RECO & BULA MACHINES FOR MEDICAL IMPLANT GRINDING & POLISHING<\/h2><\/h1><\/div>For medical implantable devices, precision is imperative to facilitate their integration or subsequent removal from the body with minimal damage or disruption to tissues. These man-made implants are intended to replace a missing biological structure or support an existing one. Often, these devices remain in place for years after the procedure.<\/p>\n
BULA and RECO machines provide the technical precision and quality surface finish required by the medical industry. Combining quality mechanical components with market-leading CNC technology, these machines enable manufacturers to unite production efficiency with surface quality for the full spectrum of medical implants. These include orthopaedic implants such as those for knees, hips, ankles, shoulders, and even hands, dental devices, and implantable products for treating fractures and trauma like plates, screws, and nails.<\/p>\n
With years of experience machining complex geometries and with an intricate understanding of the production of medical implants, Mastrini MS Ltd. is best placed to advise the medical industry on its manufacturing methods. The sole UK and Ireland agent for RECO and BULA machines, we take our responsibility for connecting UK organisations with Swiss precision technology extremely seriously. Whether you need advice on the right machine for your needs or help defining the best machining methods, Mastrini MS Ltd. Is here to help you find the solution.<\/p>\n<\/div>
RECO Machines<\/span><\/a><\/div>BULA Machines<\/span><\/a><\/div><\/div><\/div><\/div><\/div><\/div><\/div><\/div>HOW ARE MEDICAL IMPLANTS MANUFACTURED?<\/h2><\/h1><\/div>Though the exact methods will be adapted to the specific device in question, the manufacturing process for medical implants typically involves the following key stages:<\/p>\n
\n- The implant is created in its first and roughest form, either through forging, casting, or metal additive printing. The method used will depend upon the complexity of the geometry involved, the material used, the mechanical properties of the device, the required production output, and the budget.<\/li>\n
- Once the implant has been formed, it will be milled and ground down according to the first process and the geometry of the component.<\/li>\n
- Surface finishing is of paramount important for medical implants, ensuring they do not cause an undesired host response or reaction from surrounding tissues. This is performed with the utmost precision using various methods including smoothing, polishing and dry-elect.<\/li>\n
- Surface finished, it is then treated and coated according to the final application of the device, and finally cleaned ready for use.<\/li>\n<\/ul>\n<\/div><\/div><\/div>
![](\"https:\/\/www.mastrinims.com\/wp-content\/uploads\/2022\/08\/iStock-1139054698-ex.jpg\" "\\"iStock-1139054698-ex\\"")
<\/span><\/div><\/div><\/div><\/div><\/div>WHAT MATERIALS ARE USED FOR ORTHOPAEDIC IMPLANTS?<\/h2><\/h1><\/div>Orthopaedic implants are devices used for hard tissue applications such as the replacement of bones and joints, and the stabilisation of fractures. The materials used for these devices need to be biocompatible and mechanically robust, so making the right choice is critical. For many orthopaedic implants, materials like stainless steel (316L), cobalt chrome (CrCo) titanium and alloys (Cp-Ti, Ti64) can be used to achieve exceptional results. Some orthopaedic implants also utilise ceramics and polymers. As many of these materials are rigid and extremely hard, machining them effectively demands the use of only the highest quality mechanical components as provided by the RECO and BULA range.<\/p>\n<\/div><\/div><\/div><\/div><\/div>
WHAT MACHINES ARE USED FOR MEDICAL IMPLANT MANUFACTURE?<\/h2><\/h1><\/div>A range of different machines are used for the finishing of medical implants depending on the volume of production and the precision of the surface finish required. For low volumes, or even product testing and development, many manufacturers find that manual finishing machines like the RECO BU200 or BU210 alongside the BP300\/310 polishing bench provide the right levels of performance.<\/p>\n
For larger volumes, BULA and RECO produce a range of automatic CNC machines that achieve high rates of production without compromising on the exceptional standards required by medical implant technology. These include RECO grinding and milling machines CT501, the new-to-market CT5, and the MR430. BULA produce CNC machines suitable for automatic surface finishing to the highest standards as part of their Poligo range (B1, B2, B3) and the MP304.<\/p>\n<\/div><\/div><\/div>
![](\"https:\/\/www.mastrinims.com\/wp-content\/uploads\/2022\/08\/CT501_CR-1.png\" "\\"CT501_CR\\"")
<\/span><\/div><\/div><\/div><\/div><\/div>![](\"https:\/\/www.mastrinims.com\/wp-content\/uploads\/2022\/07\/RECO-BP310-Image.png\" "\\"RECO")
<\/span><\/div><\/div><\/div>MANUAL MACHINES FOR MEDICAL IMPLANT DEVELOPMENT<\/h2><\/h1><\/div>BU200 and BU210 are manual finishing with universal capabilities, meaning they can perform a comprehensive range of finishing tasks and operations including felt, emery, and satin polishing, lapping, brushing, chamfering, drilling, and buffing.<\/p>\n
