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Inspection Standards And Test Methods for Treadmills Inspection Test Report Third Party Inspection Treadmills Inspection
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Inspection standards and test methods for treadmills
Treadmill is a common fitness equipment for families and gyms, and is the simplest of today's family fitness equipment, is the best choice for family fitness equipment. The quality of the treadmill is determined by testing. So how does a treadmill test?
I. Treadmill external structure and basic safety test
1.1 Stability test of the whole machine
Test standard:
According to the basic requirements of EN957-1 safety test: the tester has a height of 1750mm±50mm, a weight of 100KG±5KG, a tilt of 10° in the moving direction and 5° in the non-moving direction, and a normal movement within 80% of the instrument and no tipping. (EN60335 should apply this method if the instrument can be folded up and placed vertically, so that children will not be suddenly tipped over during the placement process)
Detection method:
Stability tests were performed with 100KG testers on a test platform with a tilt of 10° in the motion direction and 5° in the non-motion direction, and then the instrument was folded up for stability tests
Testing tools:
2m ×2m adjustable incline test platform, over 1750MM 125KG human testers
treadmill
treadmill
1.2 External safety structure test
Test standard:
According to the basic requirements of EN957-1 safety test:
1, all easy and human contact edge and sharp Angle must have a R≥2.5MM rounded corner, other easy to contact edge must be polished to protect.
2, the tube end of the instrument should be plugged or plugged with other parts of the instrument, for protection, and ensure that after the durability test, the plug part remains in situ does not fall off, if there is a possibility of falling off in the movement, the withdrawal force should be ≥70N (EN957-1.6.6 separation of the sleeve pull force determination)
3. EN957 -- 1.5.4 Adjusting and locking mechanisms are tested in accordance with 6.1.2 and 6.1.4. The adjusting device of the training instrument can operate safely, be safe, eye-catching, and easy to reach. Unobtrusive adjusting devices should be excluded and adjusting parts must not affect the user's range of motion. The weight control pin should be fail-safe and the function of any locking mechanism should be clear
4. EN957-7.5.2.2 The gap between the drive belt, rear roller, bracket and rear roller/belt of the transmission and rotation part and the ground shall be protected. The width of the toe guard shall be wider than the rear roller, and the tilt Angle of the toe guard shall be between 0 and 15℃. (Put the test pointer at the lead-in point to see if the test pointer is bent), the test pointer is involved in the gap between the back roller and the drive belt, or in the gap between the toe guard and the running belt.
Detection method:
Visually and with an R gauge, measure whether the chamfering of the tube end of the instrument and the parts easily accessible to humans are likely to harm the user of the instrument
Observe whether the plug of the treadmill will fall off in the durability test and drag apparatus, and test the maximum pulling force of the plug with a pointer tension meter (test the pulling force of the treadmill rear foot guard).
Use the test pointer to test whether it will be involved in the gap between the back roller and the running belt, or the gap between the back guard and the running belt. The transverse reinforcing tube between the back roller and the running frame should not be involved in the fingers, and the toes should not be involved in the sides of the treadmill during exercise
Testing tools:
Pointer tension meter, R gauge, test pointer
1.3 Safety distance test of easy to contact parts of the machine
Test standard:
According to the basic requirements of EN957-1 safety test:
Easy to contact parts refer to: hand holding parts, shearing parts, rotation and reciprocating parts
1. The distance between the active part and the rigid part of the finger should be less than 8.6MM
2. The distance between the movable parts related to the hand and the rigid parts should be not less than 25MM
3. The distance between the movable parts related to the feet and the rigidity should be more than or equal to 60MM
4. EN957-6.5.2.1 For equipment with adjustable elevation, when the distance between any part of the instrument and the ground is less than 60MM, the rate of change of elevation shall not exceed 1°/ second. The user can turn off the device immediately.
