SAURASHTRA SYSTOPACK PVT LTD

Corporate

Caliper Thickness Gauge
Model: Digital
Application: To measure the thickness of sheet materials.
Features: Flat machined anvil for maximum parallelity to provide greated area coverage on the specimen.
Capacity: 0 - 10 mm
Least Count: 0.01 mm
Accuracy: > 0.1% of FS

Determines water absorption/penetration (cobb value) which is the quantity of water in mgs absorbed by surface of 100 cm2 of the specimen on one side only in a specified time under a specified head of water.

Description

Specimen Water Head Mark Time of Test
Paper 10 mm 1 minute
CFB 25 mm 30 minutes
Bitumen Waterproof Paper 100 mm 18 hours
 

Suitable for Testing as per following Standards

IS: 1060 (Part I) – 1996
ASTM: D 3285 – 93
TAPPI: T 441 om-98
FEFCO: TM 7 1997

Salient Features
Provided with tilting arrangement to remove water automatically.Height marks provided for maintaining correct water head.
Technical Specifications
Dimensions in mm L x W x H 350 x 320 x 170Weight in kg 25Roller Weight in kg 10Cylinder Corrison Resitant Cylinder
Categories
Packaging And Material Testing Equipments
CAD Cam Solution For Packaging And Die Making
Value Added Tools For Packaging
End-of-line Packing Solutions from Italy
Engineering Testing Equipments
Serviform Products

The first of its kind in India, to fulfill the basic need of quality control and development for manufacturers and users of Cone/ Core. An electronic instrument to measure and directly indicate the Compression Strength of Cone/Core.

Technical Specifications

Model UCCT1000 & UCCT1000-P UCCT2000 & UCCT2000-P
Load Cell Capacity 1000 kgf 2000 kgf
Load Cell Sensitivity ± 0.2% Full Scale ± 0.2% Full Scale
Load Indicator Resolution 0.1% F.S. 0.1% F.S.
Load Indicator Accuracy ± 0.4% F.S ± 0.4% F.S
Max. Sample Size 75 mm dia X 100 mm Length 200 mm dia X 300 mm Length
Admit between Platen 200 mm 500 mm
Loading Speed 10 ± 2.0 mm per minute 10 ± 2.0 mm per minute
Power Requirement 1 kW Single Phase 220 Volts AC 3 kW Three Phase 415 Volts AC
Dimensions in mm (L x W x H) 550 x 620 x 900 1000 x 920 x 2100
Weight in kg 180 650

The first of its kind in India, to fulfill the basic need of quality control and development for manufacturers and users of paper packaging. An electronic instrument to measure and directly indicates the Compression Strength of small cartons, Edge Crush, Flat Crush and Pin Adhesion of Corrugated Board and Ring Crush and Corrugating Medium Test (CMT) of Paper and Paperboard.

An useful equipment to determine the probable compression strength of corrugated and solid fibreboard boxes by testing the paper and paperboard used in making such boxes.

Moisture content is most critical parameter in Paper, Paperboard,

Corrugated Board, all Paper products, Solid fibreboard etc…

UBIQUE Paper Moisture Indicator is an ideal equipment to determine percentage of Moisture Content Present.

UBIQUE has introduced a reliable latest technology and equally trust worthy as other UBIQUE testing equipment.

Packaging materials and Containers are subject to puncture hazards in handling and transit.

Resistance to puncture is an important parameter that deter- mines the performance of a packaging material.

The equipment is designed to give an accurate and reliable indication of the resistance offered by the packaging materi- als to puncture.

Useful for testing a wide range of materials — from thin papers to thick boards and similar materials.

Indispensable for quality control and development work — both for manufacturers of packaging materials and their consumers.

The equipment is made to international standards. Each machine is individually tested and calibrated in the factory.

The equipment facilitates accurate and right angle cutting of specimen required for Ring Crush, Flat Crush, Substance, etc.

USC
Ubique Secimen Cutter
Application: To cut a variety of specimen of Paper for laboratory use.
Features:
● Cutting head with Single Rotary knife.
● Side claps to hold down the material.
● Settable size using guide.
Board Size: Max: 250 mm X 200 mm | Min: 12.5 mm X 200 mm

Rigidity of the fluted structure is one of the essential characteristics of corrugated board and this test is necessary to identify and measure the crushing resistance of the flute structure on the corrugator and other converting equipment.

The CMT permits the evaluation of corrugating medium before it is fabricated into combined board, and may also be used as a basis for judgement of fabrication efficiency.

It is most essential to make laboratory specimen of fluted strip of corrugating medium for conducting Concora Medium Test (CMT).