With a high precision spindle comprising a Schaublin type W20 collet and manually adjustable feeding speed, these Swiss-made machines can achieve high quality results for short production volumes and product prototypes. These Swiss RECO machines can be integrated with the BP300\/310 polishing bench, creating an adaptable, ergonomic workstation that can be tailored to your exact requirements.<\/p>\n
To find out more about how Mastrini Ms Ltd. creates bespoke machining solutions for the medical industry, backed up by years of experience working with complex geometries, contact us today.<\/p>\n<\/div>
For medical implantable devices, precision is imperative to facilitate their integration or subsequent removal from the body with minimal damage or disruption to tissues. These man-made implants are intended to replace a missing biological structure or support an existing one. Often, these devices remain in place for years after the procedure.<\/p>\n
BULA and RECO machines provide the technical precision and quality surface finish required by the medical industry. Combining quality mechanical components with market-leading CNC technology, these machines enable manufacturers to unite production efficiency with surface quality for the full spectrum of medical implants. These include orthopaedic implants such as those for knees, hips, ankles, shoulders, and even hands, dental devices, and implantable products for treating fractures and trauma like plates, screws, and nails.<\/p>\n
With years of experience machining complex geometries and with an intricate understanding of the production of medical implants, Mastrini MS Ltd. is best placed to advise the medical industry on its manufacturing methods. The sole UK and Ireland agent for RECO and BULA machines, we take our responsibility for connecting UK organisations with Swiss precision technology extremely seriously. Whether you need advice on the right machine for your needs or help defining the best machining methods, Mastrini MS Ltd. Is here to help you find the solution.<\/p>\n<\/div>
HOW ARE MEDICAL IMPLANTS MANUFACTURED?<\/h2><\/h1><\/div>Though the exact methods will be adapted to the specific device in question, the manufacturing process for medical implants typically involves the following key stages:<\/p>\n
\n- The implant is created in its first and roughest form, either through forging, casting, or metal additive printing. The method used will depend upon the complexity of the geometry involved, the material used, the mechanical properties of the device, the required production output, and the budget.<\/li>\n
- Once the implant has been formed, it will be milled and ground down according to the first process and the geometry of the component.<\/li>\n
- Surface finishing is of paramount important for medical implants, ensuring they do not cause an undesired host response or reaction from surrounding tissues. This is performed with the utmost precision using various methods including smoothing, polishing and dry-elect.<\/li>\n
- Surface finished, it is then treated and coated according to the final application of the device, and finally cleaned ready for use.<\/li>\n<\/ul>\n<\/div><\/div><\/div><\/span><\/div><\/div><\/div><\/div><\/div>
WHAT MATERIALS ARE USED FOR ORTHOPAEDIC IMPLANTS?<\/h2><\/h1><\/div>Orthopaedic implants are devices used for hard tissue applications such as the replacement of bones and joints, and the stabilisation of fractures. The materials used for these devices need to be biocompatible and mechanically robust, so making the right choice is critical. For many orthopaedic implants, materials like stainless steel (316L), cobalt chrome (CrCo) titanium and alloys (Cp-Ti, Ti64) can be used to achieve exceptional results. Some orthopaedic implants also utilise ceramics and polymers. As many of these materials are rigid and extremely hard, machining them effectively demands the use of only the highest quality mechanical components as provided by the RECO and BULA range.<\/p>\n<\/div><\/div><\/div><\/div><\/div>
WHAT MACHINES ARE USED FOR MEDICAL IMPLANT MANUFACTURE?<\/h2><\/h1><\/div>A range of different machines are used for the finishing of medical implants depending on the volume of production and the precision of the surface finish required. For low volumes, or even product testing and development, many manufacturers find that manual finishing machines like the RECO BU200 or BU210 alongside the BP300\/310 polishing bench provide the right levels of performance.<\/p>\n
For larger volumes, BULA and RECO produce a range of automatic CNC machines that achieve high rates of production without compromising on the exceptional standards required by medical implant technology. These include RECO grinding and milling machines CT501, the new-to-market CT5, and the MR430. BULA produce CNC machines suitable for automatic surface finishing to the highest standards as part of their Poligo range (B1, B2, B3) and the MP304.<\/p>\n<\/div><\/div><\/div>