Detection method:
Use a vernier caliper or test finger for each item
1. When the treadmill is folded up, the gap between the handrails, the gap between the running machine and the main frame on both sides can be used
2. The gap between the sole of the foot and the back foot guard when people exercise
3. The height of contact between the lowest point of the treadmill and the ground
Testing tools:
Vernier caliper, tape measure, test finger, stopwatch
1.4 Handrail device
Test standard:
According to EN957-6.5.8 test requirements:
There should be side handrails and front handrails in the treadmill for users to support and escape in an emergency. One of the following structures can be selected:
1. A front armrest
2. Two side handrails
Or both of the above
Front handrail should: the minimum width (running bandwidth +50MM) should be equal to the width of the longitudinal axis of the front drum
Height: 800mm to 900mm
The maximum width of the handrails on both sides is 900mm (the distance from one center of the handrails to the other center)
The length of each side handrail shall not be less than 30% of the length of "1" of the movement surface
3. EN957-1.5.7 Handle test
5.7.1 Integral handle
When tested in accordance with 6.1.2 (Visual), the integral handlebars shall indicate the mounting position (general purpose) and the surface shall be textured to prevent slippage
5.7.3 Rotary handle: The rotary handle shall have a mechanical locking device, and the surface shall be textured to prevent slipping.
Press 6.6 when testing (correctly clamp the grip with one bar and apply twist:
The size is:
H class: 50N.M, S class: 75N.M
Detection method:
Visually and with a tape measure, the relationship between the front handrail, side handrail and the width of the driving belt of the treadmill meets the requirements
Test the torque of the handlebars with a barbell piece. (Test the tension between the handle and the sponge sleeve according to the company's standard)
Prepare a pair of test shoes to test the friction coefficient. Place a 10N standard weight on the test shoes and slowly drag the test shoes with a pointer tension meter to test the friction coefficient of the sides of the treadmill
Testing tools:
Tape measure, test shoes, pointer tension meter
2. Test the fatigue life and temperature rise of the whole machine
2.1 Fatigue life test
Test standard:
According to EN957-7.6.7:
Automobile tire 155/13 (pressure 1.5bar), 75KG (reduced mass, including tire)
Falling height: 10MM Frequency: not less than 30 times/min
Step: Adjust the treadmill at the middle incline at 66% of the length of the driving belt from the back of the driving belt, and impact the longitudinal axis of the running belt with the tire drop:
1. Class H: 8KM/H 12000 times
2. Class S: 100000 times 12KM/H
After the test, all parts of the instrument were normal
The maximum exercise load of the treadmill was tested: the exercise speed of the treadmill was 8KM/H. Several test personnel with more than 100KG weight were added to the treadmill until the treadmill could not work normally. The maximum exercise load of the treadmill was tested
Detection method:
Artificial fatigue test: The weight of the test subjects was 125KG, and the speed of treadmill test was 8KM/H. After 12,000 times of fatigue test, the treadmill had no sound
Laboratory machine test: Under the treadmill test frame, with the car tire (equivalent weight of 140KG) from the height of 40mm-50mm at the frequency of 30 times/min free fall impact running board, continuous fatigue test for 100 hours, the treadmill is not damaged, circuit components are not burned, the main parts are not large different sound, the circuit board works normally, there is no obvious indentation on the running board
After 300 hours of continuous fatigue test, the running plate, running belt and belt are all broken, the motor shaft is not deformed, the motor works normally, the bearings in the front and rear rollers are not scattered, there is no obvious abnormal sound, and the roller shaft is not biased.
2.2 Temperature rise test
Test standard:
According to EN957 -- 7.5.2.3 Temperature rise test:
When tested according to 6.2:
(Press 6.7 to check:
Class H: 30 minutes
Class S: 60 minutes)
The temperature rise of the affected part shall not exceed 65℃.
Detection method:
Laboratory test method:
With the car tire from the height of 30MM - 40MM at the frequency of 30 times/min free fall impact running board. The room temperature in the laboratory and the initial temperature of the main parts of the treadmill were recorded before the test, and the highest temperature of the parts tested was recorded after 60 minutes of test.
Then record the temperature rise of the main electrical components of the treadmill every 1-2 hours, record the change of the current and voltage when the tire impacts the treadmill, and record the record until the treadmill test is completed.
Sports venues fitness equipment testing equipment
Treadmill dynamic load durability testing machine, used to simulate a variety of treadmills in the running process, by a certain frequency of stepping, to check the overall damage of the treadmill. Applicable test models: electric treadmill load impact fatigue/durability test; Non-electric treadmill load impact test, fatigue/durability test. Comply with GB 17498.6-2008; En 957.6-2001 Standard test requirements.
