1. Recommended configuration
| Solution Information | Machine name | Daisy8106 Coordinate Measuring Machine |
| Recommended configuration | (1) Model name: Daisy8106 (2) Probe configuration: PH10T+TP20 (Renishaw, UK) (3) Control system: DCC (Germany MORA) (4) Measuring range: 800mm×1000mm×600mm |
|
| Technical parameters | Length measuring system: metal grating ruler, Renishaw, UK Resolution: 0.1mμ Display error: MPEE≤2.5+L/300mμ Detection error: MPEP≤2.5mμ Overall dimensions: 1556 mm×1940 mm×2810 mm Maximum load: 1200kg |
|
| Business Quote | Offer expiration date | 20 days |
| Delivery date | 30-40 days after the contract becomes effective | |
| Method of Payment | After the contract is signed, 50% of the total amount of the contract is the contract deposit; And 100% of the total contract amount shall be paid before delivery before delivery |
2 Technical features and advantages
2.1 Host :
◆ The main table of the measuring machine adopts 3+2 support points. Through three main support points that have been carefully calculated, the deformation of the table and Y-axis guide rail is minimized, and the accuracy of the measuring machine is improved. The spare auxiliary fulcrum effectively ensures the safety, reliability and stability of the equipment during operation.

◆ The frame adopts a completely closed structure, the use of high-quality aluminum alloy material, that is, to ensure the rigidity of the frame and reduce the weight of the frame, improve the stability of the frame motion, the use of large span symmetry design in the design, effectively improve the rigidity, reduce the deformation caused by the force, and double improve the dynamic measurement accuracy of the measuring machine.
◆ X, Y, Z three-axis guide rail adopts precision granite air float guide rail, isotropic three axes have the same temperature effect, to ensure the accuracy of the measuring machine under different temperature gradients.
◆ Equipped with precision air source filter, the accuracy of oil and water filtration can reach 0.1um, and the filtration rate can reach 99.93%, which ensures the safe and reliable operation of the air float guide rail.
The layout of granite air float guide rail is strictly in accordance with the principle of surface, line and point positioning, so that it is not only positioning but also positioning, that is, to ensure the stability of the accuracy of the measuring machine.
◆ Precision grade granite guide rail has the characteristics of good stability, small deformation and high hardness, when the air float and guide rail are damaged by friction, only need to replace the air float for quick repair. Shorten the maintenance work time and reduce the maintenance cost.
◆ X beam adopts patented technology, trapezoid section 45。 placement technology Technique, is the same height, width rectangular beam air span 1.4 times, effectively improve the measuring machine accuracy.

◆ Z axis adopts low friction cylinder balance gravity technology, which can realize convenient and immediate adjustment of balance gravity and improve the dynamic measurement accuracy of the measuring machine.
◆ The machine adopts advanced finite element analysis and design.
The equipment relies on the modern industrial design concept, fully consider the ergonomic characteristics, so that the operation of the equipment more comfortable.

◆ The equipment adopts multiple protective measures, such as: Z-axis balance cylinder pressure real-time detection protection, start air bearing delay ventilation protection, air bearing working pressure real-time detection, soft limit, electric limit, hard limit and other protection functions, long-term unmanned operation power off protection and other protection functions, which greatly improve the use of equipment safety.
◆ The drive system adopts high-performance DC servo motor of international famous brand and synchronous gear belt transmission device, which makes the transmission faster, more accurate and more stable;
The imported precision grating system with the highest resolution up to 0.001um, including automatic gain control (AGC) or automatic bias control (AOC) real-time signal regulation technology, provides an accurate and reliable length measurement benchmark for the measuring machine, ensuring the accuracy and repeatability of the machine measurement;
◆ The measuring machine has passed 72 hours of continuous trouble-free operation test by the quality inspection department before leaving the factory to ensure the stability of equipment operation.
2.2 probe system
① Probe seat: RENISHAW PH10T automatic double rotation indexing probe seat Special points: automatic rotating probe base, with anti-collision protection device, with M8 probe interface.
