintenance

Consistent Cycle Time:

Servo control ensures identical cycles regardless of variations
Eliminates speed fluctuations plaguing mechanical systems
Maintains quality at maximum production speed
Reduces work-in-process inventory variability

Labor Efficiency:

One operator monitors automated system
Minimal manual intervention required
Automated defect rejection reduces quality control labor
Maintenance requirements manageable by plant technicians

Powerful Precision Molding for Consistent Quality

Tube heading demands high clamping force to overcome injection pressure, prevent flash, and ensure complete mold cavity filling. Our 80-100 ton hydraulic system provides the power necessary for flawless shoulders across the full production range.

80-100 Ton Clamping Force:

This substantial force enables:

Complete Mold Closure:

Overcomes injection pressure preventing mold separation
Ensures molds remain tightly closed during material injection
Prevents flash (excess material leaking from mold parting line)
Maintains precise dimensions and surface finish

Thick-Wall Capability:

Adequate force for shoulders requiring heavy wall thickness
Supports specialty applications like pump dispensers
Enables threading requiring substantial material depth
Accommodates child-resistant features needing robust construction

Multi-Cavity Production:

Sufficient tonnage for multi-cavity molds increasing output
Force distributed evenly across all cavities
Maintains quality consistency across all positions
Enables economies of scale through parallel production

Material Flow Control:

High clamping prevents material from forcing molds open
Ensures complete filling of threads, seal surfaces, details
Eliminates short shots (incomplete cavity filling)
Produces dimensionally accurate, fully-formed shoulders

Precision Injection System:

The injection unit delivers molten material with precision and consistency:

105-112g Shot Capacity:

Adequate material volume for largest tube sizes
Supports multi-cavity molds requiring simultaneous injection
Reserve capacity ensures complete filling
Adjustable shot size optimizes material usage

Consistent Material Delivery:

Precise metering ensures identical shot weight
Temperature control maintains optimal melt viscosity
Pressure control compensates for material variations
Results in consistent shoulder dimensions and weight

Material Distribution:

Balanced runner systems feed all cavities equally
Hot runner technology minimizes material waste (optional)
Gate design optimizes flow minimizing stress and defects
Even filling produces consistent strength and appearance

Quality Outcomes:

This combination of powerful clamping and precision injection delivers:

Dimensional Accuracy:

Thread pitch: ±0.05mm tolerance
Shoulder height: ±0.1mm consistency
Wall thickness: ±0.1mm uniformity
Seal surface flatness: <0.05mm deviation

Mechanical Performance:

Thread strength withstands opening torque requirements
Seal integrity prevents leakage under pressure
Structural strength resists shipping/handling damage
Consistent cap application torque

Visual Quality:

Flash-free shoulder surfaces
Smooth finish without sink marks or voids
Sharp thread definition
Professional appearance suitable for premium brands

Process Capability:

Cpk >1.33 for critical dimensions (properly maintained)
<1% defect rate under normal production
Consistent performance across production shifts
Minimal variation between cavities or cycles

Comprehensive Tube Size Range and Flexibility

Modern tube packaging spans diverse sizes serving different product volumes, application types, and market segments. Our MYD-ZJ100 heading machine accommodates this full spectrum through versatile design and adjustable parameters.

Tube Diameter Range: Ø19-60mm

This 3.2:1 diameter range covers virtually all commercial tube applications:

Small Tubes (Ø19-30mm):

Sample sizes and trial products (5-20ml capacity)
Eye creams, spot treatments, lip products
Travel-size personal care items
Pharmaceutical ointments and topicals
Precision application products
Specialty adhesives and treatments

Medium Tubes (Ø30-45mm):

Standard cosmetic and personal care (30-100ml capacity)
Facial cleansers, hand creams, body lotions
Toothpaste and oral care products
Food condiments and concentrated ingredients
Pharmaceutical creams and gels
Most common tube size segment

Large Tubes (Ø45-60mm):

Family-size and bulk products (100-250ml capacity)
Body care, hair care, shower products
Large-format pharmaceutical preparations
Industrial sealants, adhesives, lubricants
Food packaging for bulk products
Premium products emphasizing value

Sheet Thickness Range: 170-400 Micron

Compatible with industry-standard tube body materials:

Thin Wall (170-250 micron):

Economy products maximizing material efficiency
Soft squeeze tubes for easy dispensing
Lightweight reducing shipping costs
Standard cosmetic tube construction

Medium Wall (250-350 micron):

Balanced strength and material cost
Most pharmaceutical and personal care tubes
Good rigidity with reasonable squeeze
Standard industrial tube specification

Heavy Wall (350-400 micron):

Premium products with substantial feel
Increased rigidity for stand-up packaging
Enhanced barrier properties for sensitive products
Industrial applications requiring durability

Tube Material Compatibility:

Plastic Tubes:

PE (Polyethylene): Most common cosmetic tube material, excellent squeeze properties
PP (Polypropylene): Higher temperature resistance, good chemical resistance
PET (Polyethylene Terephthalate): Clear or translucent, premium appearance
Multi-layer Co-extrusion: Barrier tubes protecting sensitive formulations

ABL Tubes (Aluminum Barrier Laminate):

Aluminum layer sandwiched between plastic layers
Superior barrier properties for light/oxygen-sensitive products
Premium appearance and texture
Requires specialized heating parameters for proper fusion

Shoulder Material Options:

Matching Material Injection:

PP shoulders on PP tubes (homogeneous construction)
PE shoulders on PE tubes (optimal fusion)
Compatible materials ensure strong bond
Color-matched for seamless appearance

Contrasting Material Effects:

Different color shoulders create design accents
Transparent shoulders on opaque tubes
Metallic effect materials for premium appearance
Functional materials (soft-touch, grippy textures)

Quick-Change Tooling System:

Accommodating the full tube size range requires efficient changeover:

Mold Changeover:

Modular mold system with quick-connect hydraulics
Standardized mounting interfaces minimize setup time
Alignment features ensure precision positioning
Typical mold changeover: 30-60 minutes

Heating System Adjustment:

Adjustable heating elements accommodate different diameters
Temperature zone configuration for optimal heating
Quick-change tube grippers for different sizes

Parameter Storage:

Recipe management system stores all settings
Mold-specific parameters automatically recalled
Eliminates manual parameter re-entry
Reduces changeover errors and startup waste

Advanced Automation for Consistent Production

Modern tube manufacturing demands automated systems minimizing labor, maximizing consistency, and ensuring reliable high-volume production. Our MYD-ZJ100 incorporates comprehensive automation addressing every aspect of the heading process.

Automatic Tube Loading:

Manual tube loading creates bottlenecks and quality inconsistencies. Our automated feeding system eliminates these constraints:

Tube Infeed System:

Conveyor or hopper system receives tube bodies from upstream operations
Automatic tube orientation ensures correct positioning
Vision systems verify tube presence and quality (optional)
Pneumatic or robotic tube pickup and placement
Synchronized feeding matches machine cycle time

Benefits:

Consistent tube positioning eliminates defects from misalignment
Eliminates labor for manual tube loading
Prevents damage from rough manual handling
Maintains continuous production flow

Automated Heating System:

Proper heating of tube opening critical for material fusion:

Heating Technology:

Hot Air Heating: Directed hot air jets heat tube opening area
Infrared Heating: Focused IR heaters provide rapid, precise heating
Contact Heating: Hot mandrels inserted into tube opening (some configurations)

Temperature Control:

PLC-controlled heating elements maintain optimal temperature
Multiple heating zones for different tube areas
Temperature sensors verify achievement of setpoint
Automatic adjustment compensates for ambient conditions

Heating Benefits:

Activates tube material surface for proper fusion with injected shoulder
Softens tube opening enabling mold insertion without damage
Ensures consistent fusion strength across all tubes
Prevents cold joints leading to shoulder separation

Precision Injection Molding:

The core heading operation fully automated:

Injection Sequence:

Tube Positioning: Automated system places heated tube in mold cavity
Mold Closing: Hydraulic system closes molds with 80-100 ton force
Material Injection: Injection unit forces molten plastic into cavity forming shoulder
Packing Pressure: Sustained pressure compensates for material shrinkage during cooling
Cooling Time: Controlled dwell allows material solidification
Mold Opening: Hydraulic system opens molds revealing completed shoulder
Tube Ejection: Ejector pins or air blast removes finished tube

Process Control:

All parameters monitored and controlled by PLC
Injection pressure, speed, time precisely regulated
Cooling time optimized for material and geometry
Cycle time consistent regardless of external factors

Quality Verification:

Automated inspection ensures only good tubes proceed:

In-Process Monitoring:

Pressure sensors verify proper injection pressure
Position sensors confirm complete mold closure
Temperature monitoring ensures proper material temperature
Cycle time tracking identifies anomalies

Post-Molding Inspection:

Vision systems inspect shoulder appearance (optional)
Dimension checking verifies critical measurements
Thread gauging confirms proper thread formation
Leak testing validates seal integrity (critical applications)

Defect Handling:

Automatic rejection diverts defective tubes
Separate collection of rejects for rework/recycle
Defect tracking identifies recurring issues
Alarm notification for excessive defect rates

Automatic Tube Discharge:

Completed tubes automatically discharged to downstream operations:

Discharge Systems:

Conveyor Transfer: Direct to subsequent decoration or filling equipment
Accumulation Conveyor: Buffer zone for downstream equipment
Manual Collection: For small batch or offline operations
Robotic Handling: For complex downstream integration

Orientation Control:

Maintains tube orientation for downstream processes
Rotational indexing if specific orientation required
Vision verification of orientation (optional)

Production Data Collection:

Comprehensive data logging supports quality management:

Real-Time Monitoring:

Production counter tracks total tubes, good tubes, rejects
Cycle time monitoring identifies performance trends
Downtime tracking categorizes stoppage reasons
OEE (Overall Equipment Effectiveness) calculation

Historical Data:

Long-term production records
Quality trends and statistical analysis
Maintenance history and component life tracking
Recipe performance comparison

Integration Capability:

Ethernet connectivity for factory networks
OPC-UA or similar protocols for MES/ERP integration
Remote monitoring capabilities
Data export for analysis tools

Robust Construction for Long-Term Reliability

Tube heading equipment operates under substantial forces and continuous duty cycles. Durable construction ensures long operational life and minimal downtime.