Pre-production Inspection (PPI)
Evaluate the production status during the manufacturing process
Randomly inspect the finished samples on-site and compare them with your product spec
According to the evaluated status of finished and semi- finished samples, rearrange the QC layout in the factory.
Evaluate the packing details and packing material
Check the accuracy of production equipments and disposal methods for defective goods
100% inspection (Full Inspection)
When the merchandise is 100% completed, we will check the quality of goods unit by unit, which covers product description, style &color, workmanship, quality, function, label, package, size measurement if available etc, to make sure 100% of the goods meet your specified quality requirement. Note: for those products of high value or complicated internal structure, we suggest to take full inspection.Container Loading Supervision (CLS)
Before loading, our inspector will check products' information, qty, package, during the course of loading, our inspectors will keep closely look at the loading process, ensure that the export cartons are well arranged in the container with no risks of deformation, collapse, help manufacturer finish loading under correct and clear working clauses and working process. In general:damage/wet/hole/peculiar smell Check the qty of goods loaded and record the condition of outer packaging(master cartons/pallets).Randomly draw and open some cartons to verify that the goods meet with clients' specification Supervise the whole loading process.Seal the container with the custom's seal and unique quality inspection's seal Record the seal No. and departure time of container.
Random Inspection
(Pre-production Random Inspection, During Production Random Inspection, Pre-shipment Random Inspection) As per customer's quality requirement, we will sample the products according to international or other standards to inspect the packing, appearance, color, size, function, safety, etc.Purpose of Pre-production Random Inspection: To help know the production status & raw material quality and avoid any mistake on quality standard, order quantity and make sure that the order is arranged;
Purpose of During Production Random Inspection: To help know the production status & product quality during production and avoid any mass quality problem & abnormal production situation;
Purpose of Pre-shipment Random Inspection: To know the finished products quality & quantity and avoid any mass quality problem & shortage shipment.
What do our QC inspectors (quality inspector) do for the inspections ?
1. Confirm the quantity of the products.
2. Confirm the packing detail information of the products.
3. Check the information or marks reqiured by clients, such as the information on the carton, information on gift box, information
on products, warning text and all the others.
4. Check the overall appearance of the product.
5. Check the conmponents of the products.
6. Perform the general tests.
(1) General function test.
(2) Dimension of packing or products.
(3) Gross weight or net weight.
(4) Carton drop test.
(5) Barcode number test.
7. List all the defects of products found during the inspection.
8. Any other work that clients want us to do during the inspection.
1.Why do I need shipment inspections or factory audits?
In case of any Poor quality, incorrect shipments, unreal information from suppliers. Inspection is the most efficient way to protect buyer’s right.
2.How to start the inspection?
3.What information does the inspection report include?
Our written reports are very detailed, including accurate description of all defects and inconsistencies, statistic analysis based
on the highly recognized AQL standard and plentiful spot pictures for illustration.A written report + Original pictures will provided within 12hours after inspection.
4.How can I get a rapid quotation?
Getting a rapid quotation should have a complete condition,such as gross weight size,quantity and where is the factory and where will it ship to."
Inspection standards and test methods for treadmills
Treadmill is a common fitness equipment for families and gyms, and is the simplest of today's family fitness equipment, is the best choice for family fitness equipment. The quality of the treadmill is determined by testing. So how does a treadmill test?
I. Treadmill external structure and basic safety test
1.1 Stability test of the whole machine
Test standard:
According to the basic requirements of EN957-1 safety test: the tester has a height of 1750mm±50mm, a weight of 100KG±5KG, a tilt of 10° in the moving direction and 5° in the non-moving direction, and a normal movement within 80% of the instrument and no tipping. (EN60335 should apply this method if the instrument can be folded up and placed vertically, so that children will not be suddenly tipped over during the placement process)
Detection method:
Stability tests were performed with 100KG testers on a test platform with a tilt of 10° in the motion direction and 5° in the non-motion direction, and then the instrument was folded up for stability tests
Testing tools:
2m ×2m adjustable incline test platform, over 1750MM 125KG human testers
treadmill
treadmill
1.2 External safety structure test
Test standard:
According to the basic requirements of EN957-1 safety test:
1, all easy and human contact edge and sharp Angle must have a R≥2.5MM rounded corner, other easy to contact edge must be polished to protect.