This equpment is designed to make laboratory specimen for accurate testing of medium on Crush Tester.

The equipment measures the Tear Force required to tear samples of paper, board, plastic films and other similar materials.

The equipment is designed to directly read gF (Tear Force) per one piece. The Tear Force thus obtained can be converted into Tear Energy, Tear Index or Tear Factor by applying appropriate formulae.

Suitable for Testing as per following Standards

TAPPI: T 414 om-98
IS: 1974-1990
FCBM: 6:91
Technical Specifications:

Specimen size in mm 63 x 63
Machine dimensions in mm (L x W x H) 500 x 220 x 600
Machine weight in kg 25
The machine incorporates
Incision Knife of hardened and ground alloy steel.Precision Clamps with controlled jaws, made of aluminium.Extra light, low friction pointer with friction lining of textile material.Supplied with template to cut 63 mm x 63 mm specimen.

This equipment is extremely versatile for conducting Tensile Strength Test of paper, paperboard, etc.

It can also be useful for testing compression and tension forces.

Available in three models:

Digital Model
Micro Processor-based Digital Model
Fully Automatic Model with Integrated Computerised Touch Screen Control Panel
Suitable for testing as per following Standard

IS:1924(Partll)1995
ASTM : D828-93
TAPPI: T494 om-01

The transport packages in all distribution systems are subjected to varying intensities of vibrations.

Vibration Test is carried out to assess the performance of a filled package in terms of its strength or protection that it offers to its contents when subjected to vibration. This test method simulates the transport hazards, to produce an equivalent effect or damage during the test.

The equipment is suitable for testing containers of any form, material, kind, design with interior packing, means of closure and any size and weight. Maximum weight of container 50 kgs. Other capacities on request.

Suitable for testing as per following Standards:

IS: 7028 (Part II) 1973
ASTM: D 999 – 96
TAPPI: T 817 om-89
FEFCO: TM 52 1999
Technical Specification
Machine WxDxH 1770 mm x 1150 mm x 735 mmControl Panel 550 mm x 550 mm x 1215 mmRailing Guard Height 300 mmStandard Table Wooden – LaminatedSize 1000 mm x 1000 mm(Bigger Table Size available on request)Weight 550 kgElectric Motor 1 kW, 3 Phase, 1400 rpmPower 1.25 kW 3 PhaseRequirement 415 Volts, Separate NeutralAmplitude Fixed 25 mmFrequency Variable between , 1.6 Hz to 6.66 Hz , (100 to 400 rpm)Vibrations Harmonious: in Phase , • 90° out of Phase , • 180° out of Phase , Random

This equipment measures and directly indicates substance of paper and paperboards in terms of grams per sq. metre. A must formanufacturers of paper, corrugated boards, solid fibreboards, shipping containers, etc., and for consumers/dealers of such packaging materials.

 

USI-D | UBIQUE Substance Indicator
UBIQUE Substance Indicator
Model: Digital
Application: To measure the GSM of materials using a small specimen
Features: Setteable scales -
10 cm X 10 cm
10 cm X 20 cm
20 cm X 25 cm
Supplied with cutting templates for each scale.
Capacity: 0 - 999 GSM (> 0.1% of FS)
Accuracy: ± 1 GSM
Power Supply: 230 V, 50 Hz Single Phase
USI-D3000 | UBIQUE Substance Indicator
Categories
Packaging And Material Testing Equipments
CAD Cam Solution For Packaging And Die Making
Value Added Tools For Packaging
End-of-line Packing Solutions from Italy
Engineering Testing Equipments
Serviform Products
All Rights Reserved © 2019 : Saurashtra Systopack Private Limited

The Internal Bond is used to determine the internal bond strength of variety of paper & paper board material.

Application:
Paper and Paper bonds are subjected to impulse,impacts and shock loads into or out of plane of the sheet.This can cause structural failures. Test results from this test system may correlate to product failures. The test is conducted on a sandwich formed by double coated tape, paper specimen and again double coated tape. This sandwich is pressed between a flat metal anvi and an aluminum platen. A pendulum impacts on top inside of vertical face of aluminum platen – causing it to displace and thereby split paper specimen. The energy absorbed in rupturing of the sample in computed by measuring the peak of the pendulum swing.

Suitable for testing as per following Standard:

TAPPI: T 569 on 07

The moment of a force or system of forces tending to cause rotation of an appropriate closure in a direction opposite to that of application, causing the closure to be unsecured from its position on the neck finish of an appropriate container. This method covers the application with a given torque of a threaded or lug-style closure to a container, and measures the torque required to unscrew the closure from a container.