Heavy-Duty Frame:

Structural Design:

Welded steel construction provides rigid, vibration-resistant foundation
Calculated to withstand 80-100 ton clamping forces with minimal deflection
Precision-machined mold mounting surfaces ensure alignment
Powder-coat finish resists corrosion and chemicals

Weight and Stability:

8,000kg total mass provides stability during operation
Low center of gravity prevents vibration
Properly designed foundation requirements specified
Anti-vibration mounting available for sensitive environments

Precision Hydraulic System:

Clamping System:

High-pressure hydraulic cylinders deliver 80-100 ton force
Precision-ground cylinders ensure even force distribution
Dual cylinders for balanced clamping (some configurations)
Accumulator systems maintain pressure consistency

Hydraulic Power Unit:

Variable-displacement pump matches flow to demand
Proportional valves enable smooth, controlled motion
Filtration systems protect components from contamination
Oil cooling maintains optimal operating temperature

Injection Unit:

Plasticizing System:

Precision screw and barrel for consistent melting
Temperature control zones optimize material temperature
Non-return valve prevents backflow
Wear-resistant materials ensure long life

Injection Drive:

Hydraulic cylinder provides consistent injection force
Position sensors for precise shot control
Programmable injection speed profiles
Back-pressure control for material consistency

Mold System:

Mold Construction:

Hardened steel cavities for wear resistance
Precision CNC machining ensures dimensional accuracy
Efficient cooling channels minimize cycle time
Standard mold interfaces simplify changeover

Mold Features:

Multiple cavity options (1, 2, 4, 6 cavity common)
Hot runner systems reduce material waste (optional)
Interchangeable inserts for thread variations
Easy maintenance and cleaning access

Electrical and Control Systems:

Industrial-Grade Components:

Industrial PLC controller designed for 24/7 operation
Touchscreen HMI with intuitive interface
Schneider Electric or equivalent contactors and breakers
Proper wire sizing and cable management
Comprehensive safety interlocks

Service Life:

Proper maintenance yields impressive operational life:

Main machine structure: 20-30 years typical life
Hydraulic components: 50,000+ hours with maintenance
Injection screw/barrel: 10,000-20,000 operating hours
Molds: 500,000-1,000,000+ cycles depending on material

TECHNICAL SPECIFICATIONS & CAPABILITIES

Specification	Details
Model	MYD-ZJ100
Working Voltage	380V 50-60Hz (Customizable)
Air Pressure	0.5 – 0.8 MPa
Power	40 kW
Air Consumption	30 L/min
Tube Diameter	19mm – 60mm
Film Thickness	170µm – 400µm
Max Production Speed	100 pcs/min
Mold Locking Force	80-100 tons
Extrusion Amount	105–112g
Machine Dimensions (L×W×H)	7100×3300×3250mm
Machine Weight	8000 kg
Packaging	Wooden box

🌱 Sustainability and Efficiency

The MYD-ZJ100 Tube Heading & Shoulder Machine has been designed with energy efficiency in mind, reducing both power and air consumption. With a 40 kW power supply and 30 L/min air consumption, it is an eco-friendly solution for high-volume tube production. The machine also minimizes waste through its precision forming process, ensuring that every tube is perfectly shaped without the need for excessive material usage.

Sustainability Benefits:

Energy-efficient design reduces power usage during production.
Minimal material waste ensures sustainability in the production process.
Long-lasting performance ensures that the machine remains cost-effective over its operational lifespan.

COMPREHENSIVE APPLICATION SOLUTIONS

Diverse Industry Applications

The MYD-ZJ100 tube heading and shoulder machine serves multiple industries, each with distinct requirements for tube finishing, shoulder design, and closure functionality.

Cosmetics and Personal Care:

The cosmetics industry represents the largest market for tube packaging, with heading operations critical to final product functionality and appearance.

Facial Skincare:

Cleansers, moisturizers, serums, eye creams
Typically Ø25-40mm tubes
Fine-thread shoulders for premium appearance
Flip-top or disc-top closure options
Color-matched shoulders maintaining brand aesthetic

Body Care:

Hand creams, body lotions, sunscreens
Typically Ø30-50mm tubes
Standard screw threads or flip-tops
High-volume applications requiring speed
Durable shoulders withstanding consumer use

Hair Care:

Conditioners, hair masks, styling products
Typically Ø35-50mm tubes
Flip-tops common for shower use
Chemical-resistant materials for formulation compatibility
Large openings for thick product dispensing

Color Cosmetics:

BB creams, foundations, lip products
Typically Ø19-35mm tubes
Precision threads for smooth cap application
Often requires special finishes (metallic, soft-touch)
Smaller openings for controlled dispensing

Men’s Grooming:

Shaving creams, face wash, hair products
Typically Ø30-45mm tubes
Robust shoulders for durability
Masculine design aesthetics
Standard or flip-top closures

Requirements:

Cosmetic-grade materials (non-toxic, odor-free)
Smooth surfaces suitable for decoration
Precise dimensions for automated capping
Thread quality ensuring smooth cap application
Aesthetic appeal suitable for premium brands

Pharmaceutical and Healthcare:

Pharmaceutical applications demand the highest quality standards with complete traceability and regulatory compliance.

Topical Medications:

Prescription ointments, creams, gels
Typically Ø19-40mm tubes
Often require child-resistant closures
Tamper-evident features
Precise dosing openings

Over-the-Counter Products:

Pain relief creams, anti-itch treatments, antifungal products
Typically Ø25-40mm tubes
Consumer-friendly closures
Clear labeling areas on shoulders
Durable for retail shelf life

Oral Care:

Toothpaste (most common tube application)
Typically Ø35-50mm tubes
Large openings for thick paste
Flip-top caps standard
High-volume production requirements

Ophthalmic and Specialty:

Eye ointments, specialized treatments
Typically Ø16-25mm tubes
Small precision openings
Often sterile packaging requirements
Extended expiration stability

Pharmaceutical Requirements:

GMP-compliant materials and processes
Complete batch traceability
Validation documentation (IQ/OQ/PQ)
Material certifications
Low-migration materials preventing contamination
Consistent dimensional accuracy for automated downstream
Clean room compatible equipment (optional)

Food and Beverage:

Food packaging tubes require materials meeting food-contact regulations with robust sealing for product protection.