Technical parameters:
| Project | Parameters | ![]() |
|
| Indexing mechanism | Around the A-axis (horizontal axis) | Range 0° to 105° Minimum step 7.5° | |
| Around the B axis (plumb axis) |
Range ±180° Minimum step 7.5° | ||
| Spatial position | 720 | ||
| Maximum output torque | 0.45 Nm | ||
| Maximum extension rod length allowed | 300 mm | ||
| Weight | 645g | ||
② Probe: RENISHAW TP20 trigger probe (includes standard force measuring module) Technical parameters:
| Project | Parameters | ![]() |
| Sensing direction | ±X ±Y ±Z | |
| Needle interface | M2 | |
| Weight | 22g | |
| Rated life | > 106 times |
③ Measuring needle set (mm) :
Measuring needle (mm) :
| Model number | Materials | Measuring ball diameter | Length | Rod diameter | Effective length | Number (roots) |
| PS48R | Ruby measuring ball/tungsten carbide rod | 1 | 20 | 0.8 | 12.5 | 1 |
| PS2R | Ruby measuring ball/stainless steel rod | 2 | 20 | 1.4 | 14 | 1 |
| PS16R | Ruby measuring ball/stainless steel rod | 3 | 20 | 1.5 | 17.5 | 1 |
| PS17R | Ruby measuring ball/stainless steel rod | 4 | 20 | 1.5 | 20 | 1 |
| PS8R | Ruby measuring ball/stainless steel rod | 2 | 10 | 1 | 6 | 4 |
| PS1R | Ruby measuring ball/stainless steel rod | 3 | 10 | 1.5 | 7.5 | 1 |
Needle extension rod (mm) :
| Model number | Materials | Diameter | Length | Number (roots) |
| SE7 | Stainless steel rods | 3 | 5 | 1 |
| SE4 | Stainless steel pole | 3 | 10 | 1 |
| SE5 | Stainless steel pole | 3 | 20 | 1 |
| SE6 | Stainless steel pole | 3 | 30 | 1 |
Needle center seat:
| Order number | Model number | Materials | Center dimensions | Effective length | Quantity (in pieces) |
| A-5000-3627 | SC2 | Stainless steel pole | 7 | 7.5 | 1 |
Probe extension rod (mm)
| Order number | Materials | Effective length | Upper end diameter | Lower end diameter | Number (root) |
| PEL1 | aluminum | 50 | 18 | 13. | 1 |
③ Calibrator: Φ25 and universal tee Kit T5 1 set
2.3. Control system: well-known DCC control system in Europe
- DCC controller is a cost-effective motion controller launched by MORA Metrology GmbH in Germany. DCC controller adopts international advanced double computer control system of upper and lower machine type, using the principle of independent operation of control layer and application layer. The measuring machine (CMM) measurement efficiency, accuracy and stability and other functions are greatly improved;
- The controller adopts the advanced continuous motion trajectory interpolation algorithm, which can optimize and integrate the measuring trajectory and generate it automatically
Reasonable measuring motion trajectory; - The control system adopts a variety of control modes to provide a variety of safety guarantee functions, increasing the safety and reliability. When an accident occurs, the controller can switch to the corresponding safety mode in a very short time, and diagnose the cause of the failure;
- The drive system is driven by DC servo motor, which can make the motor move according to T curve speed or S curve speed to ensure that the machine motion state remains stable;
- There are temperature, voltage and current monitoring system inside the controller, to avoid failure caused by high heat under under-voltage, under-current and other conditions;
- This kind of controller provides TCP/IP, RS232 and other communication methods, in order to facilitate the control system and computer connection or other peripheral equipment connection;
- The joystick matched with the controller has 12 user-defined function keys, and the function key is set according to the operator’s different position relative to the machine, which makes the application more convenient;
- Each specification model of the controller has a variety of alternative jacks, which can greatly meet customer needs;
- The controller has strong anti-electromagnetic interference ability;
- The controller supports trigger type, scanning type, line laser type, optical image and other measurement methods, and can also be extended to eight-axis controller to meet the needs of different measuring machines.