This machine covers the application with a given torque of a threaded or lug-style closure to a container, and measures the torque required to unscrew the closure from a container.

Features:

Easy loading of the specimen to be checked.
Hand operated closures for perfect fitment of the specimen
Wide range and capacity of the machine.

The coefficient of friction of printing and writing paper is an indicator of the ease with which the top or bottom sheets of a stack of paper will slide across the succeeding sheet, such as a occurs on the infeed of a printing press or the sheet transport into a copier machine.

Suitable for testing as per following Standard

TAPPI T549
Applications:

The machine helps us to calculate the coefficents of static and kinetic friction of uncoated writing and printing paper laminates, composites etc. by horizontal plane method.
The finding of this test help in preventing double feeding in printing press and copier machine.

The Dart Impact Tester is used to determine mechanical properties of packaging material such as Plastic Films,Laminates and Paper.

Dart Impact Tester The Dart Impact Tester determine the energy that causes packaging material to fail under specified conditions of impact of a free-falling dart.

This energy is expressed in terms of the weight (mass) of the dart falling from a specified height which would result in 50 % failure of specimens tested.

Dart Assembly:
Steel Shaft Tip: 6.4 mm OD x 12.7 mm LongHemispherical Head: 38.1 mm ? (Diameter)
Additional Stainless Steel Masses/Weights:
24 Pcs of 15.0 g ±0.1 g05 Pcs of 15.0 g ±0.1 g
Technical Specification:
Dart Drop Height – Available upto 1524 mmSpecimen Holder: Manual ClampAn Electro-Mechanical Mechanism for releasing the dartPower: AC 220 V 50Hz 1 PhTest Range: 5 gms to 2000 gms

The Rub Proof Tester is used to evaluate the relative abrasion resistance of printed inks, Coating laminates and substrates.

Application
Abrasion resistance is a desirable and a critical property of printed materials.

Abrasion damage can occur during shipment,Storage,handling,and end use etc. This results in a significant decrease in product appearance and legibility of product information.

This Machine compares the abrasion of materials under laboratory conditions.

The machine subjects the Specimen to liner stroke of the receptor block for determining the abrasion resistance.

Suitable for testing as per following Standard
ASTM: D5264 – 98(2004)We also manufacture Rub Proof tester suitable for testing as per TAPPI T830 standard.Machine for abrasion test of fabrics also available.

In Manufacturing and printing, to control the selection of materials affording the appropriate degree of liquid (ink,varnish,sizing)absorption.

To test filters,porous bags & materials where controlled porosity is essential.

To test insulting materials for air resistance.

To supplement other physical tests enabling regulation of the manufacturing process to give the desired formation, appearance or strength since there is a close correlation in given material between air permeability and other properties.

The new plotter generation ProDigi was developed by Lasercomb specifically for the high demands of the packaging industry. Further innovations and high-tech components ensure comprehensive flexibility and convenience at highest speeds.

ProDigi sets new standards and is guaranteed to be the right choice for your company at an attractive price.

Working area: Functions:
Categories
Packaging And Material Testing Equipments
CAD Cam Solution For Packaging And Die Making
Value Added Tools For Packaging
End-of-line Packing Solutions from Italy
Engineering Testing Equipments
Serviform Products
ProDigi 0813 ( 0800 x 1300 mm ) 31″ x 51″ –ProDigi 1613 ( 1600 x 1300 mm ) 62″ x 51″       Automatic modeProDigi 2113 ( 2100 x 1300 mm ) 82″ x 51″       Manual modeProDigi 2517 ( 2500 x 1700 mm ) 98″ x 67″       Tool databaseProDigi 3117 ( 3100 x 1700 mm ) 122″ x 67″     DiagnosticProDigi 3125 ( 3100 x 2500 mm ) 122″ x 98″     Data transmission via LANProDigi 5525 ( 5500 x 2500 mm ) 216″ x 98″     Digital compensation of the table height–                                                                          DigiScan for scaning passermarks and vectorising of contours

The new digital converting System ProDigi NEO was developed by LASERCOMB specifically for the high demands of the packaging / design industry. Further innovations and high-tech components ensure comprehensive flexibility and convenience at highest speeds.

ProDigi NEO sets new standards and is guaranteed to be the right choice for your company at an attractive price.

The new MTL compact laser system combines the proven precision and quality of the Lasercomb laser cutting systems with a low space requirement and a previously unknown price/performance ratio. With an installation area of only 5 m² (on Top), the MTL operates with a high-quality laser integrated into a very stable frame.