Condiments:

Mustard, ketchup, mayonnaise, sauces
Typically Ø25-45mm tubes
Food-grade materials essential
Tamper-evident closures
Flip-tops for convenience

Cooking Ingredients:

Tomato paste, curry pastes, concentrated flavors
Typically Ø30-50mm tubes
Large openings for thick products
Chemical-resistant to acidic/spicy ingredients
Robust shoulders for industrial filling

Dairy and Cheese:

Condensed milk, cheese spreads
Typically Ø30-45mm tubes
Hermetic sealing for shelf stability
Materials compatible with dairy fats
Often require foil inner seals

Complete Tube Manufacturing Line Integration

The MYD-ZJ100 heading machine typically operates as part of an integrated tube manufacturing line, working with upstream and downstream equipment for complete automation.

Upstream Integration:

Tube Body Manufacturing:

Tube Extrusion: Continuous extrusion and cutting creates tube bodies
ABL Laminate Forming: Sheet laminate formed into tube bodies
Printed Tube Bodies: Tubes arrive with decoration already applied
Transfer System: Automated conveyance to heading machine

Tube Preparation:

Orientation: Tubes oriented correctly for heading
Quality Check: Vision inspection removes defective bodies
Cleaning: Air jets remove dust and particulates
Buffer Storage: Accumulation zone compensates for speed variations

Heading Process:

Tube Loading: Automated feed system presents tube to heating station
Tube Heating: Controlled heating of tube opening area
Mold Loading: Heated tube positioned in open mold
Mold Closing: Hydraulic system closes mold with high force
Material Injection: Molten plastic injected forming shoulder
Cooling: Controlled cooling solidifies injected material
Mold Opening: Hydraulic opens mold revealing finished shoulder
Tube Ejection: Completed tube ejected from mold
Quality Check: Automated inspection verifies quality
Tube Discharge: Good tubes conveyed to downstream operations

Downstream Integration:

Tube Decoration (if not pre-decorated):

Screen Printing: Multi-color tube decoration
Offset Printing: High-quality graphics
Hot Stamping: Metallic accents
Labeling: Pressure-sensitive labels

Tube Capping:

Cap Placement: Automated capping machines apply closures
Torque Control: Precise cap tightening
Vision Verification: Confirms proper cap application

Tube Filling:

Product Filling: Automated filling equipment injects product
Seal/Crimp: Tube end sealed (crimp, ultrasonic, heat seal)
Batch Coding: Date codes, lot numbers applied
Foil Sealing: Inner seal application (if required)

Final Packaging:

Inspection: Final quality verification
Cartoning: Individual carton packaging
Case Packing: Bulk packaging for shipping
Palletizing: Automated pallet building

Line Control Integration:

Communication:

Ethernet networking connects all line equipment
Production data shared in real-time
Coordinated speed control maintains flow
Centralized monitoring and control

Benefits:

Minimized work-in-process inventory
Reduced handling damage
Lower labor requirements
Faster order-to-ship cycles
Improved quality through automation
Complete production traceability

TECHNICAL INNOVATION & COMPETITIVE ADVANTAGES

Advanced Injection Molding Technology

Our heading machine incorporates sophisticated injection molding technology specifically optimized for tube shoulder manufacturing.

Precision Plasticizing System:

The injection unit transforms solid plastic pellets into precisely controlled molten material:

Screw Design:

General-purpose screw profile suitable for PP, PE, PET
Optimized L/D ratio (length to diameter) for consistent melting
Compression zones create proper melt homogeneity
Non-return valve prevents material backflow during injection

Temperature Control:

Multiple heating zones along barrel length
Independent PID temperature control for each zone
Temperature profile optimized for material type
Precision heating elements with uniform heat distribution

Material Preparation:

Proper melting eliminates unmelted particles
Consistent melt temperature ensures uniform flow
Mixing zones homogenize color and additives
Back-pressure control further improves melt quality

Injection Process Control:

Sophisticated control systems optimize the injection sequence:

Multi-Stage Injection:

Fill Stage: Rapid injection fills mold cavity quickly
Pack Stage: Sustained pressure compensates for shrinkage
Hold Stage: Maintained pressure until gate freezes
Cooling Stage: Material solidifies while mold remains closed
Screw Recovery: Screw rotates preparing next shot while part cools

Parameter Control:

Injection Speed: Programmable speed profiles (fast fill, slow pack)
Injection Pressure: Maximum pressure limits prevent over-packing
Switch-Over Point: Precise transition from velocity to pressure control
Hold Pressure Profile: Time-dependent pressure decay curve
Cooling Time: Optimized for material and geometry

Benefits:

Consistent shot weight (±1% variation)
Minimal dimensional variation
Reduced cycle time through optimization
Lower defect rates
Extended mold life through controlled injection

Intelligent Heating Systems

Proper tube heating is critical for achieving strong fusion between tube body and injected shoulder. Our advanced heating technology ensures optimal results.

Multi-Zone Heating Control:

Heating Configuration:

Multiple heating elements target tube opening area
Independent temperature control for different zones
Adjustable heating time based on material and thickness
Temperature sensors verify achievement of setpoint

Heating Technologies:

Hot Air Heating:

Directed hot air jets heat tube opening uniformly
Adjustable air temperature (typically 200-350°C depending on material)
Rapid heating minimizes cycle time impact
Even heat distribution prevents warping

Infrared Heating:

Focused IR heaters provide rapid, precise heating
Wavelength optimized for plastic absorption
Non-contact heating prevents contamination
Instant on/off for energy efficiency

Combination Systems:

Some configurations use both hot air and IR
Complementary heating methods optimize speed and uniformity
System automatically selects optimal heating mode

Temperature Monitoring:

Pyrometers measure actual tube surface temperature
Closed-loop control adjusts heating to achieve setpoint
Over-temperature protection prevents material degradation
Data logging tracks heating consistency

Heating Benefits:

Activates tube material surface chemistry for bonding
Softens material enabling mold insertion without damage
Ensures consistent fusion strength across all tubes
Prevents cold joints that would cause shoulder separation
Minimizes cycle time through rapid, efficient heating

Precision Hydraulic Control

The hydraulic system provides the power and control necessary for high-quality, high-speed tube heading.