2, the tube end of the instrument should be plugged or plugged with other parts of the instrument, for protection, and ensure that after the durability test, the plug part remains in situ does not fall off, if there is a possibility of falling off in the movement, the withdrawal force should be ≥70N (EN957-1.6.6 separation of the sleeve pull force determination)
3. EN957 -- 1.5.4 Adjusting and locking mechanisms are tested in accordance with 6.1.2 and 6.1.4. The adjusting device of the training instrument can operate safely, be safe, eye-catching, and easy to reach. Unobtrusive adjusting devices should be excluded and adjusting parts must not affect the user's range of motion. The weight control pin should be fail-safe and the function of any locking mechanism should be clear
4. EN957-7.5.2.2 The gap between the drive belt, rear roller, bracket and rear roller/belt of the transmission and rotation part and the ground shall be protected. The width of the toe guard shall be wider than the rear roller, and the tilt Angle of the toe guard shall be between 0 and 15℃. (Put the test pointer at the lead-in point to see if the test pointer is bent), the test pointer is involved in the gap between the back roller and the drive belt, or in the gap between the toe guard and the running belt.
Detection method:
Visually and with an R gauge, measure whether the chamfering of the tube end of the instrument and the parts easily accessible to humans are likely to harm the user of the instrument
Observe whether the plug of the treadmill will fall off in the durability test and drag apparatus, and test the maximum pulling force of the plug with a pointer tension meter (test the pulling force of the treadmill rear foot guard).
Use the test pointer to test whether it will be involved in the gap between the back roller and the running belt, or the gap between the back guard and the running belt. The transverse reinforcing tube between the back roller and the running frame should not be involved in the fingers, and the toes should not be involved in the sides of the treadmill during exercise
Testing tools:
Pointer tension meter, R gauge, test pointer
1.3 Safety distance test of easy to contact parts of the machine
Test standard:
According to the basic requirements of EN957-1 safety test:
Easy to contact parts refer to: hand holding parts, shearing parts, rotation and reciprocating parts
1. The distance between the active part and the rigid part of the finger should be less than 8.6MM
2. The distance between the movable parts related to the hand and the rigid parts should be not less than 25MM
3. The distance between the movable parts related to the feet and the rigidity should be more than or equal to 60MM
4. EN957-6.5.2.1 For equipment with adjustable elevation, when the distance between any part of the instrument and the ground is less than 60MM, the rate of change of elevation shall not exceed 1°/ second. The user can turn off the device immediately.
Detection method:
Use a vernier caliper or test finger for each item
1. When the treadmill is folded up, the gap between the handrails, the gap between the running machine and the main frame on both sides can be used
2. The gap between the sole of the foot and the back foot guard when people exercise
3. The height of contact between the lowest point of the treadmill and the ground
Testing tools:
Vernier caliper, tape measure, test finger, stopwatch
1.4 Handrail device
Test standard:
According to EN957-6.5.8 test requirements:
There should be side handrails and front handrails in the treadmill for users to support and escape in an emergency. One of the following structures can be selected:
1. A front armrest
2. Two side handrails
Or both of the above
Front handrail should: the minimum width (running bandwidth +50MM) should be equal to the width of the longitudinal axis of the front drum
Height: 800mm to 900mm
The maximum width of the handrails on both sides is 900mm (the distance from one center of the handrails to the other center)
The length of each side handrail shall not be less than 30% of the length of "1" of the movement surface
3. EN957-1.5.7 Handle test
5.7.1 Integral handle
When tested in accordance with 6.1.2 (Visual), the integral handlebars shall indicate the mounting position (general purpose) and the surface shall be textured to prevent slippage
5.7.3 Rotary handle: The rotary handle shall have a mechanical locking device, and the surface shall be textured to prevent slipping.