<\/span><\/div><\/div><\/div><\/div><\/div><\/span><\/div><\/div><\/div>MANUAL MACHINES FOR MEDICAL IMPLANT DEVELOPMENT<\/h2><\/h1><\/div>BU200 and BU210 are manual finishing with universal capabilities, meaning they can perform a comprehensive range of finishing tasks and operations including felt, emery, and satin polishing, lapping, brushing, chamfering, drilling, and buffing.<\/p>\n
With a high precision spindle comprising a Schaublin type W20 collet and manually adjustable feeding speed, these Swiss-made machines can achieve high quality results for short production volumes and product prototypes. These Swiss RECO machines can be integrated with the BP300\/310 polishing bench, creating an adaptable, ergonomic workstation that can be tailored to your exact requirements.<\/p>\n
To find out more about how Mastrini Ms Ltd. creates bespoke machining solutions for the medical industry, backed up by years of experience working with complex geometries, contact us today.<\/p>\n<\/div>
Though the exact methods will be adapted to the specific device in question, the manufacturing process for medical implants typically involves the following key stages:<\/p>\n
- \n
- The implant is created in its first and roughest form, either through forging, casting, or metal additive printing. The method used will depend upon the complexity of the geometry involved, the material used, the mechanical properties of the device, the required production output, and the budget.<\/li>\n
- Once the implant has been formed, it will be milled and ground down according to the first process and the geometry of the component.<\/li>\n
- Surface finishing is of paramount important for medical implants, ensuring they do not cause an undesired host response or reaction from surrounding tissues. This is performed with the utmost precision using various methods including smoothing, polishing and dry-elect.<\/li>\n
- Surface finished, it is then treated and coated according to the final application of the device, and finally cleaned ready for use.<\/li>\n<\/ul>\n<\/div><\/div><\/div><\/span><\/div><\/div><\/div><\/div><\/div>
WHAT MATERIALS ARE USED FOR ORTHOPAEDIC IMPLANTS?<\/h2><\/h1><\/div>
Orthopaedic implants are devices used for hard tissue applications such as the replacement of bones and joints, and the stabilisation of fractures. The materials used for these devices need to be biocompatible and mechanically robust, so making the right choice is critical. For many orthopaedic implants, materials like stainless steel (316L), cobalt chrome (CrCo) titanium and alloys (Cp-Ti, Ti64) can be used to achieve exceptional results. Some orthopaedic implants also utilise ceramics and polymers. As many of these materials are rigid and extremely hard, machining them effectively demands the use of only the highest quality mechanical components as provided by the RECO and BULA range.<\/p>\n<\/div><\/div><\/div><\/div><\/div>
WHAT MACHINES ARE USED FOR MEDICAL IMPLANT MANUFACTURE?<\/h2><\/h1><\/div>
A range of different machines are used for the finishing of medical implants depending on the volume of production and the precision of the surface finish required. For low volumes, or even product testing and development, many manufacturers find that manual finishing machines like the RECO BU200 or BU210 alongside the BP300\/310 polishing bench provide the right levels of performance.<\/p>\n
For larger volumes, BULA and RECO produce a range of automatic CNC machines that achieve high rates of production without compromising on the exceptional standards required by medical implant technology. These include RECO grinding and milling machines CT501, the new-to-market CT5, and the MR430. BULA produce CNC machines suitable for automatic surface finishing to the highest standards as part of their Poligo range (B1, B2, B3) and the MP304.<\/p>\n<\/div><\/div><\/div>
<\/span><\/div><\/div><\/div><\/div><\/div><\/span><\/div><\/div><\/div>MANUAL MACHINES FOR MEDICAL IMPLANT DEVELOPMENT<\/h2><\/h1><\/div>
BU200 and BU210 are manual finishing with universal capabilities, meaning they can perform a comprehensive range of finishing tasks and operations including felt, emery, and satin polishing, lapping, brushing, chamfering, drilling, and buffing.<\/p>\n
With a high precision spindle comprising a Schaublin type W20 collet and manually adjustable feeding speed, these Swiss-made machines can achieve high quality results for short production volumes and product prototypes. These Swiss RECO machines can be integrated with the BP300\/310 polishing bench, creating an adaptable, ergonomic workstation that can be tailored to your exact requirements.<\/p>\n
To find out more about how Mastrini Ms Ltd. creates bespoke machining solutions for the medical industry, backed up by years of experience working with complex geometries, contact us today.<\/p>\n<\/div>
![](\"https:\/\/www.mastrinims.com\/wp-content\/uploads\/2022\/08\/csm_RECO-CT5_v02_d685608a8e-1.png\" "\\"csm_RECO-CT5_v02_d685608a8e\\"")
<\/span><\/div><\/div><\/div><\/div><\/div>![](\"https:\/\/www.mastrinims.com\/wp-content\/uploads\/2022\/08\/csm_BULA_POLIGO_B2_2022_v02_cbbdf82c50.png\" "\\"csm_BULA_POLIGO_B2_2022_v02_cbbdf82c50\\"")
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