Variable Displacement Pump:

Efficient Operation:

Pump output automatically matches system demand
Reduces energy consumption during low-demand portions of cycle
Minimizes heat generation extending oil life
Quieter operation compared to fixed-displacement pumps

Proportional Valve Control:

Smooth Motion:

Proportional valves enable precise flow control
Programmable acceleration/deceleration curves
Eliminates shock and vibration
Extends mechanical component life

Clamping Force Control:

Precise Force Application:

Pressure sensors monitor actual clamping force
Closed-loop control maintains setpoint force
Compensates for oil temperature changes
Ensures consistent force across all cycles

Force Distribution:

Dual cylinders provide balanced clamping (some models)
Even force prevents mold misalignment
Supports multi-cavity molds requiring uniform pressure
Reduces wear on mold and machine components

Hydraulic System Benefits:

Consistent cycle times regardless of temperature
Precise control enables quality optimization
Energy efficiency reduces operating costs
Long component life through smooth operation
Minimal maintenance requirements

Intelligent Mold Protection

Molds represent substantial investments requiring protection from damage.

Safety Bar System:

Obstruction Detection:

Light curtain or physical bar prevents mold closing on obstructions
Detects operator hands, foreign objects, improperly positioned tubes
Immediately stops mold closing motion
Prevents costly mold damage and operator injury

Low-Pressure Mold Protection:

Gentle Approach:

Initial mold closing occurs at low pressure
System detects resistance indicating obstruction
Automatically stops and opens if resistance detected
Only applies full clamping force after successful low-pressure close

Mold Monitoring:

Wear Detection:

Pressure sensors detect increasing closing resistance (mold wear indicator)
Stroke sensors identify changes in mold shut height
Predictive alerts recommend inspection before failure
Data trending identifies wear patterns

Temperature Monitoring:

Mold temperature sensors verify proper cooling
Over-temperature alerts prevent thermal damage
Cooling system performance monitoring
Automatic shutdown if cooling fails

Mold Protection Benefits:

Prevents damage from foreign objects or operator error
Extends mold life through early wear detection
Reduces downtime from mold damage
Protects substantial mold investment
Improves operator safety

Advanced Recipe Management

Modern production requires efficient changeover between multiple products. Sophisticated recipe management optimizes this flexibility.

Comprehensive Parameter Storage:

Recipe Contents: Each stored recipe includes all relevant parameters:

Heating temperatures and times
Injection pressures, speeds, and profiles
Mold temperatures and cooling times
Clamping forces and positions
Cycle time targets
Quality acceptance criteria

Unlimited Recipe Capacity:

PLC memory stores hundreds of product recipes
Hierarchical organization by product family
Search and filter functions for easy location
Recipe backup and transfer capabilities

One-Touch Changeover:

Simplified Process:

Recipe Selection: Operator selects product from touchscreen menu
Automatic Loading: System loads all stored parameters
Verification: System confirms parameter loading
Mechanical Adjustment: Screen displays any manual adjustments needed
Ready Confirmation: System indicates ready for production
First Article: Operator produces sample for verification
Production Start: Approved samples enable production run

Changeover Benefits:

Eliminates manual parameter entry reducing errors
Consistent results from stored, optimized parameters
Faster changeover (15-30 minutes typical)
New operators can run any product without memorizing settings
Quality consistency across different shifts and operators

Recipe Development and Optimization:

Structured Approach:

Initial Setup: Enter nominal parameters based on similar products
Trial Run: Produce sample tubes evaluating quality
Parameter Refinement: Adjust settings to optimize quality and speed
Statistical Validation: Run larger sample verifying consistency
Recipe Storage: Save verified parameters for production
Continuous Improvement: Refine recipe based on production experience

Optimization Tools:

Built-in process monitoring identifies improvement opportunities
Statistical analysis highlights parameter sensitivities
Comparison tools evaluate different recipe versions
Documentation of changes and rationale

COST EFFICIENCY & RETURN ON INVESTMENT

Compelling Operating Economics

Automated tube heading delivers substantial economic advantages across labor costs, material efficiency, quality improvements, and production capacity.

Labor Cost Reduction:

Manual/Semi-Automatic Operations:

Typically require 2-3 operators for tube loading, unloading, quality checking
Production speed limited by manual handling (20-40 tubes/minute)
Quality inconsistency between operators and shifts
Training time and turnover impact productivity

Automated MYD-ZJ100 System:

Requires 1 operator monitoring multiple machines
Consistent 60-100 tubes/minute production speed
Quality consistency through automated process control
Simplified operation reduces training requirements

Labor Savings Example:

Manual System: 3 operators × $15/hour × 2,000 hours/year = $90,000/year
Automated System: 1 operator × $20/hour × 2,000 hours/year = $40,000/year
Annual Savings: $50,000

For high-volume operations, the labor savings alone often justify automation investment within 12-18 months.