Press 6.6 when testing (correctly clamp the grip with one bar and apply twist:
The size is:
H class: 50N.M, S class: 75N.M
Detection method:
Visually and with a tape measure, the relationship between the front handrail, side handrail and the width of the driving belt of the treadmill meets the requirements
Test the torque of the handlebars with a barbell piece. (Test the tension between the handle and the sponge sleeve according to the company's standard)
Prepare a pair of test shoes to test the friction coefficient. Place a 10N standard weight on the test shoes and slowly drag the test shoes with a pointer tension meter to test the friction coefficient of the sides of the treadmill
Testing tools:
Tape measure, test shoes, pointer tension meter
2. Test the fatigue life and temperature rise of the whole machine
2.1 Fatigue life test
Test standard:
According to EN957-7.6.7:
Automobile tire 155/13 (pressure 1.5bar), 75KG (reduced mass, including tire)
Falling height: 10MM Frequency: not less than 30 times/min
Step: Adjust the treadmill at the middle incline at 66% of the length of the driving belt from the back of the driving belt, and impact the longitudinal axis of the running belt with the tire drop:
1. Class H: 8KM/H 12000 times
2. Class S: 100000 times 12KM/H
After the test, all parts of the instrument were normal
The maximum exercise load of the treadmill was tested: the exercise speed of the treadmill was 8KM/H. Several test personnel with more than 100KG weight were added to the treadmill until the treadmill could not work normally. The maximum exercise load of the treadmill was tested
Detection method:
Artificial fatigue test: The weight of the test subjects was 125KG, and the speed of treadmill test was 8KM/H. After 12,000 times of fatigue test, the treadmill had no sound
Laboratory machine test: Under the treadmill test frame, with the car tire (equivalent weight of 140KG) from the height of 40mm-50mm at the frequency of 30 times/min free fall impact running board, continuous fatigue test for 100 hours, the treadmill is not damaged, circuit components are not burned, the main parts are not large different sound, the circuit board works normally, there is no obvious indentation on the running board
After 300 hours of continuous fatigue test, the running plate, running belt and belt are all broken, the motor shaft is not deformed, the motor works normally, the bearings in the front and rear rollers are not scattered, there is no obvious abnormal sound, and the roller shaft is not biased.
2.2 Temperature rise test
Test standard:
According to EN957 -- 7.5.2.3 Temperature rise test:
When tested according to 6.2:
(Press 6.7 to check:
Class H: 30 minutes
Class S: 60 minutes)
The temperature rise of the affected part shall not exceed 65℃.
Detection method:
Laboratory test method:
With the car tire from the height of 30MM - 40MM at the frequency of 30 times/min free fall impact running board. The room temperature in the laboratory and the initial temperature of the main parts of the treadmill were recorded before the test, and the highest temperature of the parts tested was recorded after 60 minutes of test.
Then record the temperature rise of the main electrical components of the treadmill every 1-2 hours, record the change of the current and voltage when the tire impacts the treadmill, and record the record until the treadmill test is completed.
Sports venues fitness equipment testing equipment
Treadmill dynamic load durability testing machine, used to simulate a variety of treadmills in the running process, by a certain frequency of stepping, to check the overall damage of the treadmill. Applicable test models: electric treadmill load impact fatigue/durability test; Non-electric treadmill load impact test, fatigue/durability test. Comply with GB 17498.6-2008; En 957.6-2001 Standard test requirements.
Pre-production Inspection (PPI)
Evaluate the production status during the manufacturing process
Randomly inspect the finished samples on-site and compare them with your product spec
According to the evaluated status of finished and semi- finished samples, rearrange the QC layout in the factory.
Evaluate the packing details and packing material
Check the accuracy of production equipments and disposal methods for defective goods
100% inspection (Full Inspection)
When the merchandise is 100% completed, we will check the quality of goods unit by unit, which covers product description, style &color, workmanship, quality, function, label, package, size measurement if available etc, to make sure 100% of the goods meet your specified quality requirement. Note: for those products of high value or complicated internal structure, we suggest to take full inspection.Container Loading Supervision (CLS)
Before loading, our inspector will check products' information, qty, package, during the course of loading, our inspectors will keep closely look at the loading process, ensure that the export cartons are well arranged in the container with no risks of deformation, collapse, help manufacturer finish loading under correct and clear working clauses and working process. In general:damage/wet/hole/peculiar smell Check the qty of goods loaded and record the condition of outer packaging(master cartons/pallets).Randomly draw and open some cartons to verify that the goods meet with clients' specification Supervise the whole loading process.Seal the container with the custom's seal and unique quality inspection's seal Record the seal No. and departure time of container.