Due to state-of-the-art production technology, the MTL provides maximum precision at a low-cost introductory price.

Working area
1500 mm x 1040 mm ( MTL1510 )1500 mm x 2100 mm ( MTL1521 )1500 mm x 3000 mm ( MTL1530 )
Laser Power
1000 W – 2000 W Rofin Sinar DC Laser
Speed
Cutting speeds up to 30m/min
Controller
Modern PC controllerGraphical user interfaceComprehensive diagnostic toolsMaterial database
Options
IndexingPrecitec Multi lens NozzleSteel cutting optionComprehensive diagnosis and remote maintenance via Lasercomb PartnerNet

Greater efficiency and maximum precision. The laser cutting system CLS Slab is one of the new generation of particularly efficient Lasercomb laser cutting systems. With minimum maintenance costs, a outstanding feature of the CLS Slab is its low gas consumption. The moving table design of the system guarantees maximum precision and reliability without movement of the laser source.

Working area
CLS1712 – 1700 mm x 1250 mm (67 x 49 inch)CLS2115 – 2100 mm x 1500 mm (83 x 59 inch)CLS2317 – 2300 mm x 1700 mm (90 x 67 inch)
Laser Power
1000 W – 2000 W Rofin Sinar DC Laser.
Speed
Cutting speeds up to 15m/min
Controller
Modern PC controllerGraphical user interfaceComprehensive diagnostic tools

The new ProPertinax milling machine was developed by Lasercomb specially for the high demands of the Diemaking Industry to output high quality counters or to the Carton Plants. Designed to produce pertinax counters the user can choose either to produce a full layout of counters or single pieces for replacement.

The ProDigi sets new standards and is guaranteed to be the right choice for your company ant an attractive price.

The high speed routing machine for the highest demands

The ProCount 1712 convinces through its rough construction and high reliability. Due to the use of up to 24 tools the maximum amount of flexibility is ensured. Whether Pertinax, Vetronit or steel counter plates – the ProCount 1712 is always the right choice.

ProAquaJet – Perfect rubbering for better dieboardsThe new water jet cutting system ProAquaJet 1613 automates the production of die-ejection material. This completely new type of technology enables a significantly increased rubbering quality.Parallel manufacturing of the parts within the production shortens the runthrough time.

The ProAquaJet 1613 optimises dieboards by perfect rubbering. This achieves a noticeable increase in productivity during diecutting

Automatc Rule Processing with the new ProRuleCut

Automatc Rule Processing with the new ProRuleCut

The multifunctional milling machine

The new milling machine ProMill was developed by LASERCOMB specifically for the high demands of the diemaking industry. Further innovations and high-tech components ensure comprehensive flexibility and convenience at highest speeds.

ProMill sets new standards and is absolutely the right choice for your company at an attractive price.

Controller:

– automatic mode / manual mode

– tool database / diagnosis

 

Further technical data :
plotter control via DIN 66025 or HPGL converterdigital drives in all axesdigital stripping systemfully automatic pin settingmuch less laser needno costly manual labourstripping without lower pinsshorter set-up times in die cuttersmore sheets output in die cutterssuitable for all die cutterssuitable for all kind of material

Boltless Anvil Covers for standard steel cylinders
-Patented Dual Durometer lock, with non-exposed fingers
-Fiberglass backing for flexibility, ease of use and lighter weight

Sized between 15 – 17” widths for optimal cylinder coverage easy handling and reduced covers per set.

Technical Info

Technical Articles

This three-part series discusses the top ten issues diecutters face in everyday operation and offers some tips for solving diecutting issues and enhancing production and quality.

Diecutting Issues – Part 1
Diecutting Issues – Part 2
Diecutting Issues – Part 3
 

Dimensional Stability is a two-part series addressing what affects, and how to control, dimensional stability in diecutting process.

Dimensional Stability – Part 1
Dimensional Stability – Part 2
 

Properly maintaining your cutting dies is key to controlling the quality and productivity of your diecutting line. This article addresses die maintenance, care and how to keep your dies in top operating condition.

Maintenance Is Key
Successful diecutting operations tend to exhibit the same work habits. This two-part series by Rick Putch describes 7 key practices of successful diecutting.

Troubleshooting Problems In Rotary Diecutting – Part 1
Coming in November – Troubleshooting Problems In Rotary Diecutting – Part 2
 

You can’t die-cut without producing some amount of scrap, but how much is an acceptable? How do you distinguish between acceptable and non-acceptable, and does the type of die-cut or material make a difference?