Material Efficiency:

Precision Injection Control:

Consistent shot weight minimizes material waste
Optimized injection parameters reduce defects requiring scrap
Hot runner systems eliminate runner waste (optional upgrade)
Lower defect rates mean less material scrapped

Material Savings Example:

Production Volume: 20 million tubes/year
Material per Shoulder: 3 grams average
Defect Rate Improvement: 5% (manual) to 1% (automated) = 4% reduction
Material Saved: 20M × 0.03kg × 0.04 = 24,000kg/year
Value: 24,000kg × $3/kg = $72,000/year material savings

Reduced Rework:

Consistent quality minimizes rework operations
Automated quality verification catches defects immediately
Elimination of downstream rework labor and equipment

Quality Cost Savings:

Defect Reduction:

Manual operations: 3-5% typical defect rate
Automated system: <1% defect rate with proper setup
Improvement: 2-4% reduction in scrap/rework

Cost Impact (20 million tube/year operation):

Defects Prevented: 20M × 3% = 600,000 tubes/year
Material Value: 600,000 × ($0.15 tube + $0.10 shoulder) = $150,000
Rework Labor: Reduced sorting, rework operations
Customer Returns: Fewer market failures and complaints
Total Quality Savings: $150,000-200,000/year

Brand Protection:

Consistent quality protects brand reputation
Reduced customer complaints
Maintained relationships with major retailers/brands
Competitive advantage in quality-sensitive markets

Production Capacity Benefits:

Throughput Increase:

Manual/semi-auto: 30-40 tubes/minute typical
Automated: 60-100 tubes/minute sustained
Capacity increase: 50-150% improvement

Business Impact:

Serve Larger Customers: Volume capacity qualifies for major brand contracts
Accept Rush Orders: Capacity headroom enables rapid response
Business Growth: Capacity supports expansion without additional equipment
Shift Elimination: May accomplish same volume in fewer shifts reducing costs

Value Example:

Additional Capacity: 40 tubes/minute × 60 min × 2,000 hours = 4.8M tubes/year
Revenue Potential: 4.8M × $0.50 margin = $2.4M additional contribution
Enables business growth without proportional capital investment

Even with conservative assumptions (lower capacity benefits, higher maintenance), payback typically occurs within 12-18 months – exceptionally attractive for capital equipment.

Strategic Benefits:

Beyond direct financial returns, automation enables strategic advantages:

Market Positioning:

Quality reputation enables premium pricing
Capacity attracts high-volume brand customers
Technical sophistication differentiates from competitors
Modern facility impresses customers during audits

Business Growth:

Foundation for expanding into new markets
Capacity for organic growth without new equipment
Operational excellence enables acquisition opportunities
Professional operation attracts investment/financing

Risk Mitigation:

Reduced dependence on labor availability
Quality consistency reduces liability exposure
Automated data collection supports compliance
Diversified customer base possible through capacity

COMPREHENSIVE SERVICE & SUPPORT

Complete Partnership Throughout Equipment Lifecycle

Pre-Purchase Consultation:

Application Analysis:

Detailed evaluation of tube specifications (materials, dimensions, volumes)
Shoulder design requirements (threads, flip-tops, pumps, speciality)
Production volume projections and shift patterns
Quality standards and regulatory requirements
Facility constraints and integration needs
Budget parameters and financing options

Sample Production:

Bring your tube bodies to our facility
Test production runs on actual equipment
Evaluate shoulder quality, fusion strength, appearance
Verify cycle time and production speed capabilities
Identify any application challenges requiring attention
Provide sample tubes for your evaluation and testing

Mold Design Support:

Custom mold design for your specific products
CAD modeling and flow analysis
Prototype mold for initial production trials
Production mold design optimization
Multi-cavity layout for volume production

Site Preparation:

Detailed installation requirements documentation
Electrical specifications (voltage, amperage, connection)
Compressed air requirements (pressure, flow, quality)
Cooling water requirements (flow rate, temperature, quality)
Floor space, clearances, and foundation specifications
Rigging and access requirements for installation
Integration connection points for line control

Installation & Commissioning:

Professional Installation:

Factory-trained technicians perform installation (typically 5-7 days)
Complete mechanical assembly and alignment
Electrical connections and power verification
Pneumatic system installation and testing
Hydraulic system installation, fill, purge, test
Cooling water connections and flow verification
Communication network integration (if applicable)
Safety system verification and testing

Equipment Setup:

Mold installation and alignment verification
Injection unit setup and calibration
Heating system configuration and testing
Control system programming and parameter entry
Recipe development for initial products
Process optimization for quality and speed

Performance Validation:

Production speed verification at various settings
Quality evaluation of produced shoulders
Dimensional measurement and statistical analysis
Process capability study (Cpk analysis)
Safety system functional testing
Formal acceptance testing and documentation

Comprehensive Training:

Operator Training (3-5 days):

Machine operation and control systems
Startup and shutdown procedures
Product changeover procedures
Parameter adjustment and optimization
Quality monitoring and inspection
Basic troubleshooting
Safety procedures and emergency protocols
Hands-on production runs with supervision

Maintenance Training (3-5 days):

Preventive maintenance procedures and schedules
Component replacement procedures
Hydraulic system maintenance
Injection unit maintenance
Mold maintenance and cleaning
Troubleshooting methodologies
Spare parts identification and ordering
Calibration and adjustment procedures

Advanced Training (Optional):

Mold design and modification
Process optimization techniques
Advanced troubleshooting
PLC programming for customization
Predictive maintenance strategies

Training Materials:

Comprehensive operations manual
Maintenance procedures manual
Troubleshooting guide with photos
Quick-reference cards for common procedures
Video tutorials for key operations
Spare parts catalog with exploded views
Training certificates for completion

Ongoing Technical Support:

Remote Support (24/7 Available):

Toll-free technical hotline
Email support with photo/video capability
Remote VPN access for direct troubleshooting (optional)
Response time: <4 hours critical issues, <24 hours routine questions
Multi-language support (English, Chinese, Spanish, others)