Random Inspection
(Pre-production Random Inspection, During Production Random Inspection, Pre-shipment Random Inspection) As per customer's quality requirement, we will sample the products according to international or other standards to inspect the packing, appearance, color, size, function, safety, etc.Purpose of Pre-production Random Inspection: To help know the production status & raw material quality and avoid any mistake on quality standard, order quantity and make sure that the order is arranged;
Purpose of During Production Random Inspection: To help know the production status & product quality during production and avoid any mass quality problem & abnormal production situation;
Purpose of Pre-shipment Random Inspection: To know the finished products quality & quantity and avoid any mass quality problem & shortage shipment.
What do our QC inspectors (quality inspector) do for the inspections ?
1. Confirm the quantity of the products.
2. Confirm the packing detail information of the products.
3. Check the information or marks reqiured by clients, such as the information on the carton, information on gift box, information
on products, warning text and all the others.
4. Check the overall appearance of the product.
5. Check the conmponents of the products.
6. Perform the general tests.
(1) General function test.
(2) Dimension of packing or products.
(3) Gross weight or net weight.
(4) Carton drop test.
(5) Barcode number test.
7. List all the defects of products found during the inspection.
8. Any other work that clients want us to do during the inspection.
1.Why do I need shipment inspections or factory audits?
In case of any Poor quality, incorrect shipments, unreal information from suppliers. Inspection is the most efficient way to protect buyer’s right.
2.How to start the inspection?
3.What information does the inspection report include?
Our written reports are very detailed, including accurate description of all defects and inconsistencies, statistic analysis based
on the highly recognized AQL standard and plentiful spot pictures for illustration.A written report + Original pictures will provided within 12hours after inspection.
4.How can I get a rapid quotation?
Getting a rapid quotation should have a complete condition,such as gross weight size,quantity and where is the factory and where will it ship to."
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What testing is required for my product?
Regulatory laws and guidelines are an increasing challenge to importers through the world. How these affect you will vary widely based on your product type, component materials, where the product is being shipped, and the end-users in your market. Since the risk is so high, it is imperative you stay up to date on all relevant regulatory laws affecting your products. YONGSHUN staff can work with you to determine your exact requirements and propose a custom solution to best meet your needs. We also provide monthly updates on regulatory matters to keep our customers informed. Feel free to use the contact form to get on our newsletter list. -
How can I get updates on regulatory issues?
YONGSHUN takes great pride in our technical brain trust. They are constantly updating our internal knowledge base so we are prepared to proactively inform our customers on issues affecting their products. In addition, each month we send out our Product Safety and Compliance Update. This is a comprehensive view into the latest industry and regulatory changes and recall review that helps you make critical decisions. We invite you to join our list of recipients. Use the Contact Us form to get on the list to receive it. -
Is package testing necessary for all products?
Package testing is mandated by regulations for some products such as; food, pharmaceuticals, medical devices, dangerous goods, etc. This may cover both the design qualification, periodic retesting, and control of the packaging processes. For unregulated products, testing may be required by a contract or governing specification. However, for most consumer goods, package testing is often a business decision involving risk management for factors such as:
• cost of packaging
• cost of package testing
• value of package contents
• value of good will in your market
• product liability exposure
• other potential costs of inadequate packagingYONGSHUN staff would be happy to assess your specific product and packaging requirements to help you determine whether package testing can improve your quality deliverables.
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How can California Prop 65 affect my business?
Prop 65 is the 1986 voter-approved Safe Drinking Water & Toxic Enforcement Act that includes a list of Chemicals known to the State of California to cause cancer and/or reproductive toxicity. If a product contains a listed chemical, then the product must contain a “clear and reasonable” warning label informing consumers of the presence of the chemical and stating the chemical is known to cause cancer, birth defects, or other reproductive harm.
