1. Your requirement

The goal is accurate, fast and traceable measurement. This proposal is built around those three: the machine secures accuracy, the accessories secure fixturing and throughput, the software secures traceability.

Taking the MMU-10G as an example, key figures on the cover and in section 4; if sample size or batch differs from the description, fixtures and range are adjusted at the technical-protocol stage without changing the base model.

2. How the system is built

Modules listed reflect this model’s actual configuration; an omitted group means it does not apply, not that it was left out.

3. Why this model

• Key figures map directly onto acceptance criteria — no conversion, no derating.
• Each model comes in a premium and a standard build, so budget and accuracy can be discussed separately.
• Factory installation, commissioning and training — producing reports from day one; automation or data interfaces can be added later without replacing the machine.
• A premium build of the same model is available: tighter assembly tolerances, upgraded components and higher-grade factory calibration, suited to metrology institutes and research acceptance.

Before you sign: what the price includes — and what it does not

This section is written before signing so that nothing turns up missing on delivery day. It follows the standard configuration; special requirements can be listed separately in the technical agreement.

4. Specifications

• 轴向试验力工作范围(无级可调) 5 ～ 10000N 1.2Load capacity sets the largest specimen: choose at 1.5× the maximum force your part will see.
• 试验力示值相对误差 ± 0.5% 1.3Percentage figures are relative error — smaller is better. Compare against the class your standard requires; there is no need to buy one grade above the requirement.

Three things to check before you compare

• The scale matters more than the number. If the drawing says HRC, measure HRC; if HV, measure Vickers. Converted values are for reference only.
• Range is not accuracy. Range tells you what fits; error and repeatability tell you how accurate it is — read both columns together.
• Acceptance is proven on your samples, not on the brochure. Provide 3–5 real workpieces for an on-site repeatability test; sign once the numbers match.

If you need a benchmark against your current or an imported instrument, we can run the same samples and issue the data.

5. Scope of supply

• Main unit, tool kit and manual
• Factory calibration certificate and conformity certificate
• Power cable and standard accessories
• First installation, commissioning and operator training

Consumables and spares are quoted separately by annual usage; for the first order we recommend one set of wear parts to avoid downtime.

6. Inspection workflow

7. Applicable standards

• GB/T 2611 Testing machines — General technical requirements
• GB/T 16491 Electronic universal testing machines
• GB/T 3159 Hydraulic universal testing machines
• GB/T 3808 Verification of pendulum-type impact testing machines
• GB/T 16825.1 Metallic materials — Calibration and verification of static uniaxial testing machines
• GB/T 1040.1 Plastics — Determination of tensile properties — Part 1: General principles

8. Delivery and implementation

9. Acceptance and training

• Acceptance basis: the signed technical protocol plus the standards in section 7
• Acceptance samples: please provide 3–5 real workpieces for an on-site repeatability test
• Training goal: the inspector can fixture, measure and issue a report independently
• Documents: manual, conformity certificate, calibration certificate, packing list

10. Service

• One-year machine warranty; replacement for quality issues
• First on-site installation and travel free of charge
• Technical hotline on working days; on-site visit by appointment
• Free lifetime upgrades within the same software version
• Optional automated loading, data interfaces and LIMS/MES integration
• Common spares and consumables kept in stock to shorten downtime

11. Commercial terms