- The controller can support the communication connection with the processing machine tool, and has the function of G code and M code required for the operation of the machine tool.
3. Terms of Service
3.1. Packaging and transportation
3.1.1. Packing: wooden container (main and auxiliary container)
3.2. Installation acceptance
3.2.1. Environmental Requirements:
| Project | Parameter requirements |
| Temperature | 20±2℃0.5℃/h 0.5℃/m 1℃/24h |
| Electric Source | 220V±10%, 50HZ |
| Air source | Acuity 0.55 MPa |
The user shall build the equipment installation environment according to the “Product Series Machine Room Construction Guide”, pass the self-test and fill in the “Confirmation Letter of Installation Conditions of CMM”, and can install and debug after being confirmed by Xi ‘an Edward.
3.2.2 Others
Party B (seller) shall not be liable for any delay in loading, adjustment, training and acceptance for more than 3 months (i.e. 90 days) caused by Party A (Buyer) after the goods arrive at the site and shall be deemed to have passed the acceptance inspection.
3.3 Technical training
3.3.1. Training content and agreement:
u Time: According to the user’s product and the situation of trainees, develop training programs.
u Location: To be confirmed
3.3.2. Contents: Use and maintenance of three coordinates.
3.4 Warranty and Maintenance
3.4.1 Warranty period: 12 months from the date of acceptance of the installation,within this period due to our reasons for machine failure, responsible for free maintenance, but the international transportation costs incurred by the buyer to bear
3.4.2 Outside the warranty period:
Our company adopts the after-sales service system of regular return visit and telephone consultation at any time, and strives to find and solve the difficulties and problems existing in the use of users in time, and provide users with technical advice.
Our company is responsible for providing users with free metrological testing technical consulting services;
My company has spare parts warehouse, responsible for providing users with spare parts service at cost price for life;
3.5 Commitment:
Our company received user equipment failure request service phone, within 24
hours to respond, if necessary, can send technical personnel to the scene to solve the problem.
4. Related Parameters And Technical Indicators
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Standard Model
|
Measuring Range(mm)
|
Exterior Dimensions(mm)
|
Whole Machine Weight(Kg) |
Accuracy(μm)
|
The Maximum Load-bearing Capacity Of The Workbench(kg)
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X/Length×Y/Width×Z/Height
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Lx
|
Ly
|
Lz
|
Detection Error(μm)
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Value Error(μm)
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Daisy564
|
500×600×400
|
1050
|
1420
|
2220
|
700 |
2.2
|
2.2+L/300
|
500
|
|
Daisy686
|
600×800×600
|
1356
|
1940
|
2710
|
1200 |
2.4
|
2.4+L/300
|
800
|
|
Daisy8106
|
800×1000×600 |
1556
|
2140
|
2710
|
1600 |
2.5
|
2.5+L/300
|
1000 |
|
Daisy8156
|
800×1500×600 |
2540
|
1900 |
1200
|
||||
|
Daisy10128
|
1000×1200×800 |
1847
|
2380
|
3215
|
2800 |
2.9
|
2.9+L/300
|
1500
|
|
Daisy10158
|
1000×1500×800 |
2680
|
3200 |
1800
|
||||
|
Daisy10208
|
1000×2000×800 |
3180
|
3800 |
2000
|
||||
|
Daisy10258
|
1000×2500×800 |
3900
|
4400 |
2100
|
||||
|
Daisy121510
|
1200×1500×1000 |
2047
|
2850
|
3615
|
3600 |
3.6
|
3.6+L/300
|
2200
|
|
Daisy122010
|
1200×2000×1000 |
3400
|
4200 |
2200
|
||||
|
Daisy122510
|
1200×2500×1000 |
3900
|
5200 |
2300
|
||||
|
Daisy123010
|
1200×3000×1000
|
4400
|
6200 |
2500
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