Although companies with fewer than 10 employees are exempt, if they sell a violative product to a retailer with more than 10 employees, the retailer could receive a notice of violation. In these circumstances, retailers usually rely on clauses within their contacts with importers that require the importer take responsibility for the violation.
A plaintiff may seek injunctive relief requiring a company caught selling a violative product to suspend sales, conduct a recall, or reformulate the product. Plaintiffs can also obtain penalties of up to $2,500 per violation per day. A more general California statute allows most successful plaintiffs to recover their attorneys’ fees as well.
Many are now choosing to rely on 3rd party testing companies to verify that hazardous substances are not being used in their products.
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How can my products meet regulatory requirements for hazardous chemicals?
The simplest way is to engage a 3rd party testing company, such as YONGSHUN. Some manufacturers self-test and/or rely on local testing labs for certifying their products. However, there is no guarantee these labs, or their equipment, are reliable. Nor is there any guarantee the results are accurate. In either case, the importer may be held responsible for the product. In view of the risk, most companies opt to use a 3rd party testing lab. YONGSHUN’ 80,00 sf laboratory is centrally located in Hangzhou China, and does a broad range of consumer goods for all regulatory testing requirements. -
What should I know about my supplier?
Doing business in Asia can be a tricky and expensive effort if sufficient due diligence is not done for a supplier. How much is required may depend on your buyer’s requirements, your personal commitment to social compliance, and other business needs. YONGSHUN provides supplier evaluations and factory audit services from simple evaluation to complex technical and social compliance audits. YONGSHUN staff can work with you to determine your exact requirements and propose a custom solution to best meet your needs. -
Why is a factory audit or supplier evaluation important?
Do you REALLY know who you are buying from? Do you REALLY know what their production capabilities are and whether they can produce what you expect? These are important questions when assessing a potential vendor. Asia is ripe with middlemen, sub-contracting, materials and component swapping, fraudulent certifications and licensing, and sub-standard facilities, materials, and equipment. The only way to be sure who your supplier is and what his capabilities are, is to do an onsite evaluation or audit. YONGSHUN has experienced professional staff that are ready to conduct your factory audit supplier evaluation. Contact us today for details on the broad range of audit and evaluation types we can provide for you. -
How do you monitor your inspectors work?
YONGSHUN has a dynamic inspector and auditor training and audit program. This includes periodic retraining and testing, unannounced visits to factories where quality control inspections, or factory audits, are being conducted, random interviews with suppliers, and random audits of inspector reports as well as periodic efficiency audits. Our inspectors program has resulted in developing staff of inspectors that are among the best in the industry, and our competitors frequently try to recruit them away. -
What kind of inspections do I need?
The type of quality control inspection you need largely depends on the quality goals you are trying to achieve, the relative importance of quality as it relates to your market, and whether there are any current production issues that need to be resolved.
We invite you to explore all the inspection types we provide by clicking here.
Or, you can contact us, and our staff can work with you to determine your exact requirements, and propose a custom solution to best meet your needs.
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What does AQL mean?
AQL is the acronym for Acceptable Quality Limit (or Level). This represents a statistical measurement of the maximum number and range of defects that is considered acceptable during a random sampling inspection of your goods. If the AQL is not achieved for a particular sampling of goods, you may accept shipment of the goods ‘as is’, demand a rework of the goods, renegotiate with you supplier, refuse the shipment, or choose another recourse based on your supplier agreement.
Defects found during a standard random inspection are sometimes classified into three levels: critical, major and minor. Critical defects are those that render the product unsafe or hazardous for the end user or that contravene mandatory regulations. Major defects can result in the product’s failure, reducing its marketability, usability or salability. Lastly, minor defects do not affect the product’s marketability or usability, but represent workmanship defects that make the product fall short of defined quality standards. Different companies maintain different interpretations of each defect type. Our staff can work with you to determine the AQL standard that meets your requirements according to the level of risk you are willing to assume. This becomes the primary reference during a pre-shipment inspection.
It is important to note; the AQL inspection is only a report on the findings at the time of the inspection. YONGSHUN, like all 3rd party QC companies, does not have the authority to make a decision as to whether your goods can be shipped. That is a decision only you can make in consultation with your supplier after reviewing the inspection report.