On-Site Service:

Regional service network in major markets
Emergency response: 24-48 hours
Scheduled service visits for major maintenance
Installation supervision for customer mold changes
Process optimization and troubleshooting assistance
Equipment upgrades and retrofits
Training refreshers and new operator training

Spare Parts Support:

Strategic Inventory:

Critical wear components stocked for immediate shipment
Common spare parts ship same-day/next-day
Comprehensive spare parts catalog
Online parts ordering system
Technical support for parts identification

Genuine OEM Parts:

All parts authentic OEM components
Quality equivalent to original equipment
Maintains warranty coverage
Ensures proper fit and performance

Long-Term Availability:

Parts support maintained 15-20 years
Advance notification of pending obsolescence
Alternative sourcing assistance for obsolete items
Reverse-engineering support if original parts unavailable

Parts Package Options:

Starter package (common wear items for first year)
Annual maintenance package (scheduled replacement items)
Emergency package (critical components for quick recovery)
Customized packages based on production volume

Preventive Maintenance Programs:

Maintenance Schedule:

Daily (15-20 minutes):

Visual inspection for leaks, damage, loose components
Check hydraulic oil level
Verify cooling water flow
Review production logs for anomalies
Basic cleaning of work area

Weekly (2-3 hours):

Thorough cleaning of machine
Lubrication per schedule
Inspect wear items (mold components, seals, etc.)
Check and tighten fasteners
Verify safety system operation
Backup PLC program and recipes

Monthly (4-6 hours):

Detailed mechanical inspection
Hydraulic system inspection (hoses, fittings, cylinders)
Electrical connection inspection and tightening
Injection screw and barrel inspection
Mold inspection and cleaning
Calibration verification
Update maintenance logs

Quarterly (1 day):

Comprehensive system inspection
Hydraulic oil sampling and analysis
Injection unit detailed inspection
Electrical system megger testing
Precision alignment verification
Replace scheduled wear items
Performance testing and documentation

Annual (2-3 days, trained technician recommended):

Complete machine inspection by specialist
Hydraulic system service (filter change, possible oil change)
Injection screw/barrel wear measurement
Mold comprehensive inspection and refurbishment
All calibrations verified/adjusted
Software/firmware updates
Precision performance testing
12-month maintenance plan development

Service Contracts Available:

Basic Contract:

Annual preventive maintenance visit
Discounted parts pricing (10%)
Priority phone support
Software updates included

Standard Contract:

Bi-annual preventive maintenance
Discounted parts (20%)
Priority support with 48-hour on-site response
Minor repairs included during scheduled visits
Software updates and enhancements

Premium Contract:

Quarterly preventive maintenance
Discounted parts (30%)
24/7 priority support with 24-hour response
Dedicated service engineer
All scheduled maintenance included
Software updates, upgrades, enhancements
Loaner equipment during major repairs
Performance optimization visits

QUALITY, SAFETY & COMPLIANCE

Rigorous Quality Standards

ISO 9001:2015 Manufacturing:

Complete quality management system
Documented procedures for all processes
In-process inspection and testing
Supplier quality management
Calibration program for all measurement equipment
Continuous improvement methodology
Comprehensive training records
Full traceability through serial numbers

Factory Testing: Each machine undergoes comprehensive testing:

Mechanical function test (all movements, positioning)
Hydraulic system test (pressure, flow, leak testing)
Injection system test (plasticizing, injection, recovery)
Heating system test (temperature control, uniformity)
Control system test (PLC, HMI, sensors, communication)
Safety system test (E-stops, interlocks, guards)
Performance test (cycle time, quality, consistency)
Final inspection with documented test results

CE Certification: Meets European Union requirements:

Machinery Directive 2006/42/EC
EMC Directive 2014/30/EU
Low Voltage Directive 2014/35/EU
Risk assessment documentation
Technical file with all supporting documentation

Comprehensive Safety Features

Physical Guarding:

Complete perimeter guarding around moving parts
Interlocked access doors at all maintenance points
Transparent polycarbonate observation windows
Safety distances per ISO 13857
Warning labels per ISO 3864

Safety Control Systems:

Multiple emergency stop buttons
All guard doors interlocked
Safety bar prevents mold closing on obstructions
Two-hand control for manual operations (if applicable)
Safety-rated control system (optional)
Hydraulic pressure relief valves

Operational Safety:

Mold safety bar prevents closing on obstructions
Low-pressure mold close before full clamping
Over-temperature protection on all heaters
Hydraulic over-pressure protection
Emergency stop accessible from all positions

Electrical Safety:

Proper grounding throughout
Circuit protection (breakers, fuses, motor protection)
Lockout/tagout capability for maintenance
IP-rated enclosures for electronics
Meets IEC 60204-1 electrical standards

GMP and Pharmaceutical Compliance

GMP-Ready Configuration (Optional):

Stainless steel product contact surfaces (316 grade)
Sanitary design with minimal horizontal surfaces
Easy-to-clean construction
Material certifications and test reports
Validation documentation package (IQ/OQ/PQ)
Change control procedures
Validation protocols and report templates

Cleanroom Compatibility:

Low-particle design with enclosed mechanisms
Smooth surfaces, minimal crevices
Non-shedding materials
Optional IP65-rated enclosures for washdown
HEPA filtration for cooling air (optional)

Data Integrity (21 CFR Part 11 Capable):

Electronic record keeping with audit trails
User access control with passwords and permissions
Secure data storage with backup systems
Tamper-evident records
Electronic signatures (with optional upgrade)
Automated batch reporting

FREQUENTLY ASKED QUESTIONS (FAQ)

Q1: What is the typical delivery and installation timeline?
A: Standard machines deliver 12-16 weeks from order confirmation. Custom configurations may require 16-20 weeks. Installation and commissioning takes 5-7 days. Operator training adds 3-5 days. Total timeline from order to full production: 14-18 weeks for standard systems. Expedited delivery sometimes available for additional cost.

Q2: What mold options are available and what do they cost?
A: Molds available in 1, 2, 4, or 6 cavity configurations depending on tube size. Single-cavity molds: $8,000-15,000. Multi-cavity molds: $20,000-40,000 depending on complexity. Mold cost depends on cavity count, thread complexity, and special features. We can provide mold design and manufacturing, or you can source molds independently if they meet our specifications.

Q3: Can the machine handle ABL (aluminum barrier laminate) tubes?
A: Yes, the MYD-ZJ100 handles ABL tubes with appropriate parameter adjustments. ABL tubes require careful heating control to avoid delamination. Our heating system includes temperature monitoring ensuring proper fusion without damaging the aluminum layer. Many customers successfully run both plastic and ABL tubes on the same machine.

Q4: What maintenance is required and how often?
A: Daily: 15-20 minute inspection and basic cleaning. Weekly: 2-3 hour cleaning and lubrication. Monthly: 4-6 hour detailed inspection. Quarterly: 1-day comprehensive service. Annual: 2-3 day complete inspection by trained technician recommended. Total maintenance time approximately 8-12 hours per week for normal production. Maintenance requirements reasonable for equipment of this capability and productivity.

Q5: How long does changeover between different tube sizes take?
A: Mold changeover typically requires 30-60 minutes with trained operators. Similar diameter tubes with different shoulder designs: 15-30 minutes (mold change only). Significantly different diameters: 45-90 minutes (mold change plus heating system adjustment). Recipe management system stores all parameters enabling quick electronic changeover once mechanical changes complete.

Q6: What is the expected mold life?
A: Properly maintained molds typically achieve 500,000 to 1,000,000+ cycles before requiring refurbishment. Mold life depends on material abrasiveness, production volume, maintenance quality, and operating conditions. Regular cleaning and inspection maximize mold life. Molds can be refurbished (re-polishing, component replacement) extending useful life. High-volume operations should budget for mold refurbishment every 1-2 years.

Q7: Can the machine produce shoulders with flip-top or pump bases?
A: Yes, the machine handles various shoulder styles including screw threads, flip-top bases, disc-top bases, pump mounting features, and specialty designs. Flip-tops and pumps may require slightly longer cycle times due to complexity. Custom molds designed for your specific closure requirements. Provide closure samples during evaluation for compatibility assessment.

Q8: Is the machine suitable for pharmaceutical/GMP environments?
A: Yes, with appropriate configuration. GMP-ready versions available with stainless steel construction, sanitary design, validation documentation packages (IQ/OQ/PQ), electronic batch records, material certifications, and cleanroom compatibility. Successfully installed in numerous FDA-inspected pharmaceutical facilities worldwide. Validation support services available.

Q9: What training is provided?
A: Comprehensive training package includes: 3-5 days hands-on operator training covering all operations, parameter adjustment, quality monitoring, basic troubleshooting, and safety. Additional 3-5 days maintenance training for technical staff covering preventive maintenance, component replacement, troubleshooting, and calibration. Training at your facility during installation or at our facility before shipment. Materials include operations manual, maintenance manual, troubleshooting guides, and video tutorials.

Q10: What is the typical return on investment?
A: ROI typically 8-18 months for operations replacing manual or semi-automatic equipment. High-volume producers often achieve payback in 6-12 months through labor savings, quality improvements, and capacity gains. Conservative scenarios show 12-24 month payback. Key factors: production volume, current labor costs, quality improvement value, capacity utilization. We provide detailed ROI analysis customized for your specific situation during proposal stage.

Complete Your Tube Production with Professional Heading Technology

Our experts are ready to detail how our Laminating, Extruding, and Printing machines can integrate seamlessly into your production line. Request a tailored proposal today.

MYD-ZJ100 Tube Heading & Shoulder Machine

Additional information

High-Speed Automatic Tube Heading & Shoulder Machine | Achieve 100 Tubes Per Minute Production Capacity

🔧 Product Overview

🛠️ How It Works

WHY CHOOSE OUR TUBE HEADING & SHOULDER MACHINE

Understanding Tube Heading Technology

Exceptional Production Speed and Throughput

Powerful Precision Molding for Consistent Quality

Comprehensive Tube Size Range and Flexibility

Advanced Automation for Consistent Production

Robust Construction for Long-Term Reliability

TECHNICAL SPECIFICATIONS & CAPABILITIES

🌱 Sustainability and Efficiency

COMPREHENSIVE APPLICATION SOLUTIONS

Diverse Industry Applications

Complete Tube Manufacturing Line Integration

TECHNICAL INNOVATION & COMPETITIVE ADVANTAGES

Advanced Injection Molding Technology

Intelligent Heating Systems

Precision Hydraulic Control

Intelligent Mold Protection

Advanced Recipe Management

COST EFFICIENCY & RETURN ON INVESTMENT

Compelling Operating Economics

COMPREHENSIVE SERVICE & SUPPORT

Complete Partnership Throughout Equipment Lifecycle

QUALITY, SAFETY & COMPLIANCE

Rigorous Quality Standards

Comprehensive Safety Features

GMP and Pharmaceutical Compliance

FREQUENTLY ASKED QUESTIONS (FAQ)

Complete Your Tube Production with Professional Heading Technology

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